l 122 EARTHQUAKES AND SEISMOLOGY - LEGAL ASPECTS OPEN FILE REPORT 92-2

EARTHQUAKES AND Ludwin, R. S.; Malone, S. D.; Crosson, R. EARTHQUAKES AND SEISMOLOGY - LEGAL S.; Qamar, A. I., 1991, Washington SEISMOLOGY - 1946 EVENT ASPECTS eanhquak:es, 1985. Clague, J. J., 1989, Research on eanh- Ludwin, R. S.; Qamar, A. I., 1991, Reeval­ Perkins, J. B.; Moy, Kenneth, 1989, Llabil­ quak:e-induced ground failures in south­ uation of the 19th century Washington ity of local government for earthquake western British Columbia [abstract). and Oregon eanhquake catalog using hazards and losses-A guide to the law Evans, S. G., 1989, The 1946 Mount Colo­ original accounts-The moderate sized and its impacts in the States of Califor­ nel Foster rock avalanches and auoci­ earthquake of May l, 1882 [abstract). nia, Alaska, Utah, and Washington; ated displacement wave, Vancouver Is­ Final repon. Maley, Richard, 1986, Strong motion accel­ land, British Columbia. erograph stations in Oregon and Wash­ Hasegawa, H. S.; Rogers, G. C., 1978, EARTHQUAKES AND ington (April 1986). Appendix C Quantification of the magnitude 7.3, SEISMOLOGY - NETWORKS Malone, S. D., 1991, The HAWK seismic British Columbia earthquake of June 23, AND CATALOGS data acquisition and analysis system 1946. [abstract). Berg, J. W., Jr.; Baker, C. D., 1963, Oregon Hodgson, E. A., 1946, British Columbia eanhquak:es, 1841 through 1958 [ab­ Milne, W. G., 1953, Seismological investi­ earthquake, June 23, 1946. gations in British Columbia (abstract). stract). Hodgson, J. H.; Milne, W. G., 1951, Direc­ Chan, W.W., 1988, Network and array anal­ Munro, P. S.; Halliday, R. J.; Shannon, W. tion of faulting in cenain earthquakes of ysis of Puget Sound earthquake 1962- E.; Shieman, D. R. J., 1990, Canadian the north Pacific. seismograph operations-1987. 1969. Mathews, W. H., 1979, Landslides of cen­ Chan, W.W.; Cessaro, R. K., 1988, Network Palmer, S. P., 1991, Modified Mercalli in­ tral Vancouver Island and the 1946 and array analysis of Puget Sound eanh­ tensity VI and greater earthquakes in earthquake. quake 1962-1969. Washington State, 1928-1990. Muny, T. S.; Crean, P. B., 1986, Numerical Cro11on, R. S.; Crosson, E. L., 1988, A new Qamar, A. I.; Ludwin, R. S., 1991, Earth­ simulation of the tsunami of June 23, detection algorithm for phase arrivals quake intensities. 1946 in British Columbia, Canada. using a regional seismograph network: Rogen, G. C., 1984, The seismograph net­ Nabelek:, J. L, 1989, Rupture characteris­ [abstract). work: in British Columbia-1983 [ab­ tics of large earthquakes along the Juan Crosson, R. S.; Ludwin, R. S., 1989, Re­ stract). de Fuca subduction zone using histori­ gional seismic monitoring in western Stover, C. W., 1988, Washington. cal seismogram,. Washington. Stover, C. W.; Brewer, L. R., 1991, United Rogen, G. C., 1977, A second look at the Crosson, R. S.; Malone, S. D., 1988, Re­ States eanhquakes, 1985. British Columbia earthquake of 23 June, gional seismic monitoring in western Uhrhammer, R. A., 1991, Northern and cen­ 1946 [abstract). Washington. tral Califomia eanhquak:es, 1985. Rogen, G. C.; Hasegawa, H. S., 1978, A Crosson, R. S.; Malone, S. D.; Ludwin, R. University of Washington Geophysics Pro­ second look at the British Columbia S., 1989, Regional seismic monitoring gram, 1988-1991, Quanerly network re­ earthquake of June 23, 1946. in western Washington. pon 91-B on seismicity of Washington Slawson, W. F.; Savage, J.C., 1978, Geo­ Crosson, R. S.; Malone, S. D.; Qamar, A. I.; and nonhem Oregon.• detic deformation associated with the Ludwin, R. S., 1991, 1. Regional seis­ VanDecar, J.C.; Crosson, R. S., 1990, De­ 1946 Vancouver Island, Canada, earth­ mic monitoring in western Washington, termination of teleseismic relative quake [abstract). and, 2. Seismic monitoring of volcanic phase arrival times using multi-channel and subduction proceaaes in Washington cross correlation and least squares. EARTHQUAKES AND and Oregon.• VanDecar, J.C.; Crosson, R. S.; Creager, K. SEISMOLOGY - 1949 EVENT Drysdale, J. A.; Lamontagne, Maurice; Hor­ C., 1990, Teleseismic arrivals recorded Algermi11en, S. T., 1988, Regional and na- ner, R. B., 1989, Canadian earthquakes, over the Cascadia subduction zone­ tional seismic hazard and risk assess­ January 1987 to September 1988. Amplitude variation and calibration of ment. Eaton, J.P., 1989, Denae microearthquake the Washington regional seismic net­ Baker, G. E., 1986, Source parameters of network: study of northern California work [abstract). the magnitude 7.1, 1949, south Puget eanhquakes. • EARTHQUAKES AND Sound, Washington eanhquake deter­ Geomatrix Consultants, Inc., 1988, Seismo­ mined from long-period body waves. tectonic evaluation-Catalog of histori­ SEISMOLOGY - 1872, 1882 Chleborad, A, F.; Schuster, R. L., 1989, cal seismicity, northern Cascade moun­ EVENTS Characteristics of slope failures induced tains geomorphic province. Ludwin, R. S.; Qamar, A. I., 1991, 1882 by the April 13, 1949, and April 29, Homer, R. B.; Kolinsky, R., 1989, Earth­ earthquake rediscovered. 1965, Puget Sound area, Washington, quakes in western Canada from January Ludwin, R. S.; Qamar, A. I., 1991, Reeval­ earthquakes. 1987 to September 1988. uation of the 19th century Washington Chleborad, A. F.; Schuster, R. L., 1990, Iyer, H. M.; Rite, Alan; Kollman, Auriel; and Oregon eanhquake catalog using Ground failure associated with the Knapp, David, 1983, Seismicity in the original accounts-The moderate sized Puget Sound region earthquakes of April Cascades of Oregon and California [ab­ earthquake of May 1, 1882 [abstract). 13, 1949, and April 29, 1965. stract). Scott, N. H., 1976, Evaluation of the epi­ Fajfar, Peter; Vidic, Tomaz; Fischinger, Kollman, Aurie}; Zollweg, J.E., 1982, Ore­ center and intensity of the Pacific North­ Matej, 1990, A measure of earthquake gon seismicity-August 1980 to Octo­ west earthquake of December 14, 1872. motion capacity to damage medium-­ ber 1982. EARTHQUAKES AND period structures. Kollman, Auriel; Zollweg, J.E., 1985, Ore­ SEISMOLOGY - 1918 EVENT Hopper, M. G., 1988, Effects of pall earth­ quakes in the Puget Sound area. gon Cascades earthquake catalog-Au­ Cassidy, J. F.; Ellis, R. M.; Rogen, G. C., gust l, 1980-0ctober 31, 1982 (ab­ Langston, C. A., 1986, Effect of lateral het­ 1987, A re-examination of the 1918 erogeneities on strong ground motion. stract]. (Ma-7) and 1957 (Ms-6) Vancouver Is­ Lester, F. W., 1991, Northern and central land earthquakes (abstract].• Langston, C. A.; Baker, G. E., 1986, Source parameter constraints from strong California seismic network processing. Denison, F. N., 1919, The British Columbia ground motions of the April 13, 1949, earthquake of December 6, 1918. Puget Sound earthquake. INDEX EARTHQUAKES AND SEISMOLOGY - 1990 EVENTS 123

Liu, T.-K., 1980, A spectral density and re­ by the April 13, 1949, and April 29, in the Ferndale eanhquake of June 7, sponse spectra analysis of some eanh­ 1965, Puget Sound area, Washington, 1975. quake records. eanhquakes. Woodcock, S. F.; Couch, R. W., 1975, The Palmer, S. P., 1990, Geotechnical analysis Chleborad, A. F.; Schuster, R. L., 1990, Tillamook earthquakes of 16 June 1973 of liquefaction in Puyallup during the Ground failure associated with the (abstract]. 1949 and 1965 Puget Sound earth­ Puget Sound region eanhquakes of April quakes.• 13, 1949, and April 29, 1965. EARTHQUAKES AND Palmer, S. P.; Shulene, J. A., 1990, Lique­ . Crouse, C. B.; Huang, M.-J.; Shakal, A. F., SEISMOLOGY - 1980 EVENTS faction in Puyallup during the 1949 and 1989, Additional processed accelero­ 111e also MOUNT ST. HELENS - 1965 Puget Sound earthquakes [ab­ gram data recorded during the 1965 EARTHQUAKES AND stract]. Puget Sound, Washington eanhquake SEISMOLOGY Schuster, R. L.; Chleborad, A. F., 1990, [abstract]. Field, M. E., 1983, Sediment failure of No­ Ground failure caused by the 1949 and Hopper, M. G., 1988, Effects of past eanh­ vember 1980, Klamath River Delta, 1965 Puget Sound eanhquakes, western quakes in the Puget Sound area. nonhem California (abstract]. Washington [abstract]. Laane, J. L.; Chen, W.-P.; Grimson, N. L; Field, M. E.; Gardner, J. V.; Jennings, A. E.; Shulene, J. A., 1990, Evidence of liquefac­ Yu, Nan, 1986, The Makran eanhquake Edwards, B. D., 1981, Seafloor failures tion in the Puyallup Valley during the of April, 1983-A possible analogue to caused by the November 8, 1980 eanh­ 1949 and 1965 Puget Sound earth­ the Puget Sound event of 1965 [ab­ quake off nonhem California. quakes. stract]. Lajoie, K. R.; Keefer, D. K., 1981, Investi­ U.S. Army Corps of Engineers, 1949, Re­ Palmer, S. P., 1990, Geotechnical analysis gations of the 8 November 1980 eanh­ port of damage resulting from eanh­ of liquefaction in Puyallup during the quake in Humboldt County, California. quake of 13 April 1949. 1949 and 1965 Puget Sound earth­ Rite, Alan; Iyer, H. M.; Rojas, V., 1980, July quakes.• 1980 Mount Hood eanhquake swarm EARTHQUAKES AND (abstract]. SEISMOLOGY - 1956, 1957 Palmer, S. P.; Shulene, J. A., 1990, Lique­ faction in Puyallup during the 1949 and EARTHQUAKES AND EVENTS 196S Puget Sound earthquakes [ab­ Cassidy, J. F.; Ellis, R. M.; Rogers, G. C., stract]. SEISMOLOGY - 1981-1989 1987, A re-examination of the 1918 Schuster, R. L.; Chleborad, A. F., 1990, EVENTS (Ms-7) and 1957 (Ms-6). Vancouver Is­ Ground failure caused by the 1949 and Clayton, G. A.; Zollweg, J.E., 1987, Terti­ land eanhquakes [abstract].• 1965 Puget Sound eanhquakes, western ary-Quaternary faults and the 1981 Stephens, Ernest, Jr., 1958, Intensity distri­ Washington [abstract]. magnitude S earthquake in the Goat bution study and fault plan solution for Shulene, J. A., 1990, Evidence of liquefac­ Rocks Wilderness, south-central Cas­ the Cape Mendocino, California, eanh­ tion in the Puyallup Valley during the cade Range, Washington (abstract]. quake of October 11, 1956. 1949 and l 96S Puget Sound earth­ Person, W. J., 1981, Eanhquakes, May-June EARTHQUAKES AND quakes. 1981. Twelker, N. H., and Associates, 1966, Dam­ Person, W. J., 1987, Eanhquakes, Novem­ SEISMOLOGY - 1962, 1963 ber-December 1987. EVENTS ages caused by eanhquake of April 29, 1965-Letter report, Port of Seattle Qamar, A. L, 1988, The effect of local geol­ Rasmussen, N. H., 1967, Registration of Commission, Pier 5 Terminal. ogy on eanhquake intensity in the Seat­ earthquakes from University of Wash­ Wallace, T. C.; Lay, Thome, 1986, Multiple tle to Portland region of Washington and ington seismic net, 1963. ScS travel times and attenuation beneath nonhem Oregon. Yelin, T. S.; Patton, H. J ., 1991, Seismo­ the western United States (abstract]. Qamar, A. I.; Bodle, T. R., 1989, Using tectonics of the Portland, Oregon, re­ earthquake intensities to determine gion.• EARTHQUAKES AND ground response in the Puget Sound re­ SEISMOLOGY - 1972-1978 EARTHQUAKES AND gion. EVENTS SEISMOLOGY - 1964 EVENT Rite, Alan; Iyer, H. M., 1981, Oregon seis­ micity-1981 (abstract]. (Alaska) Couch, R. W.; Thrasher, G. P.; Keeling, Kenneth, 1976, The Deschutes Valley Yelin, T. S.; Patton, H. J., 1991, Seismo­ White, W. R. H., 1966, The Alaska eanh- eanhquake of April 12, 1976. tectonics of the Portland, Oregon, re­ quake-Its effect in Canada. Knapp, J. S., Jr., 1976, Velocity changes gion.• EARTHQUAKES AND associated with the Ferndale earth­ EARTHQUAKES AND SEISMOLOGY - 1965 EVENT quake. SEISMOLOGY - 1990 EVENTS (Hope landslide) Nason, Robert; Harp, E. L.; La Gene, Harry; Maley, R. P., 1975, Investiga­ Nabelek, J. L; Werner, K. S.; Yeats, R. S.; Weichert, D. H.; Homer, R. B.; Evans, S. tions of the 7 June 1975 eanhquake in Malone, S. D., 1990, The August, 1990, G., 1990, Earthquakes and the 1965 Humboldt County, California. Woodburn, Oregon earthquake se­ Hope landslide? [abstract]. Rogers, G. C., 1975, The Vancouver Island quence-Constraints from broadband Wetmiller, R. J.; Evans, S. G., 1989, Anal­ eanhquake of July S, 1972 [abstract]. regional recording and geological im­ ysis of the eanhquakes associated with plications [abstract]. Rogers, G. C.; Baldwin, R. E.; Hasegawa, the 196S Hope landslide and their ef­ H. S., 1989, The May 16, 1976 Pender Qamar, A. I.; Zollweg,J. E., 1990, The 1990 fects on slope stability at the site. Island eanhquake (abstract].• Deming, Washington eanhquakes-A sequence of shallow thrust eanhquakes EARTHQUAKES AND Rogers, G. C.; Spindler, Christopher, 1989, in the Pacific Nonhwest [abstract]. SEISMOLOGY - 1965 EVENT The 1978 Brooks Peninsula, Vancouver Island eanhquakes [abstract]. Werner, K. S.; Nabelek, J. L; Yeats, R. S.; (Puget Lowland) Malone, S. D., 1990, The Mt. Angel Spindler, Christopher; Rogers, G. C., 1989, Algermissen, S. T., 1988, Regional and na­ fault-Implications of August, 1990, The 1978 Brooks Peninsula, Vancouver tional seismic hazard and risk assess­ Woodburn, Oregon eanhquake sequence ment. Island eanhquakes [abstract]. [abstract]. Valera, J. E.; Seed, H. B.; Tsai, C. F.; Lys­ Chleborad, A. F.; Schuster, R. L., 1989, Yeats, R. S., 1990, A search for active faults mer, J., 1977, Soil-structure interaction Characteristics of slope failures induced in the Willamette Valley, Oregon. effects at the Humboldt Bay power plant 124 EARTHQUAKES AND SEISMOLOGY - OREGON OPEN FILE REPORT 92-2

Earthquakes and seismology - Darienzo, M. E.; Peterson, C. D., 1990, Ep­ Iyer, H. M.; Rite, Alan, 1981, Teleseismic Offshore areas, see MARINE isodic tectonic subsidence of late Holo­ P-wave delays in the Oregon Cascades GEOLOGY - EARTHQUAKES AND cene salt marshes, northern Oregon cen­ [abstract]. SEISMOLOGY tral Cascadia margin.• Iyer, H. M.; Rite, Alan; Kollman, Auriel; Darienzo, M. E.; Peterson, C. D., 1990, Ev­ Knapp, David, 1983, Seismic monitor­ EARTHQUAKES AND idence for and implications of small­ ing, Oregon and California volcanoes SEISMOLOGY - OREGON scale (m) tectonic subsidence in salt [abstract]. Achauer, Ulrich; Evans, J. R.; Stauber, D. marshes of Alsea Bay, Oregon, central Iyer, H. M.; Rite, Alan; Kollman, Auriel; A., 1988, High-resolution seismic Cascadia margin [abstract]. Knapp, David, 1983, Seilmicity in the tomography of compressional wave ve­ Darienzo, M. E.; Peterson, C. D., 1991, In­ Cascades of Oregon and California [ab­ locity structure at Newberry Volcano, vestigation of coastal neotectonics and stract]. Oregon Cascade Range. paleoseismicity of the southern Casca­ Johnson, A.G.; Scofield, D. H., 1985, Seis­ Algermiasen, S. T., 1990, Regional and na­ dia margin as recorded in coastal marsh mic acceleration hazard maps for Ore­ tional seismic hazard and risk assess­ systems.• gon [abstract]. ment.• Dewey, J. W.; Spence, W. J., 1978, Expected Johnson, A. G.; Scofield, D. H.; Sager, J. Algermiuen, S. T.; Perkins, D. M.; The­ ground motion at proposed nuclear W.; Grubaugh, Phil, 1984, Seismic haz­ nhaus, P. C.; Hanson, S. L.; Bender, B. power plant sites [abstract]. ard maps for Oregon [abstract]. L., 1990, Probabilistic earthquake ac­ Dusseau, R. A., 1990, Frequency and sur­ Kockelman, W. J., 1989, Reducing earth­ celeration and velocity maps for the vivability profiles of highway bridges quake hazards in Oregon and Washing­ United States and Puerto Rico. along the 1-5 corridor between Everett, ton-An introduction to the five compo­ Beaulieu, J. D.; Hughes, P. W., 1975, Envi­ Washington and Salem, Oregon.• nents nece11ary for effective hazard re­ ronmental geology of western Coos and Ferrick, M. G.; Qamar, A. I.; St. Lawrence, duction. Douglas Counties, Oregon. W. F., 1982, Source mechanism of vol­ Kollman, Auriel; Zollweg, J. E., 1982, Ore­ Berg, J. W., Jr.; Baker, C. D., 1963, Oregon canic tremor. gon seismicity-August 1980 to Octo­ earthquakes, 1841 through 1958 [ab­ Friday, W. M., 1989, Oregon's building reg­ ber 1982. stract]. ulation system. Kollman, Auriel; Zollweg, J.E., 1985, Ore­ Bodvarsson, G. M., 1975, Ocean wave-gen­ Ganoe, S. J., 1983, lnvestigation of Pn wave gon Cascades earthquake catalog-Au­ erated microseisms at the Oregon coast. propagation in Oregon. gust l, 1980-0ctober 31, 1982 [ab­ Byerly, Perry, 1940, Seismicity of the Grant, W. C., 1988, Evidence for late Holo­ stract]. northern Pacific Coast of the United cene subduction earthquakes recorded Langston, C. A., 1977, Corvallis, Oregon, States. in tidal marsh deposits along the crustal and upper mantle receive struc­ Chan, W.W.; Wagner, R. A.; Cessaro, R. K.; Nehalem and Salmon Rivers, northern ture from teleseismic P and S waves. Gupta, I. N., 1989, Source time func­ Oregon [abstract]. Ludwin, R. S., 1989, Earthquake occur­ tions of some Cascadian earthquakes Grant, W. C., 1989, More evidence from rence and hazards in Washington and [abstract]. tidal-marsh stratigraphy for multiple Oregon. Cohee, B. P.; Somerville, P. G.; Abraham­ late Holocene subduction eanhquakes Ludwin, R. S.; Malone, S. D.; Crosson, R. son, N. A., 1990, Ground motions from along the northern Oregon coast [ab­ S.; Qamar, A. I., 1991, Washington hypothesized Mw=8 subduction earth­ stract]. earthquakes, 1985. quakes in the Pacific Northwest [ab­ Grant, W. C.; McLaren, D. D., 1987, Evi­ Ludwin, R. S.; Qamar, A. I., 1991, Reeval­ stract]. dence for Holocene subduction earth­ uation of the 19th century Washington Cohee, B. P.; Somerville, P. G.; Abraham­ quakes along the northern Oregon coast and Oregon earthquake catalog using son, N. A., 1991, Simulated ground mo­ [abstract]. original accounts-The moderate sized tions for hypothesized Mw=8 subduction Green, S. M.; Weaver, C. S.; Iyer, H. M., earthquake of May 1, 1882 [abstract]. earthquakes in Washington and Oregon. 1979, Seismic studies at the ML Hood Madin, I. P., 1989, Distribution of poten­ Cohee, B. P.; Somerville, P. G.; Sen, M. K., volcano, northern Cascade Range, Ore­ tially responsive Quaternary deposits in 1989, Strong ground motions in the Se­ gon. Portland. attle-Portland region from hypothesized Hammond, P. E.; Benson, G. T.; Cash, D. J.; Madin, I. P., 1989, Evaluating earthquake Mw=8 subduction earthquake [abstract]. Palmer, L.A.; Donovan, Jan; Gannon, hazards in Oregon. Cornforth, D. H., 1990, Earthquake-in­ Brian, 1974, A preliminary geological Madin, I. P., 1989, Evaluating earthquake duced landslides. investigation of the ground effects of hazards in the Portland, Oregon, metro­ Couch, R. W.; Lowell, R. P., 1971, Earth­ earthquakes in the Portland metropoli­ politan area-Mapping potentially haz­ quakes and seismic energy release in tan area, Oregon. ardous soils. Oregon. Hays, W. W., editor, 1988, Workshop on Madin, I. P., 1990, Earthquake-hazard geol­ Couch, R. W.; Thrasher, G. P.; Keeling, ·Evaluation of earthquake hazards and ogy maps of the Portland metropolitan Kenneth, 1976, The Deschutes Valley risk in the Puget Sound and Portland area, Oregon-Text and map explana­ earthquake of April 12, 1976. areas"; Proceedings of conference XLII. tion. Crosson, R. S.; Ludwin, R. S., 1989, Re­ Hays, W.W., 1989, Preface. Maley, Richard, 1986, Strong motion accel­ gional seismic monitoring in western Hays, W.W., editor; Huey, Linda, compiler, erograph stations in Oregon and Wash­ Washington. 1989, Proceedings of Conference ington (April 1986). Cro11on, R. S.; Malone, S. D.; Qamar, A. I.; XLVlll, 3rd annual workshop on ·Earth­ May, P. J., 1988, Considering earthquake Ludwin, R. S., 1991, 1. Regional seis­ quake hazards in the Puget Sound, Port­ risk reduction policies and practices. mic monitoring in western Washington, land area". May, P. J., 1989, Earthquake risk reduction and, 2. Seismic monitoring of volcanic Heam, Thomas; Beghoul, Noureddine; Bar­ policies and practices within the Puget and subduction processes in Washington azangi, Muawia, 1991, Tomography of Sound/Portland areas. and Oregon.• the western United States from regional May, P. J., 1990, Earthquake risk reduction Darienzo, M. E., 1989, Evidence for and arrival times. prospects-Puget Sound-Portland as­ implications of small-scale (m) tectonic Hebenstreit, G. T.; Murty, T. S., 1989, Tsu­ seument. • subsidence in salt marshes of Alsea Bay, nami amplitudes from local earthquakes Oregon, central Cascadia margin [ab­ in the Pacific Northwest region of North stract]. America; Part 1-The outer coast. INDEX EARTHQUAKES AND SEISMOLOGY - OREGON 125

May, P. J.; Fox, Edward; Hasan, N. S., 1989, Packard, E. L., 1947, Statu~ of seismology Smith, W. D., 1950, Faults and eanhquake Anticipating eanhquakes-Risk reduc­ in Oregon (abstract). possibilities in Oregon [abstract]. tion policies and practices in the Puget Palmer, S. P., 1991, Western Oregon seis­ Sokolowski, T. J.; Fuller, G. W.; Blackford, Sound and Portland areas.• mic hazards workshop. M. E.; Jorgensen, W. J., 1983, The Alas­ May, P. J.; Fox, Edward; Hasan, N. S., 1989, Palmer, S. P., 1991, Workshop on Oregon ka Tsunami Warning Center's automatic Eanhquake risk reduction profiles­ earthquake source zones. eanhquake processing system. Local policies and practices in the Puget Perbix, T. W., 1988, Evaluation of eanh­ Somerville, P. G., 1989, Strong ground mo­ Sound and Portland areas. quake hazard and risk in the Puget tion attenuation in the Puget Sound­ Mclnelly, G. W., 1989, Holocene and late­ Sound and Portland areas. Portland region. Pleistocene tectonic deformation in the Peterson, C. D., 1989, Megathrust and Somerville, P. G.; Cohee, B. P., 1990, Sim­ Cape Arago-Bandon region of coastal upper-plate paleoseismicity of the ulation and empirical studies of ground Oregon as deduced from marine wave­ southern Cascadia margin. motion attenuation in the Seattle-Port­ cut platforms. Peterson, C. D.; Darienzo, M. E., 1988, Dis­ land region.• Mclnelly, G. W.; Kelsey, H. M.; Nelson, A. crimination of flood, storm and tectonic Somerville, P. G.; Cohee, B. P.; Sen, M. K., R., 1989, Late Pleistocene and Holocene events in coastal marsh records of the 1989, Estimates of strong ground mo­ tectonic deformation of the Whiskey southern Cascadia margin (abstract]. tions in the Seattle-Portland region Run wave-cut platform in the Cape Peterson, C. D.; Darienzo, M. E., 1988, Ep­ from hypothesized magnitude 8 Casca­ Arago-Coos Bay area, coastal Oregon isodic tectonic subsidence of late Holo­ dia subduction eanhquakes. (abstract). cene salt marshes in Oregon-Clear ev­ Steele, Chuck, 1988, Overview of emer­ Murphy, T. M.; Niem, A. R., 1982, Tectonic idence of abrupt strain release and grad­ gency management planning and re­ and paleoenvironmental significance ual strain accumulation in the southern sponse planning. and magnetic-geochemical stratigraphy Cascadia margin during the last 3,500 Stover, C. W.; Brewer, L. R., 1991, United of the Columbia River basalt at the mid­ years.• States eanhquakes, 1985. dle Miocene shoreline, northwestern Peterson, C. D.; Darienzo, M. E., 1990, Ev­ Thorsen, G. W., 1988, Overview of eanh­ Oregon Coast Range (abstract). idence of subduction zone paleoseismic­ quake-induced water waves in Washing­ Murray, Joseph, 1989, Oregon report. ity from the central Oregon margin­ ton and Oregon. Nabelek, J. L; Werner, K. S.; Yeats, R. S.; Alsea Bay, Oregon [abstract). Tinsley, J.C., 1989, Considerations for de­ Malone, S. D., 1990, The August, 1990, Peterson, C. D.; Darienzo, M. E.; Parker, terministic ground motion mapping in Woodburn, Oregon earthquake se­ M., 1988, Coastal neotectonic field trip the Portland-Puget Sound region. quence-Constraints from broadband guide for Netarts Bay, Oregon. University of Washington Geophysics Pro­ regional recording and geological im­ Preuss, Jane; Hebenstreit, G. T., 1989, The gram, 1988-1991, Quarterly network re­ plications (abstract). tsunami threat in the Pacific Nonhwest port.•. on seismicity of Washington and National Science Foundation; and others, under today's land use conditions. northern Oregon.• sponsors, 1984, Seismic hazards and Qamar, A. I., 1988, The effect oflocal geol­ Von Hake, C. A., 1976, Eanhquake history mitigation strategies for older and his­ ogy on eanhquake intensity in the Seat­ of Oregon. toric unreinforced masonry buildings in tle to Portland region of Washington and Wang, L. R. L; Wang, J. C. C.; Ishibashi, small towns in Oregon and Washington; northern Oregon. Isao; Ballantyne, D. B.; Elliott, W. M., Conference proceedings, Nov. 8 and 9, Qamar, A. I., 1990, Eanhquakes in Wash­ 1989, Development of inventory and 1984, Seattle. ington and Oregon 1980-89-A decade seismic loss estimation model for Port­ Nelson, A. R., 1987, Apparent gradual rise of discovery. land, Oregon water and sewer systems. in relative sea level on the south-central Qamar, A. I.; Ludwin, R. S., 1991, Eanh­ Weaver, C. S., 1991, Geothermal seismo­ Oregon coast during the late Holo­ quake intensities. tectonic studies.• cene-Implications for the great Casca­ Rasmussen, J. R., 1989, The seismic P­ dia eanhquake hypothesis (abstract). Weaver, C. S.; Balter, G. E., 1988, Geom­ wave velocity structure of the upper etry of the Juan de Fuca plate beneath Nelson, A. R., 1987, Earthquake recurrence mantle beneath Washington and western Washington and nonhern Oregon from and Quaternary deformation on the Oregon. seismicity. Cascadia subduction zone-Coastal Rasmussen, J. R.; Humphreys, E. D., 1990, Oregon. Weaver, C. S.; Green, S. M.; Iyer, H. M., Tomographic image of the upper mantle 1982, Seismicity of Mount Hood and Nelson, A. R., 1988, Implications of late P-wave velocity structure beneath structure as determined from teleseis­ Holocene salt-marsh stratigraphy for Washington and western Oregon [ab­ mic P wave delay studies.• eanhquake recurrence along the coast of stract].• Werner, K. S.; Nabelelt, J. L; Yeats, R. S.; south-central Oregon. Rinehart, V. J., 1964, Investigation of Malone, S. D., 1990, The Mt. Angel Nelson, A. R.; Personius, S. F., 1991, Earth­ twelve eanhquakes off the Oregon and fault-Implications of August, 1990, quake recurrence and Quaternary defor­ nonhern California coasts. Woodburn, Oregon eanhqualte sequence mation in the Cascadia subduction zone, Rite, Alan; lyer,H.M., 1981,July 1980Mt. (abstract]. coastal Oregon. Hood earthquake swarm. West, D. 0., 1988, Pleistocene raised ma­ Nelson, A. R.; Personius, S. F.; Rhea, Rite, Alan; Iyer, H. M., 1981, Oregon seis­ rine terraces along the Washington-Ore­ Susan, 1990, Eanhquakc recurrence and micity-1981 (abstract]. gon coastline and implications to Casca­ Quaternary deformation in the Cascadia dia subduction zone tectonics. subduction zone, coastal Oregon.• Rite, Alan; Iyer, H. M.; Rojas, V., 1980, July 1980 Mount Hood eanhquake swarm West, D. 0., 1989, Coastal terraces and sub­ Neumann, Frank, 1959, Seismological as­ (abstract]. duction eanhquakes. pects of the eanhquake engineering Wong, I. G.; Silva, W. J.; Madin, I. P., 1990, problem. Rogers, G. C., compiler, 1979, Seismicity to the end of 1977. Preliminary aneument of potential Newton, V. C., Jr.; Peterson, N. V., 1973, Shedlock, K. M.; Weaver, C. S., 1991, Pro­ strong eanhquake ground shaking in the Geologic criteria for siting nuclear Portland, Oregon, metropolitan area. power plants in Oregon. gram for eanhquake hazards assessment in the Pacific Nonhwest. Wong, I. G.; Silva, W. J.; Madin, I. P., 1990, Noson, LL., 1988, Objectives of the work­ Sirles, P. C., 1988, Shear wave velocity Site-specific eanhqualte strong ground shop. measurements in embankment dams. motion studies in the Puget Sound and Olsen, B. C., 1988, Inventory technique de­ Portland, Oregon metropolitan areas. velopment-Puget Sound/Oregon.• 126 EARTHQUAKES AND SEISMOLOGY - PALEOSEISMOLOGY OPEN FILE REPORT 92-2

Woodward, John; White, James; Cum­ Bourgeois, Joanne, 1988, Sedimentological marshes of Alsea Bay, Oregon, central mings, Ronald, 1990, Paleoseismicity analysis of postulated tsunami-gener­ Ca1cadia margin [abstract]. and the archaeological record-Areas of ated deposits from great-subduction Darien:r.o, M. E.; Peterson, C. D., 1991, In­ investigation on the northern Oregon earthquakes along Washington's outer vestigation of coastal neotectonics and coasL coasL paleoseismicity of the southern Casca­ Yeats, R. S., 1989, Current assessment of Broiler, B. E., 1983, Glaciotectonics asap­ dia margin as recorded in coastal marsh earthquake hazard in Oregon. plied to earthquake engineering; A case systems.• Yeats, R. S., 1989, The search for large study at Hat Creek, British Columbia Grant, W. C., 1988, Evidence for late Holo­ earthquakes in Oregon [abstract]. [abstract]. cene subduction earthquakes recorded Yeats, R. S., 1990, A search for active faults Bucknam, R. C., 1990, Puget Sound paleo­ in tidal marsh deposits along the in the Wdlamette Valley, Oregon. seismicity. • Nehalem and Salmon Rivers, northern Yelin, T. S.; Patton, H. J., 1991, Seismo­ Burke, R. M.; Carver, G. A., 1987, Soil Oregon [abstract]. tectonics of the Portland, Oregon, re­ development used as an indicator of Grant, W. C., 1989, More evidence from gion.• fault scarp age and inteneismic time, tidal-marsh stratigraphy for multiple Youd, T. L.; Madin, I. P., 1991, Liquefac­ northwest California [abstract]. late Holocene subduction earthquakes tion hazard mapping for the Portland, Burke, R. M.; Carver, G. A., 1989, The along the northern Oregon coast [ab­ Oregon region. degree of soil development from buried stract]. Youngs, R. R.; Coppersmith, K. J., 1989, soils formed in fault-generated colluvi­ Grant, W. C.; McLaren, D. D., 1987, Evi­ Attenuation relationships for evaluation ums reflect inteneismic time, northern dence for Holocene subduction earth­ of seismic hazards from large subduc­ California [abstract]. quakes along the northern Oregon coast tion zone earthquakes. Carver, G. A., 1988, Seismic potential of [abstract]. the Gorda segment of the Cascadia sub­ Heaton, T. H., 1990, Cascadia subduction EARTHQUAKES AND duction zone [abstract]. zone-The calm before the quake? SEISMOLOGY - Carver, G. A., 1989, Paleoseismicity of the Hemphill-Haley, Eileen, 1989, Investiga­ PALEOSEISMOLOGY AND southern pan of the Cascadia subduction tion into the use of estuarine microfo11il EARTHQUAKE EVIDENCE zone [abstract]. zones for determining amounts of co­ Adams, John, 1989, Turbidites off the Ore- Carver, G. A., 1991, Active subduction tec­ seismic subsidence in southwestern gon-Washington margin record paleo­ tonics north of the Mendocino triple Washington [abstract]. earthquakes on the Cascadia subduction junction, northwestern California [ab­ Jacoby, G. C.; Sheppard, P. R.; Carver, G. zone.• stract].• A., 1989, Dating of earthquake-induced Adams, John, 1990, Paleoseismicity of the Carver, G. A.; Burke, R. M., 1987, Late landslides using tree-ring analysis [ab­ Cascadia subduction zone-Evidence Holocene paleoseismicity of the south­ stract]. from turbidites off the Oregon-Wash­ ern end of the Cascadia subduction zone Jacoby, G. C.; Williams, P. L., 1990, Use of ington margin.• [abstract]. temporal correlation to teat a proposed Atwater, B. F., 1987, Coastal-wetland re­ Carver, G. A.; Burke, R. M., 1987, Late seismic origin for giant landslides in Se­ cord of great Holocene earthquakes in Pleistocene and Holocene paleo1ei1mic­ attle, Washington.• Washington [abstract]. ity of Little Salmon and Mad River Jacoby, G. C.; Williams, P. L.; Buckley, B. Atwater, B. F., 1988, Evidence for great thrust systems, N.W. California-Im­ M., 1990, Timing and distribution of Holocene earthquakes along the outer plications to the seismic potential of the landslides in Lake Washington, Seat­ coast of Washington State. Cascadia subduction zone [abstract]. tle-Geohazards of po11ible seismic or­ Atwater, B. F., 1988, Probable local prece­ Carver, G. A.; Vick, G. S.; Burke, R. M., igin [abstract). dent for earthquakes of magnitude 8 or 1989, Late Holocene paleoseismicity of Karlin, Rohen, 1990, Paleosei1micity in the 9 in the Pacific Northwest. the Gorda segment of the Ca1cadia sub­ Puget Sound area recorded in Holocene Atwater, B. F., 1988, Summary, as of 2 April duction zone [abstract]. sediments from Lake Washington, 1987, of radiocarbon ages on episodes of Oague, J. J.; Lichti-Federovich, S.; Guil­ U.S.A. [abstract]. rapid coastal subsidence in westernmost bault, J.-P.; Mathewes, R. W., 1990, Kelsey, H. M.; Carver, G. A., 1986, Studies Washington State. Holocene sea level change, south· of Quaternary faulting through the anal­ Atwater, B. F., 1990, Geologic studies for coastal British Columbia. ysis of small faults and fractures, north seismic zonation of the Puget Sound Oague, J. J.; Shilts, W.W., 1989, Evidence coastal California. lowland.* of paleoseismicity obtained by sub­ Lajoie, K. R., 1986, Rapid tectonic uplift Atwater, B. F., 1990, Holocene paleo1eis­ bottom acoustic profiling of lakes [ab­ near the Mendocino triple junction re­ mology of coastal Washington State. stract]. corded by emergent marine 1trandlines Atwater, B. F., 1991, Holocene paleoseis­ Oarke, S. H., Jr.; Carver, G. A., 1991, Tec­ [abstract). · mology, western Washington. tonics and late Holocene paleoseismic­ Luternauer, J. L, 1990, 1990 field activities Atwater\ B. F.; Stuiver, Minze, 1991, Pre­ ity of the southern Ca1cadia subduction and accompli1hment1, Fraser River cise 4C ages for sudden Holocene sub­ zone, northwestern California continen­ delta, British Columbia.• mergence in Washington [abstract]. tal margin [abstract]. McCrory, P.A., 1990, Active margin tecton· Atwater, B. F.; Stuiver, Minze; Yamaguchi, Darien:r.o, M. E., 1989, Evidence for and ic1, Pacific Northwest region.• D. K., 1991, Radiocarbon test of earth­ implications of small-scale (m) tectonic Mclnelly, G. W., 1989, Holocene and late­ quake magnitude at the Cascadia sub­ 1ub1idence in salt marshes of Alsea Bay, Pleistocene tectonic deformation in the duction zone. Oregon, central Cascadia margin [ab­ Cape Arago-Bandon region of coastal stract]. Atwater, B. F.; Yamaguchi, D. K., 1990, Oregon as deduced from marine wave­ Sudden, probably coseismic submer­ Darien:r.o, M. E.; Peterson, C. D., 1990, Ep­ cut platforms. gence of Holocene trees and grass in isodic tectonic subsidence of late Holo­ Mclnelly, G. W.; Kelsey, H. M.; Nelson, A. coastal Washington State [abstract]. cene salt marshes, northern Oregon cen­ R., 1989, Late Pleistocene and Holocene tral Cascadia margin.* Bobrow1ky, P. T.; Clague, J. J., 1990, Neo­ tectonic deformation of the Whiskey tectonic investigations on western Van­ Darien:r.o, M. E.; Peterson, C. D., 1990, Ev­ Run wave-cut platform in the Cape couver Island, British Columbia. idence for and implications of small­ Arago-Coos Bay area, coastal Oregon scale (m) tectonic subsidence in salt (abstract]. INDEX EARTHQUAKES AND SEISMOLOGY - PLANNING AND POLICY 127

Minor, Rick, 1989, The late Holocene earth­ West, D. O.; McCrumb, D. R.; Kiel, W. A., Lasmanis, Raymond; Walsh, T. J., 1989, quake hypothesis-Implications for 1987, Geomorphology, convergent mar­ National geologic hazards program up­ southern northwest coast prehistory (ab­ gins and earthquakes. date. stract). Woodward, John; White, James; Cum­ Lofstedt, Jon, 1990, Lifeline panel #2. Monastersky, Richard, 1990, Rattling the mings, Ronald, 1990, Paleoseismicity Logan, R. L.; Palmer, S. P., 1989, 1989 Northwest-Signs of prehistoric super­ and the archaeological record-Areas of earthquake workshop.• quakes may portend a future shock. investigation on the northern Oregon Lokey, William, 1990, State and local gov­ Murphy, T. M.; Niem, A. R., 1982, Tectonic coast. ernment panel. and paleoenvironmental significance EARTHQUAKES AND MacLeod, Bob, 1990, Lifeline panel #1. and magnetic-geochemical stratigraphy Madin, I. P., 1989, Evaluating earthquake of the Columbia River basalt at the mid­ SEISMOLOGY - PLANNING AND POLICY hazards in Oregon. dle Miocene shoreline, northwestern May, P. J., 1988, Considering earthquake Anton, W. F., 1990, Overview of lifeline Oregon Coast Range (abstract). risk reduction policies and practices. earthquake engineering-Panel discus­ Nelson, A. R., 1987, Apparent gradual rise May, P. J., 1989, Earthquake risk reduction in relative sea level on the south-central sion responses to four topics. policies and practices within the Puget Oregon coast during the late Holo­ Association of Professional Engineers of Sound/Portland areas. cene-Implications for the great Casca­ BC, 1988, Seismic risk in British Co­ May, Edward; Hasan, dia earthquake hypothesis (abstract]. lumbia-1988 brief to the BC govern­ P. J.; Fox, N. S., 1989, Anticipating earthquakes-Risk reduc­ Nelson, A. R., 1987, Earthquake recurrence ment. tion policies and practices in the Puget and Quaternary deformation on the Ballantyne, D. 8., 1989, Earthquake loss Sound and Portland areas.• Cascadia subduction zone-Coastal estimation modeling of the Seattle water Oregon. system.• May, P. J.; Fox, Edward; Hasan, N. S., 1989, Earthquake risk reduction profiles­ Nelson, A. R., 1988, Implications of late Ballantyne, D. 8., 1990, Earthquake loss Local policies and practices in the Puget Holocene salt-marsh sti:atigraphy for estimation of the City of Evereu life­ Sound and Portland areas. earthquake recurrence along the coast of lines.• May, P. J.; Noson, L. L., 1986, Reducing south-central Oregon. Boyer, Jim, 1990, Lifeline panel #2. earthquake risks-Seismic safety pol­ Nelson, A. R.; Personius, S. F., 1991, Earth­ Burton, J. H., 1989, Disaster risk analysis icy. quake recurrence and Quaternary defor­ and business resumption plan by a Mead, P. C., 1990, State and local govern­ mation in the Cascadia subduction zone, Washington state governmental agency. ment panel. coastal Oregon. Dusseau, R. A., 1990, Frequency and sur­ Medak, Alan, 1990, Lifeline panel #3. Nelson, A. R.; Personius, S. F.; Rhea, vivability profiles of highway bridges Susan, 1990, Earthquake recurrence and along the I-5 corridor between Evereu, Meek, C. D., 1989, Proceedings of the XII Quaternary deformation in the Cascadia Washington and Salem, Oregon.• annual meeting of the Western States Seismic Policy Council, November 6-9, subduction zone, coastal Oregon.• Foster, H. D.; Carey, R. F., 1976, The sim­ 1989, Boise, Idaho. Peterson, C. D., 1989, Megathrust and ulation of earthquake damage. Michaels, Sarah, 1988, Evaluation of the upper-plate paleoseismicity of the Gardner, Booth, 1990, State and local gov­ workshop. southern Cascadia margin. ernment panel-Introductory remarks. Murray, Joseph, 1989, Oregon report. Peterson, C. D.; Darienzo, M. E., 1988, Dis­ Gardner, Booth; Adams, Brock; Gorton, crimination of flood, storm and tectonic Slade, chairmen, 1990, Earthquake in Nelson, Fred, 1990, Lifeline panel #3. events in coastal marsh records of the Washington-Are we ready? Noson, LL., 1988, Objectives of the work- southern Cascadia margin (abstract). Gronbeck-Jones, David, 1989, British Co­ shop. Peterson, C. D.; Darienzo, M. E., 1988, Ep­ lumbia report. Palmer, S. P., 1991, Western Oregon seis­ isodic tectonic subsidence of late Holo­ Hays, W. W., editor, 1988, Workshop on mic hazards workshop. cene salt marshes in Oregon--Clear ev­ "Evaluation of earthquake hazards and Pringle, P. T.; Palmer, S. P.; Logan, R. L, idence of abrupt strain release and grad­ risk in the Puget Sound and Portland 1990, Highlights of the fourth annual ual strain accumulation in the southern areas"; Proceedings of conference XLII. NEHRP workshop for Puget Sound and Cascadia margin during the last 3,500 Hays, W.W., 1989, Preface. Portland areas. years.• Hays, W.W., editor; Huey, Linda, compiler, Rainer, J. H.; Jablonski, A. M.; Law, K. T.; Peterson, C. D.; Darienzo, M. E., 1990, Ev­ 1989, Proceedings of Conference Allen, D. E., 1990, The San Francisco idence of subduction zone paleoseismic­ XLVm, 3rd annual workshop on "Earth­ area earthquake of 1989 and impli­ ity from the central Oregon margin­ quake hazards in the Puget Sound, Port­ cations for the Greater Vancouver area. Alsea Bay, Oregon [abstract]. land area". Riniker, A. 8., 1990, Lifeline panel #1. Peterson, C. D.; Darienzo, M. E.; Parker, Heimbach, Kate, 1990, State and local gov­ Scblattman, Ronald, 1990, Lifeline panel M., 1988, Coastal neotectonic field trip ernment panel. #3. guide for Netarts Bay, Oregon. Henderson, Don, 1990, Lifeline panel #3. Schmidt, Mani, 1990, Lifeline panel #2. Shivelle, C. D.; Carver, G. A.; Valentine, D. Kockelman, W. J., 1989, Reducing earth­ Shedlock, K. M.; Weaver, C. S., 1989, Ra­ W., 1991, Foraminiferid stratigraphy as quake hazards in Oregon and Washing­ tionale and outline of a program for evidence for great earthquakes on the ton-An introduction to the five compo­ earthquake hazards a11e11ment in the Cascadia subduction zone in northern nents necessary for effective hazard re­ Pacific Northwest. California (abstract].• duction. Shedlock, K. M.; Weaver, C. S., 1991, Pro­ Vick, G. S.; Carver, G. A., 1988, Late Holo­ Kockelman, W. J.; Gori, P. L.; Hays, W. W., gram for earthquake hazards assessment cene paleoseismicity, northern Hum­ 1988, Summary and background. in the Pacific Northwest. boldt Bay, California (abstract]. Lasmanis, Raymond, 1990, Earthquake Tarr, A. C., 1988, Application of geographic West, D. 0., 1988, Pleistocene raised ma­ sources and shaking effects in Washing­ information system technology to urban rine terraces along the Washington-Ore­ ton. seismic hazards studies in the Pacific gon coastline and implications to Casca­ Lasmanis, Raymond, 1991, Seismic Safety Northwest. dia subduction zone tectonics. Advisory Committee. Toliver, Paul, 1990, Lifeline panel #1. West, D. 0., 1989, Coastal terraces and sub­ duction earthquakes. 128 EARTHQUAKES AND SEISMOLOGY - PLANNING OPEN FILE REPORT 92-2

Tsiatas, G. E.; Kornher, Karen; Ho, C. L, Washington Depanment of Community De­ Cronon, R. S.; Malone, S. D., 1988, Re­ 1990, Development of seismic guide­ velopment, 1991, Earthquake prepared­ gional seismic monitoring in western lines for the Pacific Northwest. ness. Washington.• U.S. Anny Corps of Engineers, 1983, Mad­ Zarker, Gary, 1990, City of Seattle's earth­ Crosson, R. S.; Malone, S. D.; Ludwin, R. igan Anny Medical Center, Ft. Lewis, quake preparedness plan. S., 1989, Regional seismic monitoring Washington-Geotechnical repon, with in western Washington. supplement added. EARTHQUAKES AND SEISMOLOGY - TOMOGRAPHY Dragen, Herb; Rogers, G. C., 1988, Could Vandehey, Del, 1990, Llfeline panel #1. a megathrust earthquake strike south­ Weaver, C. S., 1990, Earthquake sources see also TOMOGRAPHY western British Columbia? and shaking effects in Washington. Achauer, Ulrich; Evans, J. R.; Stauber, D. Dragen, Herb; Rogen, G. C., 1988, The Williams, Ray, 1990, FEMA and the Na­ A., 1988, High-resolution seismic to­ current potential for major earthquakes tional Eanhquake Hazard Reduction mography of compressional wave veloc­ in southwest British Columbia [ab­ Program. ity structure at Newberry Volcano, Ore­ stract). Wuorinen, Vilho, 1976, Seismic microzona­ gon Cascade Range. Drysdale, J. A.; Lamontagne, Maurice; Hor­ tion of Victoria, a social response to Heam, Thomas; Beghoul, Noureddine; Bar­ ner, R. B., 1989, Canadian earthquakes, risk. azangi, Muawia, 1991, Tomography of January 1987 to September 1988. the western United States from regional EARTHQUAKES AND Elliott, W. M., 1988, The need to mitigate arrival times. earthquake hazards to lifelines. SEISMOLOGY - PLANNING Lees, J.M., 1989, Seismic tomography in Finn, Carol; Weaver, C. S.; Stanley, W. D., AND POLICY - EMERGENCY western Washington. 1989, Relation of earthquakes and aer­ RESPONSE Lees, J.M., 1990, Comparison of local to­ omagnetic anomalies to crustal structure Bolton, P. A., 1989, Post-disaster emer­ mographic P-wave velocity variations in in western Washington [abstract). gency response issues in urban seuings. California and Washington-Can we Gardner, Booth; Adams, Brock; Gonon, Noson, L L.; Manens, Carole, 1987, Wash­ image fault asperities? [abstract). Slade, chainnen, 1990, Earthquake in ington State school earthquake emer­ Lees, J.M.; Crosson, R. S., 1989, Bayesian Washington-Are we ready? gency planning. ART venus conjugate gradient tomo­ Havskov, Jens; Malone, S. D.; McOurg, D. Olmstead, B. L, 1988, En_iergency opera­ graphic imaging in application to delay C.; Crosson, R. S., 1989, Coda Q for the tions center computerization and public times from local earthquakes in western State of Washington.• awareness programs. Washington [abstract).• Landes, Henry; Glover, S. L., 1991, Seis­ Scawthom, Charles, 1990, Inventory and Lees, J. M.; Crosson, R. S., 1990, Tomo­ micity in Washington-A 1925 penpec­ post-eanhquake functionality of emer­ graphic imaging of local eanhquake tive [letter). gency response resources-Fire service delay times for three-dimensional veloc­ Logan, R. L.; Palmer, S. P., 1989, 1989 ity variation in western Washington.• operations in the Puget Sound area. earthquake workshop.• Scawthom, Charles; Preuss, Jane, 1989, In· Rasmussen, J. R., 1989, The seismic P­ Ludwin, R. S., 1989, Earthquake occur­ ventory and post-earthquake functional­ wave velocity structure of the upper rence and hazards in Washington and ity of emergency response resources­ mantle beneath Washington and western Oregon. Oregon. Fire service operations in the Puget Ma, Li, 1988, Regional tectonic stress in Sound area. Rasmussen, J. R.; Humphreys, E. D., 1990, western Washington from focal mecha­ Steele, Chuck, 1988, Overview of emer­ Tomographic image of the upper mantle nisms of crustal and aubcrustal earth­ gency management planning and re­ P-wave velocity structure beneath quakes. sponse planning. Washington and western Oregon [ab­ stract).• Madole, R. F.; Schuster, R. L.; Chleborad, A. F., 1988, Earthquake-induced land­ EARTHQUAKES AND White, D. J.; Clowes, R. M., 1989, 2D seis­ SEISMOLOGY - PLANNING slides and liquefaction in western Wash­ mic refraction tomography-Applica­ ington.• AND POLICY - tion to the Juan de Fuca Ridge [ab­ stract). Mancos, Carole, 1989, Washington state PREPAREDNESS schools program. Bolton, P. A., 1986, Earthquake awareness, EARTHQUAKES AND McCrumb, D. R.; Galster, R. W.; Crosson, preparedness and mitigation. SEISMOLOGY - WASHINGTON R. S.; Ludwin, R. S.; West, D. 0.; Han­ Lasmanis, Raymond, 1990, Earthquake pre­ [REGIONAL WORKS] cock, W. E.; Mann, L. V., 1989, Tecton­ paredness in Washington. Algermissen, S. T.; Stepp, J. C.; Rinehan, ics, seismicity, and engineering seismol­ Manens, Carole, 1988, Earthquake Pre­ W. A.; Arnold, E. P., 1969, Studies in ogy in Washington. paredness Program under development. aeismicity and earthquake damage sta­ Milne, W. G., 1963, Seismicity of western Manens, Carole, 1988, New education, tistics, 1969-Appendix B. Canada. awareness, and preparedness pro­ Anglin, F. M.; Wetmiller, R. J.; Homer, R. Nance, J. J., 1988, On shaky ground. grams-An overview. B.; Rogen, G. C.; Drysdale, J. A., 1990, Neumann, Frank, 1959, Seismological as­ Martens, Carole, 1989; Earthquake mitiga­ Seismicity map of Canada.• pects of the eanhquake engineering tion-The Washington school safety Boyle, B. J., 1990, Welcome address. problem. program. Brown, D.; Ll, Quin; Nyland, E.; Weichen, Noaon, L. L.; Qamar, A. I.; Thonen, G. W., Martens, Carole, 1989, Reacting to earth­ D. H., 1989. Premonitory 1ei1micity pat· 1988, Washington state earthquake haz­ quake hazard infonnation-State level. terns near Vancouver hland, Canada. ards. Martens, Carole, 1989, Washington repon. Cohee, B. P., 1991, Attenuation of vertical Palmer, S. P., 1991, Modified Mercalli in­ Mancos, Carole, 1989, Washington state S-wave amplitude from Wadati-Benioff tensity VI and greater earthquakes in schools program. earthquakes in Washington. Washington State, 1928-1990. McLerran, Dennis, 1990, City of Seattle's Crosson, R. S., 1990, Regional aeismicity Palmer, S. P., 1991, Workshop on Oregon earthquake preparedness plan. and tectonics [abstract). earthquake source zones. Rice, Nonn, 1990, City of Seattle's earth­ Crosson, R. S.; Ludwin, R. S., 1989, Re­ Pringle, P. T.; Palmer, S. P.; Logan, R. L, quake preparedness plan. gional seismic monitoring in western 1990, Highlights of the fourth annual Washington. NEHRP workshop for Puget Sound and Ponland areas. INDEX EARTHQUAKES AND SEISMOLOGY - WASHINGTON 129

Qamar, A. I., 1990, Earthquakes in Wash­ Ferrick, M. G.; Qamar, A. I.; St. Lawrence, Hyndman, R. D.; Weichen, D. H., 1986, ington and Oregon 1980-89-A decade W. F., 1982, Source mechanism of vol­ Seismicity and rates of relative motion of discovery. canic tremor. on the transform faults of the Juan de Qamar, A. I.; Ludwin, R. S., 1990, Earth­ Geomatrix Consultants, Inc., 1988, Seismo­ Fuca Ridge system (abstract]. quake intensities. tectonic evaluation-Catalog of histori­ McClain, J. S.; Fondrk, Joseph, 1989, The Rieken, E. R.; Thiessen, R. L., 1990, cal seismicity, northern Cascade moun­ nature of seismicity beneath the hydro­ SEISPLN analysis of the Juan de Fuca tains geomorphic province. thermal field of the Endeavour Segment plate beneath western Washington (ab­ Geomatrix Consultants, Inc., 1988, Seismo­ of the Juan de Fuca Ridge (abstract]. stract]. tectonic evaluation of the northern Cas­ McClain, J. S.; Fondrk, Joseph; Wright, M. Rogers, G. C.; Dragert, Herb, 1989, The cade mountains geomorphic province A., 1991, Seismic events from an active current potential for major earthquakes for Bumping Lake, Tieton, Keechelus, hydrothermal/volcanic region, the En­ in southwest British Columbia (ab­ Kachess, Cle Elum, and Clear Lake deavour Segment of the Juan de Fuca stract). dams. Ridge (abstract].• Rogers, G. C.; Riddihough, R. P., 1979, Geomatrix Consultants, Inc., 1989, Seismo­ McClain, J. S.; Wright, M. A.; Fondrk, Jo­ Earthquake studies on Canada's west tectonic evaluation-Northwest Rocky seph, 1988, The seismicity beneath a coast-Pacific Geoscience Centre. Mountains-Okanogan Uplands geomor­ hydrothermal vent field on the Endeav­ Savage, J. C.; Lisowski, Michael, 1988, phic province; Final report. our Segment of the Juan de Fuca Ridge Geodetic deformation measured in Malone, S. D.; Qamar, A. I.; Jonientz­ (abstract]. · Washington and British Columbia. Trisler, Chris, 1991, Recent seismicity McClain, J. S.; Wright, M. A.; Fondrk, Jo­ Thiessen, R. L.; Rieken, E. R., 1991, Inte­ studies at Mount Rainier, Washington seph, 1990, Microseismicity beneath hy­ gration of seismic foci, digital topogra­ (abstract].• drothermal vent fields-Comparisons of phy, and lineaments to define three-di­ Person, W. J ., 1981, Earthquakes, May-June locations and times (abstract]. mensional crustal fractures in western 1981. Walker, D. A.; Hammond, S. R., 1990, Spa­ Washington (abstract). Qamar, A. I.; Zollweg,J. E., 1990, The 1990 tial and temporal distributions of T­ Thorsen, G. W., 1988, Overview of earth­ Deming, Washington earthquakes-A phase source locations on the Juan de quake-induced water waves in Washing­ sequence of shallow thrust earthquakes Fuca and Gorda Ridges (abstract]. ton and Oregon. in the Pacific Northwest (abstract]. White, D. J.; Clowes, R. M., 1989, 20 seis­ VanDecar, J.C.; Crosson, R. S., 1987, Au­ Shannon and Wilson, Inc., 1981, Seven geo­ mic refraction tomography-Applica­ tomated determination of teleseismic technical reports, South Fork Tolt River tion to the Juan de Fuca Ridge (ab­ relative phase arrival times using multi­ dam-Report 2, Seismicity study, South stract). channel cross-correlation and least Fork Tolt River dam. EARTHQUAKES AND squares (abstract). Thompson, K. I.; Qamar, A. I., 1989, The SEISMOLOGY - WASHINGTON - Walsh, T. J., 1989, An overview of earth­ seismicity of Mount Rainier, Washing­ quake studies at the Washington Divi­ ton (abstract]. OLYMPIC PENINSULA sion of Geology and Earth Resources. Weaver, C. S., 1989, Seismicity of the Cas­ Chiao, L.-Y.; Creager, K. C.; Boyd, T. M., Walsh, T. J.; Madin, I. P.; Noson, L. L; cade Range and adjacent areas. 1989, Membrane and bending strains as­ Yelin, T. S., 1990, Proceedings of Con­ Weaver, C. S., 1989, What controls the seg­ sociated with subduction of the Casca­ ference LX, 4th annual workshop on mentation of the Cascade volcanic arc? dia slab (abstract]. "Earthquake hazards in the Puget Sound (abstract]. Kerr, R. A., 1991, Big squeeze points to a and Portland areas". Weaver, C. S., 1991, Geothermal seismo­ big quake. Walsh, T. J.; Palmer, S. P., 1990, Washing­ tectonic studies.• Savage, J. C.; Lisowski, Michael, 1991, ton Division of Geology and Earth Re­ Weaver, C. S.; Norris, R. D.; Jonientz­ Strain measurements and the potential sources earthquake hazard reduction Trisler, Chris, 1990, Results of seismo­ for a great subduction earthquake off the program. logical monitoring in the Cascade coast of Washington.• Weaver, C. S.; Baker, G. E., 1988, Geome­ Range, 1962-1989-Earthquakes, erup­ Savage, J. C.; Lisowski, Michael; Prescou, try of the Juan de Fuca plate beneath tions, avalanches and other curiosities.• W. H., 1991, Strain accumulation in Washington and northern Oregon from Wen, Y.-K., 1983, Seismic risk and cost western Washington. seismicity. benefit analysis of the spillway tower, EARTHQUAKES AND Zoback, M. L, 1990, Intraplate stress and Tolt River dam safety improvement SEISMOLOGY - WASHINGTON deformation. projecL PACIFIC COAST Zollweg, J. E.; Johnson, P. A., 1989, The EARTHQUAKES AND Atwater, B. F., 1987, Coastal-wetland re­ Darrington seismic zone of northwest­ cord of great Holocene earthquakes in SEISMOLOGY - WASHINGTON - ern Washington. CASCADE RANGE Washington (abstract).• Bodle, T. R.; Qamar, A. I., 1989, Local EARTHQUAKES AND Atwater, B. F., 1988, Evidence for great variations of intensity for earthquakes in SEISMOLOGY - WASHINGTON - Holocene earthquakes along the outer the Puget Sound region (abstract]. OFFSHORE AREAS coast of Washington State. Dor, S.-S., 1977, Scaling for seismic source Delaney, J. R.; McDuff, R. E.; Robigou, V.; Atwater, B. F., 1988, Summary, as of 2 April spectra and energy auenuation in the Schultz, Adam; Smith, M.; Wells, J.; 1987, of radiocarbon ages on episodes of Chelan region, eastern Washington. Atnipp, V. A.; McClain, J. S., 1990, Co­ rapid coastal subsidence in westernmost Washington State. Dor, S.-S.; Malone, S. D.; Smith, S. W., variation in microseismicity and hydro­ 1978, A spectral ratio technique for esti­ thermal output in the Endeavour vent Atwater, B. F., 1990, Geologic studies for mating the characteristics of seismic at­ field (abstract]. seismic zonation of the Puget Sound tenuation for eastern Washington (ab­ Fondrk, Joseph; McClain, J. S., 1989,"0b­ lowland.* stract). servations of microseismicity related to Atwater, B. F., 1991, Holocene paleoseis­ Clayton, G. A.; Zollweg, J.E., 1987, Terti­ hydrothermal vents on the Juan de Fuca mology, western Washington.• ary-Quaternary faults and the 1981 Ridge (abstract]. Atwater, B. F.; Stuiver, Minzc, 1991, Pre­ magnitude 5 earthquake in the Goat cise l4C ages for sudden Holocene sub­ Rocks Wilderness, south-central Cas­ mergence in Washington (abstract]. cade Range, Washington (abstract]. 130 EARTHQUAKES AND SEISMOLOGY - WASHINGTON OPEN FILE REPORT 92-2

Atwater, B. F.; Stuiver, Minze; Yamaguchi, U.S. Nuclear Regulatory Commission, Bodle, T. R.; Qamar, A. I., 1989, Local D. K., 1991, Radiocarbon test of earth­ 1991, Draft safety evaluation by the Of. variations of intensity for earthquakes in quake magnitude at the Cascadia sub­ fice of Nuclear Reactor Regulation re­ the Puget Sound region [abstract]. duction zone. ~ating to geology and seismology, Wash­ Bolton, P. A., 1989, Post-disaster emer­ Atwater, B. F.; Yamaguchi, D. K., 1991, ington Public Power Supply System gency response issues in urban seuings. Sudden, probably coseismic submer­ Washington nuclear project no. 3 (WNP- Booth, D. B., 1988, Land-use planning in gence of Holocene trees and grass in 3), docket no. SO-SOS. the mitigation of seismic hazards. coastal Washington State.• Washington Public Power Supply System, Bucknam, R. C., 1988, Characteristics of Bourgeois, Joanne, 1988, Sedimentological 1988, Cascadia subduction zone-An active faults. analysis of postulated tsunami-gener­ evaluation of the earthquake potential Bucknam, R. C., 1991, Puget Sound paleo­ ated deposits from great-subduction and implications to WNP-3; Washington seismicity. • Public Power Supply System response earthquakes along Washington's outer Bu~knam, R. C.; Barnhard, T. P., 1990, Ev­ coasL to NRC questions 230.1 and 230.2. idence of sudden late Holocene uplift in Bourgeois, Joanne; Reinhart, M.A., 1988 West, D. 0., 1988, Pleistocene raised ma­ the central Puget Lowland, Washington Potentially damaging waves associated rine terraces along the Washington-Ore­ [abstract]. with earthquakes, coastal Washington. gon coastline and implications to Cas­ Celebi, Mehmet, 1991, Instrumentation of Bourgeois, Joanne; Reinhart, M. A.; Camp­ cadia subduction Wile tectonics. structure,.• 0., bell, K. A., 1991, Evidence for co-seis­ West, D. 1989, Coastal terraces and sub­ Chan, W.W., 1988, Network and array anal­ duction earthquakes. mic subsidence and tsunamis, (Mio-) ysis of Puget Sound earthquake 1962- Pliocene Quinault Formation, coastal West, D. O.; McCrumb, D. R.; Kiel, W. A., 1969. Washington, USA [abstract]. 1987, Geomorphology, convergent mar­ Chan, W.W.; Ce11aro, R. K., 1988, Network gins and earthquakes. Coppersmith, K. J.; Youngs, R. R., 1990, and array analysis of Puget Sound earth­ Probabilistic seismic-hazard analysis EARTHQUAKES AND quake 1962-1969. using expert opinion-An example from Che~g, W.-L, 1980, Effects of soil proper­ the Pacific Northwest. SEISMOLOGY - WASHINGTON - PUGET LOWLAND ties on liquefaction potential during Day, S. M.; Stevens, J. L; Barker, T. G., earthquakes. 1988, Ground motion simulations for Adair, M. J.; Talmage, R.H.; Crosby, T. W.; Chiao, L.-Y.; Creager, K. C.; Boyd, T. M., thrust earthquakes beneath western Testa, S. M., 1989, Geology and seis­ 1989, Membrane and bending strains as­ Washington; Final report. micity of the Skagit Nuclear Power Plant site. sociated with subduction of the Ca,ca­ Heaton, T. H.; Snavely, P. D.,Jr., 1985, repr. dia slab [abstract]. 1988, Possible tsunami along the north­ Algermissen, S. T., 1988, Estimation of Chleborad, A. F.; Schuster, R. L., 1989, western coast of the United States in­ ground shaking in the Pacific North­ Characteristics of slope failures induced ferred from Indian traditions. west. by the April 13, 1949, and April 29, Hebenstreit, G. T., 1988, Projecting the risk Algerminen, S. T., 1990, Regional and na­ tional seismic hazard and risk aneu­ 1965, Puget Sound area, Washington, from a tsunami generated in the Juan de earthquakes. Fuca region. ment. • Chleborad, A. F.; Schuster, R. L., 1990, Hebenstreit, G. T.; Murty, T. S., 1989, Tsu­ Algerminen, S. T.; Leyendecker, E. V., 1988, Estimation of earthquake losses in Ground failure auociated with the nami amplitudes from local earthquakes Puget Sound region earthquakes of April the Puget Sound area. in the Pacific Northwest region of North 13, 1949, and April 29, 1965. America; Pan I-The outer coast. Anton, W. F., 1990, Overview of lifeline Cohee, B. P.; Somerville, P. G.; Sen, M. K., Hemphill-Haley, Eileen, 1989, Investiga­ earthquake engineering-Panel discus­ sion responses to four topics.• 1989, Strong ground motions in the Se­ tion into the use of estuarine microfossil attle-Portland region from hypothesized Wiles for determining amounts of co­ Atkinson, G. M.; Charlwood, R. G., 1983, Mw=S subduction earthquake (abstract). Uncertainties in probabilistic seismic seismic subsidence in southwestern Converse Ward Davis Dixon, Inc., 1980, hazard assessment as a function of prob­ Washington (abstract). Report on earthquake motions for reser­ ability level-A case history for Van­ Keames, J. K., 1976, An evaluation of a voir seismic stability analyses, Seaule, couver, British Columbia. method of microWllation by microseis­ Washington. Baier, T. L., 1990, Spatial analysis of the mic amplification spectra. Cornforth, D. H., 1990, Earthquake-in­ public's attitudes and behaviors toward Manfrida, J. L., 1977, Soil amplification duced landslides. studies using explosion impulse. the earthquake hazard in Tacoma and Puyallup, Washington. Cox, G. W., 1990, Comment and reply on McCrory,P. A., 1991,Activemargin tecton­ ·Formation of Mima mounds-A seis­ Baker, G. E., 1986, Source parameters of ics, Pacific Northwest region.• mic hypothesis"; Comment. the magnitude 7.1, 1949, south Puget McCrumb, D. R.; West, D. O.; Kiel, W. A., Crosson, R. S., 1988, Seismic hazard from 1989, Geology and seismic considera­ Sound, Washington earthquake deter­ mined from long-period body waves. intraplate earthquakes in the Puget tions of the Satsop nuclear power plant Sound region. site. Ballantyne, D. B., 1989, Earthquake loss estimation modeling of the Seattle water Cronon, R. S., 1989, Seismicity of Puget Minor,Rick, 1989, The late Holocene earth­ Sound and southern British Columbia. quake hypothesis-Implications for system.• Ballantyne, D. B., 1990, Earthquake loss Cronon, R. S.; Owens, T. J., 1989, Testing southern northwest coast prehistory [ab­ the arch model for slab geometry of the stract). estimation of the City of Evereu life­ lines.• Cascadia Subduction Wile in the vicin­ Preuss, Jane, 1988, Coastal effects of a ity of Puget Sound, Washington (ab- Barksdale, J. D.; Coombs, H. A.; Bradford, great subduction earthquake-Regional stract). . land use implications. D. C., 1940, Puget Sound earthquake of November 12, 1939 [abstract]. Crouse, C. B.; Huang, M.-J.; Shakal, A. F.; Preuss, Jane; Hebenstreit. G. T., 1989, The 1989, Additional proce11ed accelero­ Berg, A. W., 1989, Formation of Mima tsunami threat in the Pacific Northwest gram data recorded during the l 965 mounds-A seismic hypothesis.• under today's land use conditions. Puget Sound, Washington earthquake Sherif, M. A.; Ishibashi, Isao; Keames, J. Bodle, T. R., 1990, The relation of earth­ (abstract). K., 1976, Micro7.0llation by amplifica­ quake intensity to surface geology and tion ratio technique. elevation in western Washington State. INDEX EARTHQUAKES AND SEISMOLOGY - WASHINGTON 131

Du11eau, R. A., 1991, Frequency and sur­ Seismic ground-response studies in Palmer, S. P.; Shulene, J. A., 1990, Lique­ vivability profiles of highway bridges Olympia, Washington, and vicinity. faction in Puyallup during the 1949 and along the 1-5 corridor between Everett, Laane, J. L.; Chen, W.-P.; Grimson, N. L; 1965 Puget Sound eanhquakes [ab­ Washington and Salem, Oregon.• Yu, Nan, 1986, The Makran earthquake stract]. Fajfar, Peter; Vidic, Tomaz; Fischinger, of April, 1983-A possible analogue to Perbix, T. W., 1988, Evaluation of earth­ Matej, 1990, A measure of earthquake the Puget Sound event of 1965 [ab­ quake hazard and risk in the Puget motion capacity to damage medium-­ stract]. Sound and Ponland areas. period structures. Langston, C. A., 1986, Effect of lateral het­ Perbix, T. W., 1990, Introduction to a seis­ Finn, W. D. L.; Woeller, D. J.; Davies, M. erogeneities on strong ground motion. mic retrofit of older buildings [ab­ P.; Luternauer, J. L.; Hunter, J. A.; Pul­ Langston, C. A.; Baker, G. E., 1986, Source stract]. lan, S. E., 1989, New approaches for parameter constraints from strong Perbix, T. W., 1990, Seismic retrofit of a11e11ing liquefaction potential of the ground motions of the April 13, 1949, Union Station. Fraser River delta, British Columbia. Puget Sound earthquake. Perbix, T. W.; Burke, P., 1989, Toward a Galster, R. W.; Laprade, W. T., 1991, Geol­ Lees, J. M., 1990, Comparison of local philosophy for seismic retrofit-The Se­ ogy of Seattle, Washington, United tomographic P-wave velocity variations attle experience. States of America. in California and Washington-Can we Perkins, W. J.; Grant, W. P.; Youd, T. L, Grant, W. P., 1988, Evaluation of liquefac­ image fault asperities? [abstract]. 1990, Liquefaction susceptibility maps tion potential, Seattle, WA. Liu, T.-K.., 1980, A spectral density and re­ for the Seattle North and South, Wash­ Grant, W. P., 1989, Liquefaction hazards in sponse spectra analysis of some eanh­ ington quadrangles [abstract]. the Pacific Northwest. quake records. Person, W. J., 1981, Earthquakes, May-June Hays, W. W., editor, 1988, Workshop on Lokey, William, 1988, Earthquake safety 1981. "Evaluation of earthquake hazards and programs in the schools-One juris­ Pringle, P. T.; Palmer, S. P.; Logan, R. L, risk in the Puget Sound and Ponland diction's experience. 1990, Highlights of the fourth annual areas"; Proceedings of conference XLII. Luternauer, J. L., 1990, 1989 field activities NEHRP workshop for Puget Sound and Hays, W.W., 1989, Preface. and accomplishments of geophysical Ponland areas. Hays, W.W., editor; Huey, Linda, compiler, and geotechnical land-based operations Puget Sound Power and Light Company, 1989, Proceedings of Conference and marine/fluvial surveys, Fraser River 1977, Preliminary safety analysis re­ XLVIII. 3rd annual workshop on "Earth­ delta, British Columbia. port, Skagit Nuclear Power Project, quake hazards in the Puget Sound, Pon­ Malone, S. D.; Qamar, A. I.; Jonientz­ Amendment no. 19. land area". Trisler, Chris, 1991, Recent seismicity Qamar, A. I., 1988, The effect of local ge­ Hecht, Jeff, 1990, Earthquakes leave loose studies at Mount Rainier, Washington ology on earthquake intensity in the Se­ material all shook up. [abstract].• attle to Ponland region of Washington Ho, C. L.; Kornher, Karen; Tsiatas, G. E., Marks, Clifford, 1991, Seismic hazard re­ and nonhem Oregon. 1991, Ground motion model for Puget duction planning process to develop pol­ Qamar, A. I.; Bodle, T. R., 1989, Using Sound cohesionless soil sites. icies and programs for the City of Seat­ earthquake intensities to determine Hopper, M. G., 1988, Effects of past earth­ tle. ground response in the Puget Sound re­ quakes in the Puget Sound area. May, P. J., 1989, Earthquake risk reduction gion. Jacoby, G. C.; Williams, P. L., 1990, Use of policies and practices within the Puget Qamar, A. I.; 7.ollweg,J. E., 1990, The 1990 temporal correlation to test a proposed Sound/Ponland areas. Deming, Washington earthquakes-A seismic origin for giant landslides in May, P. J., 1990, Earthquake risk reduction sequence of shallow thrust earthquakes Seattle, Washington.• prospects-Puget Sound-Ponland as­ in the Pacific Northwest [abstract]. Jacoby, G. C.; Williams, P. L.; Buckley, 8. sessment.• Rice, Norm, 1990, City of Seattle's earth­ ~.. 1990, Timing and distribution of May, P. J.; Fox, Edward; Hasan, N. S., 1989, quake preparedness plan. landslides in Lake Washington, Seat­ Anticipating earthquakes-Risk reduc­ Roeder, C. W., 1988, Overview of earth­ tle-Geohazards of possible seismic or­ tion policies and practices in the Puget quake hazards reduction in Puget Sound igin [abstract). Sound and Ponland areas.• and Ponland areas through improved Karlin, Rohen, 1990, Paleoseismicity in the May, P. J.; Fox, Edward; Hasan, N. S., 1989, building practices. Puget Sound area recorded in Holocene Eanhquake risk reduction profiles­ Rogers, G. C., 1983, Seismotectonics of sediments from Lake Washington, Local policies and practices in the Puget British Columbia [abstract]. U.S.A. [abstract). Sound and Ponland areas. Saucier, R. T., 1991, Commentand reply on Kennedy/Jenks/Chilton, 1990, Earthquake McLerran, Dennis, 1990, City of Seattle's "Formation of Mima mounds-A seis­ loss estimation modeling of the Seattle earthquake preparedness plan. mic hypothesis"; Comment. water system.• Medak, Alan, 1990, Lifeline panel #3. Savage, J.C.; Lisowski, Michael; Prescott, King, K. W., 1990, Urban hazards seismic Noson, L L., 1988, Objectives of the work­ W. H., 1991, Strain accumulation in field investigations.• shop. western Washington. King, K. W., 1991, Investigation of seismic Olsen, 8. C., 1988, Inventory technique de­ Scawthorn, Charles, 1990, Inventory and wave propagation for determination of velopment-Puget Sound/Oregon.• post-earthquake functionality of emer­ crustal structure. Olsen, 8. C.; Grant, W. P.; Celebi, Mehmet, gency 1Csponse resources-Fire service King, K. W.; Tarr, A. C., 1989, Urban haz­ compilers, 1989, Repon on list of struc­ operations in the Puget Sound area. ards seismic field investigations and the tures 1Ccommended for seismic instru­ Scawthorn, Charles; Preuss, Jane, 1989, In­ study of the effects of site geology on mentation in the Puget Sound area, ventory and post-earthquake functional­ ground shaking.• Washington, by the U.S. Geological Sur­ ity of emergency 1Csponse resources­ King, K. W.; Tarr, A. C.; Carver, D. L; vey Puget Sound Region Instrumenta­ FilC service operations in the Puget Williams, R. A.; Worley, D. M., 1988, tion Advisory Committee. Sound area. Geophysical studies in suppon of seis­ Palmer, S. P., 1989, Liquefaction of soils. Schuster, R. L.; Chleborad, A. F., 1988, mic hazards assessment of Seattle and Palmer, S. P., 1990, Geotechnical analysis Earthquake-induced ground failure in Olympia, Washington. of liquefaction in Puyallup during the western Washington. King, K. W.; Tarr, A. C.; Carver, D. L; 1949 and 1965 Puget Sound eanh­ Williams, R. A.; Worley, D. M., 1990, quakes. 132 EARTHQUAKES AND SEISMOLOGY - WASIIlNGTON OPEN FILE REPORT 92-2

Schuster,R. L.; Chleborad, A. F., 1989, His­ Washington--Geotechnical repon, with attle-Ponland region from hypothesized toric earthquake-induced landslides in supplement added. Mw=S subduction earthquake [abstract]. western Washington [abstract]. URS/John A. Blume and Associates, 1985, Coppersmith, K. J.; Youngs, R. R., 1990, Schuster, R. L.; Chleborad, A. F., 1990, Metro effluent transfer system, seismic Probabilistic seismic-hazard analysis Ground failure caused by the 1949 and evaluation amendment 4, task xvm.5. using expen opinion-An example from 1965 Puget Sound earthquakes, western Wallace, T. C.; Lay, Thome, 1986, Multiple the Pacific Northwest. Washington [abstract). ScS travel times and attenuation beneath Cornfonh, D. H., 1990, Eanhquake-in­ Science News, 1990, Mysterious Mirna the western United States [abstract]. duced landslides. mounds--Seismic source? Washington Surveying and Rating Bureau, Day, S. M.; Stevens, J. L.; Barker, T. G., Shannon and Wilson, Inc., 1981, Seven geo­ compiler, 1966, Bellingham and vicinity 1988, Ground motion simulations for technical repons, South Fork Tolt River earthquake map, showing general areas thrust earthquakes beneath western dam-Repon 2, Seismicity study, South of unstable ground. Washington; Final repon. Fork Tolt River dam. Washington Surveying and Rating Bureau, Madin, I. P., 1989, Distribution of poten­ Shulene, J. A., 1990, Evidence of liquefac­ 1966, Everett and vicinity, Wn. earth­ tially responsive Quaternary deposits in tion in the Puyallup valley.• quake map showing general areas of Ponland. Simmons, J. D., 1973, Supplement to, Pre­ filled or unstable ground. Madin, I. P., 1990, Earthquake-hazard geol­ liminary repon on the geology of south­ Washington Surveying and Rating Bureau, ogy maps of the Ponland metropolitan ern Snohomish County. 1966, Seattle and vicinity, Washington area, Oregon-Text and map explana­ Somerville, P. G., 1988, Simulation and em­ earthquake map, showing general areas tion. pirical studies of ground motion attenu­ of filled or unstable ground. McCrumb, D. R.; West, D. O.; Kiel, W. A., ation in the Seattle-Ponland region.• Washington Surveying and Rating Bureau, 1989, Geology and seismic considera­ Somerville, P. G., 1989, Strong ground mo­ 1966, Tacoma, Washington earthquake tions of the Satsop nuclear power plant tion attenuation in the Puget Sound­ map, showing general areas of filled or site. Ponland region. unstable ground. Manfrida, J. L., 1977, Soil amplification Somerville, P. G.; Cohee, B. P., 1990, Sim­ Wen, Y.-K., 1983, Seismic risk and cost studies using explosion impulse. ulation and empirical studies of ground benefit analysis of the spillway tower, Oregon Geology, 1991, Significant Oregon motion attenuation in the Seattle-Pon­ Tolt River dam safety improvement earthquakes in 1991. land region.• projecL Person, W.J., 1981, Earthquakes, May-June Somerville, P. G.; Cohee, B. P.; Sen, M. K., Whitman, R. V., 1975, Seismic risk for Tri­ 1981. 1989, Estimates of strong ground mo­ dent suppon site drydock, NTS Keypon, Qamar, A. I., 1988, The effect of local ge­ tions in the Seattle-Ponland region Bangor Annex, Washington. ology on earthquake intensity in the Se­ from hypothesized magnitude 8 Casca­ Williams, P. L.; Jacoby, G. C., 1989, Eval­ attle to Ponland region of Washington dia subduction earthquakes. uation of possible seismic triggering of and northern Oregon. Somerville, P. G.; Sen, M. K.; Wald, D. J., giant landslides in Seattle, Washington Savage, J.C.; Lisowski, Michael; Prescott, 1989, Strong ground motions of hypo­ [abstract]. W. H., 1991, Strain accumulation in thetical eanhquakes on the Caacadia Wong, I. G.; Silva, W. J.; Madin, I. P., 1990, western Washington. plate interface [abstract].• Site-specific earthquake strong ground Sherif, M. A.; Ishibashi, lsao; Kearnes, J. Steele, Chuck, 1988, Overview of emer­ motion studies in the Puget Sound and K., 1976, Microzonation by amplifica­ gency management planning and re­ Ponland, Oregon metropolitan areas. tion ratio technique. sponse planning. Youd, T. L., 1989, Liquefaction hazard U.S. Nuclear Regulatory Commission, Tarr, A. C.; King, K. W., 1988, U.S. Geolo­ mapping for the Seattle urban region uti­ 1991, Draft safety evaluation by the Of. gical Survey begins seismic ground re­ lizing LSL• fice of Nuclear Reactor Regulation re­ sponse experiments in Washington Youngs, R. R.; Coppersmith, K. J., 1989, lating to geology and seismology, Wash­ State. Attenuation relationships for evaluation ington Public Power Supply System Thompson, K. I.; Qamar, A. L, 1989, The of seismic hazards from large subduc­ Washington nuclear project no. 3 (WNP- seismicity of Mount Rainier, Washing­ tion zone eanhquakes. 3), docket no. 50-508. ton [abstract]. Yount, J. C.; Vick, G. S.; McCoy, Gail, Washington Public Power Supply System, Tinsley, J. C., 1988, Geologic factors and 1990, The standard penetration venus 1988, Cascadia subduction zone-An the regional evaluation of site response depth relations of Quaternary glacial evaluation of the earthquake potential for urban seismic hazards studies. and nonglacial deposits in the southern and implications to WNP-3; Washington Tinsley, J.C., 1989, Considerations for de­ Seattle area, Washington-Implications Public Power Supply System response terministic ground motion mapping in for studies of liquefaction susceptibil­ to NRC questions 230.1 and 230.2. the Ponland-Puget Sound region. ity.• Wong, I. G.; Silva, W. J.; Madin, I. P., 1990, Tinsley, J.C., 1989, Quaternary framework Zarker, Gary, 1990, City of Seattle's earth- Preliminary a11eument of potential for earthquake studies, Los Angeles, quake preparedness plan. strong earthquake ground shaking in the California.• EARTHQUAKES AND Ponland, Oregon, metropolitan area. Toliver, Paul, 1990, Lifeline panel #1. SEISMOLOGY - WASHINGTON - Wong, I. G.; Silva, W. J.; Madin, I. P., 1990, Site-specific earthquake strong ground Twelker, N. H., and Associates, 1966, Dam­ SOUTHWESTERN ages caused by earthquake of April 29, motion studies in the Puget Sound and 1965-Letter repon, Pon of Seattle Note: Materials on the earthquakes Ponland, Oregon metropolitan areas. Commission, Pier 5 Terminal. and seismology of the Mount Yelin, T. S.; Patton, H.J., 1991, Seismo­ St. Helens area are not listed U.S. Army Corps of Engineers, 1949, Re­ tectonics of the Ponland, Oregon, re­ here but are given under pon of damage resulting from earth­ gion.• MOUNT ST. HELENS - quake of 13 April 1949. EARTHQUAKES AND Elckelberg Seamount, •ee JUAN DE U.S. Army Corps of Engineers, 1983, Mad­ SEISMOLOGY FUCA RIDGE - EICKELBERG igan Army Medical Center, FL Lewis, Cohee, B. P.; Somerville, P. G.; Sen, M. K., SEAMOUNT 1989, Strong ground motions in the Se- INDEX ENGINEERING GEOLOGY - DAMS AND RESERVOIRS 133

Electrical surveys, couver-Squamish highway in south­ Fugro Nonhwest, Inc., 1980, Repon on ad­ see western British Columbia. ditional geologic studies for proposed GEOPHYSICS - ELECTRICAL Lister, D. R., 1989, Landslides, highways Copper Creek dam. SURVEYS and mountains-Stability problems as­ Galster, R. W., 1989, Dams of western MARINE GEOLOGY - GEOPHYSICS - sociated with highway development in Washington-Introduction-Early pro­ ELECTRICAL SURVEYS British Columbia [abstract]. jects. and also see subdivision Moore, D. P.; Enegren, E. G., 1990, Rock­ Galster, R. W., 1989, Howard A. Hanson GEOPHYSICS - ELECTRICAL slide hazard evaluation along B.C. Dam. SURVEYS under specific regions, Hydro's reservoirs [abstract]. Galster, R. W., 1989, Mud Mountain Dam. e.g., BRITISH COLUMBIA - Nicol, Doug, 1987, The feasibility and tech­ Galster, R. W., 1989, Rock Island Dam. GEOPHYSICS- ELECTRICAL nical design of a proposed Squamish Galster, R. W.; Coombs, H. A., 1989, Cas- SURVEYS highway tunnel. cade ice border dams-Geologic set­ Endeavour Segment, see JUAN DE Engineering geology - Buildings and ting. FUCA RIDGE - ENDEAVOUR building standards, see Galster, R. W.; Imrie, A. S.; and others, SEGMENT EARTHQUAKES AND SEISMOLOGY - 1989, Engineering geology of major dams on the Columbia River-Puget ENGINEERING GEOLOGY BUILDINGS, BUILDING STANDARDS, AND ENGINEERING Sound basin to nonhern Rocky Moun­ [GENERAL OR REGIONAL tains, July 21-30, 1989. WORKS] ENGINEERING GEOLOGY - Galster, R. W.; Sager, J. W., 1989, Dams of Fritts, S. G.; Merifield, P. M.; Lamar, D. L; CALIFORNIA the lower Columbia River-Geologic Smith, J. L., 1982, Reconnaissance en­ Valera, J. E.; Seed, H. B.; Tsai, C. F.; Lys­ setting. gineering geologic mapping from mer, J., 1977, Soil-structure interaction Galster, R. W.; Trantham, C. I., 1989, Skoo­ Landsat imagery along the Nonhern effects at the Humboldt Bay power plant kumchuck Dam. Tier Pipeline route. in the Ferndale eanhquake of June 7, Geo-Recon, Inc., 1963, Phase I, Geophysi­ Galster, R. W., chairman, 1989, Engineer­ 1975. cal investigation, proposed Morse Lake ing geology in Washington. ENGINEERING GEOLOGY - dam. Galster, R. W., 1989, Geologic factors af­ DAMS AND RESERVOIRS Geomatrix Consultants, Inc., 1988, Seismo­ fecting engineering facilities-Intro­ tectonic evaluation of the nonhern Cas­ see also EARTHQUAKES AND DAMS duction. cade mountains geomorphic province AND RESERVOIRS Galster, R. W., 1989, The influence of for Bumping Lake, Tieton, Keechelus, Ake, Jon; Markiewicz, R. D.; Butler, David; man's development on geologic pro­ Kachess, Cle Elum, and Clear Lake cesses. Harrell, H. C., 1988, Impact of shallow dams. seismic exploration on engineering de­ Galster, R. W.; Coombs, H. A.; Waldron, H. Geomatrix Consultants, Inc., 1989, Seismo­ cisions at Cold Springs Dam, Oregon tectonic evaluation-Nonhwest Rocky H., 1989, Engineering geology in Wash­ [abstract]. ington-Introduction. Mountains-Okanogan Uplands geomor­ Anton, W. F., 1990, Overview of lifeline Koler, T. E., 1989, Rural development and phic province; Final reporL eanhquake engineering-Panel discus­ land-use planning-Introduction. Graham, J. G., 1990, Investigation ofa con­ sion responses to four topics. Laprade, W. T., 1989, Engineering geology struction fill site, Hamilton Island, near Bliton, W. S., 1989, Cedar River projecL in urban areas-Introduction. Bonneville Dam, WA [abstract]. Bliton, W. S., 1989, Elwha River dams. McCrumb, D. R.; Galster, R. W.; Crosson, Hodge, E. T., 1932, Repon of dam sites on R. S.; Ludwin, R. S.; West, D. O.; Han­ Bliton, W. S., 1989, Lewis River projects. lower Columbia River. cock, W. E.; Mann, L. V., 1989, Tecton­ Bliton, W. S., 1989, Sultan River projecL Jurich, David; Harris, Craig; Moody, ics, seismicity, and engineering seismol­ Bliton, W. S., 1989, Tolt River project. Thomas, 1989, Investigation and im­ ogy in Washington. Converse Ward Davis Dixon, Inc., 1980, provement of the Upper Baker Dam Repon on eanhquake motions for reser­ foundation drainage system-A case ENGINEERING GEOLOGY - voir seismic stability analyses, Seattle, history [abstract]. BRITISH COLUMBIA Washington. Laenen, Antonius; Orzol, L. L, 1987, Flood Bazett, D. J.; McCammon, N. R., 1986, Coombs, H. A., 1989, The Baker project. hazards along the Toutle and Cowlitz Foundations of the Annacis cable-stayed Coombs, H. A., 1989, The Cowlitz River Rivers, Washington, from a hypothetical bridge. projects-Mayfield and Mossyrock failure of Castle Lake blockage. Byrne, P. M.; Anderson, D. L; Atukorala, Dams. LaVaaaar, Jerald, 1990, Dam safety consid­ Upul; Joseph, Adrian, 1987, Seismic Coombs, H. A., 1989, The Nisqually pro­ erations. risk at Vancouver International Airpon. jects-La Grande and Alder Dams. Monahan, C. J ., 1969, Reservoirs in volcan­ Byrne, P. M.; Vaziri, Hans; Atukorala, Upal; Coombs, H. A., 1989, Rocky Reach Dam. ic terrain. Fraser, Donald, 1988, Model tests on Coombs, H. A., 1989, The Skagit projects­ Moore, D. P.; Enegren, E.G., 1990, Rock­ seismic stability of an approach fill em­ Ross, Diablo, and Gorge Dams. slide hanrd evaluation along B.C. bankment, Annacis Island Bridge Proj­ Coombs, H. A., 1989, The Skokomish River Hydro's reservoirs (abstract}. ect, Vancouver, Canada. projects-Cushman Dam no. 1 and Peterson, G. L.; Squier, L. R.; Weatherby, Campanella, R. G.; Stewan, W. P., 1990, In Cushman Dam no. 2. D. 0., 1987, Load tests for instrumented situ damping characteristics of soil (ab­ Eckerlin, R. D., 1989, Dams of the Olympic high capacity tiebacks at the Bonneville stract}. Peninsula-Introduction and geologic navigation lock (abstract}. Ellis, R. M.; Dragen, Herb; Ozard, J. M., setting. Sager, J. W., 1989, Bonneville Dam. 1976, Seismic activity in the McNaugh­ Eckerlin, R. D., 1989, Wynoochee Dam. Seattle City Light, 1981, Copper Creek ton Lake area, Canada. Ellis, R. M.; Dragen, Herb; Ozard, J. M., project-Final environmental impact Foster, H. D., 1976, Coastal erosion-A 1976, Seismic activity in the McNaugh­ statemenL natural hazard of the Saanich Peninsula, ton Lake area, Canada. Shannon and Wilson, Inc., 1981, Seven geo­ Vancouver Island. Fugro Nonhwest, Inc., 1980, Executive technical repons, South Fork Tolt River Laesecke, R. F., 1989, Factors causing in­ summary of geologic feasibility studies dam-Repon 2, Seismicity study, South stability of rock slopes along the Van- for proposed Copper Creek dam. Fork Tolt River dam. 134 ENGINEERING GEOLOGY - DREDGING OPEN FILE REPORT 92-2

Sirles, P. C., 1988, Shear wave velocity ENGINEERING GEOLOGY Oregon Department of Geology and Min­ measurements in embankment dams. NUCLEAR POWER PLANT eral Industries, 1978, Geologic hazards Tilford, K. R., 1990, Site geology and con­ SITING review-Trojan nuclear power plant struction dewatering of the Marmot site, Columbia County, Oregon. 11ee alito EARTHQUAKES AND Dam rehabilitation near Sandy, Oregon Sirles, P. C., 1988, Shear wave velocity NUCLEAR POWER-PLANTS [abstract}. measurements in embankment dams. Adair, M. J.; Talmage, R. H.; Crosby, T. W.; Tilford, N. R.; Sullivan, J. G., 1981, Lewis Tilford, K. R., 1990, Site geology and con­ Testa, S. M., 1989, Geology and seis­ River hydroelectric developments. micity of the Skagit Nuclear Power struction dewatering of the Marmot Wen, Y.-K., 1983, Seismic risk and cost Plant site. Dam rehabilitation near Sandy, Oregon benefit analysis of the spillway tower, [abstract]. Dewey, J. W.; Spence, W. J., 1978, Expected Tolt River dam safety improvement L. L; ground motion at proposed nuclear Wang, R. Wang, J.C. C.; Ishibashi, projecL power plant sites [abstract}. Isao, 1989, Development of inventory ENGINEERING GEOLOGY - and seismic 1011 estimation model for McCrumb, D. R.; West, D. O.; Kiel, W. A., Portland, Oregon water and sewer sys­ DREDGING AND DREDGED 1989, Geology and seismic considera­ tems. MATERIALS tions of the Satsop nuclear power plant site. Wang, L. R. L; Wang, J. C. C.; Ishibashi, Malek, J. F.; Palermo, M. R., 1987, Appli­ lsao; Ballantyne, D. B.; Elliott, W. M., Newton, V. C., Jr.; Peterson, N. V., 1973, cation of a management strategy for 1989, Development of inventory and Geologic criteria for siting nuclear dredging and disposal of contaminated seismic 1011 estimation model for Port­ sediments to proposed U.S. Navy Home­ power plants in Oregon. land, Oregon water and sewer systems. port Project at East Waterway, Everett Oregon Department of Geology and Min­ Harbor, Washington. eral Industries, 1978, Geologic hazards ENGINEERING GEOLOGY - review-Trojan nuclear power plant PORT FACILITIES Engineering geology - Liquefaction, site, Columbia County, Oregon. He EARTHQUAKE-INDUCED Byrne, P. M.; Anderson, D. L; Atukorala, Puget Sound Power and Light Company, LIQUEFACTION Upul; Joseph, Adrian, 1987, Seismic 1977, Preliminary safety analysis re­ risk at Vancouver International Airport. ENGINEERING GEOLOGY - port, Skagit Nuclear Power Project, Fuller, S. R.; Sondergaard, J. N.; Fugle­ MUNICIPAL WATER SYSTEMS Amendment no. 19. vand, P. F., 1989, Stratigraphy and Holo­ and LIFELINES Tabor, R. W., 1986, Changing concepts of cene stability of the Snohomish River­ Anton, W. F., 1990, Overview of lifeline geologic structure and the problem of mouth delta near Port Gardner Everett earthquake engineering-Panel discus­ siting nuclear reactors-Examples from Washington. ' ' sion responses to four topics. Washington State. Galster, R. W., 1989, Geologic aspects of Anton, W. F., 1990, Overview of lifeline U.S. Nuclear Regulatory Commission, jetties, breakwaters, and boat basins in earthquake engineering panel discus­ 1991, Draft safety evaluation by the Of­ western Washington. sion-Abstract of responses. fice of Nuclear Reactor Regulation re­ Galster, R. W., 1989, Geologic aspects of lating to geology and 1ei1mology, Wash­ Ballantyne, D. B., 1989, Earthquake loss navigation canals of western Washing­ ington Public Power Supply System estimation modeling of the Seattle water ton. Washington nuclear project no. 3 (WNP- system.• MacLcod, Bob, 1990, Lifeline panel #1. 3), docket no. SO-S08. Ballantyne, D. B., 1990, Earthquake loss Riniker, A. B., 1990, Lifeline panel #1. Valera, J. E.; Seed, H. B.; Tsai, C. F.; Lya­ estimation of the City of Everett life­ mer, J., 1977, Soil-structure interaction ENGINEERING GEOLOGY - lines. effects at the Humboldt Bay power plant ROADS AND BRIDGES Ballantyne, D. B., 1990, Lifelines sesaion. in the Ferndale earthquake of June 7 Andrew,, G. H.; Klasell, J. A., 1964, Cylin­ Elliott, W. M., 1990, Development of inven­ 197S. ' der pile retaining wall. tory and seismic loss estimation model Washington Public Power Supply System, Bazett, D. J.; McCammon, N. R., 1986, for Portland, Oregon water and sewer 1988, Caacadia subduction zone-An systems. Foundations of the Annacis cable-stayed evaluation of the earthquake potential bridge. Kennedy/Jenks/Chilton, 1990, Earthquake and implications to WNP-3; Washington loss estimation modeling of the Seattle Bronson, K. E., 1989, Geotechnical impacts Public Power Supply System response on construction of State Route 167, the water system.• to NRC questions 230.1 and 230.2. Valley Freeway. Medak, Alan, 1990, Ufeline panel #3. Buechel, G. J.; Yamane, George, 1989, Sta­ Scawthorn, Charles, 1990, Inventory and ENGINEERING GEOLOGY - OREGON bilization of a roadway slide by drainage post-earthquake functionality of emer­ installation and light-weight fill. gency response resources-Fire service Ake, Jon; Markiewicz, R. D.; Butler, David; Burk, R. L.; Moser, K. R.; McCreath, operations in the Puget Sound area. Harrell, H. C., 1988, Impact of shallow Dougal; Norriah, N. I.; Plum, R.. L., Sullivan, Ken, 1990, [Ufeline1J. seismic exploration on engineering de­ 1989, Engineering geology of a portion Wang, L. R. L; Wang, J. C. C.; Ishibashi, cisions at Cold Springs Dam, Oregon [abstract}. of the Spirit Lake Memorial Highway. Isao, 1989, Development of inventory Byrne, P. M.; Vaziri, Hans; Atukorala, Upal; and seismic loss estimation model for Duueau, R. A., 1991, Frequency and sur­ vivability proftles of highway bridges Fraser, Donald, 1988, Model tests on Portland, Oregon water and sewer 1y1- seismic stability of an approach fill em­ tem1. along the 1-S corridor between Everett, Washington and Salem, Oregon.• bankment, Annaci, Island Bridge Proj­ Wang, L. R. L; Wang, J. C. C.; Ishibashi, ect, Vancouver, Canada. Elliott, W. M., 1990, Development of inven­ lsao; Ballantyne, D. B.; Elliott, W. M., Denby, G. M.; Bangash, A. A.; Brigham, J. 1989, Development of inventory and tory and seismic 1011 estimation model for Portland, Oregon water and sewer E.; Fragazsy, R. J., 1989, Field test to seismic loss estimation model for Port­ evaluate load transfer for soil anchors. land, Oregon water and sewer 1y1tem1. 1y1tem1. Newton, V. C., Jr.; Peterson, N. V., 1973, Duueau, R. A., 1991, Frequency and sur­ Geologic criteria for siting nuclear vivability profiles of highway bridges power plants in Oregon. along the 1-S corridor between Everett Washington and Salem, Oregon.• ' INDEX ENGINEERING GEOLOGY - SOIL MECHANICS 135

Golder Associates, 1987, Cow Creek bridge Memorial Highway, State Route 504, Squier, LR.; Klasell, J. A., 1989, Cylinder geotechnical report, Spirit Lake Memo­ Cowlitz County, Washington. pile walls along Interstate Highway 5, rial Highway, State Route 504, Cowlitz Golder Associates, Inc., 1989, Design mem­ Seattle. County, Washington. orandum, Hoffstadt Bluffs to Hoffstadt Vandehey, Del, 1990, Lifeline panel #1. Golder Associates, 1987, Materials source Creek, nailed retaining wall, station Wiatrak, P.A., 1966, Seattle's leaning wall. investigation, Elk North site, Spirit 1438+47 to station 1442+64, SR-504, Witek, B. M., 1989, Design and construc- Lake Memorial Highway, State Route Washington. tion of a highway interchange on soft SR-504, Cowlitz County, Washington. Higgins, J. D.; Fragaszy, R. J.; Beard, L. D., organic soils, State Route 16, Kitsap Golder Associates, Inc., 1987, Bear Creek 1988, Seismic zonation for highway Peninsula, Washington. Bridge report, Spirit Lake Memorial bridge design. Yamane, George; Wu, M.-J., 1989, Pile Highway, State Route 504, Cowlitz Jacksha, Jerry; Roth, L. H.; Harwood, foundation for the West Seattle Freeway County, Washington. Allen, 1989, Subsurface conditions and bridge replacement, Seattle, Washing­ Golder Associates, Inc., 1987, Elk Creek load testing for the Glenn Jackson ton. Bridge report, Spirit Lake Memorial Bridge (Interstate Highway 205) across Zarker, Gary, 1990, City of Seattle's earth- Highway, State Route 504, Cowlitz the Columbia River. quake preparedness plan. County, Washington. Johnson, K; A., 1989, Seattle freeway con­ Golder Associates, Inc., 1987, Geotechnical struction, Interstate Highway 5, 1960- ENGINEERING GEOLOGY - report, segment I, station 1439+00 to 1966. SHORELINE EROSION station 1576+35, Spirit Lake Memorial Komher, Karen, 1989, Design response Foster, H. D., 1976, Coastal erosion-A Highway, State Route 504, Cowlitz spectra for Washington State bridges. natural hazard of the Saanich Peninsula, County, Washington. Laesecke, R. F., 1989, Factors causing in­ Vancouver Island. Golder Associates, Inc., 1987, Geotechnical stability of rock slopes along the Van­ Galster, R. W., 1987, A survey of coastal report, segment 2, station 1602+00 to couver-Squamish highway in south­ engineering geology in the Pacific station 1770+00, Spirit Lake Memorial western British Columbia. NorthwesL Highway, State Route 504, Cowlitz Lister, D. R., 1989, Landslides, highways Galster, R. W., 1989, Ediz Hook-A case County, Washington. and mountains-Stability problems as­ history of coastal erosion and mitiga­ Golder Associates, Inc., 1987, Geotechnical sociated with highway development in tion. report, segment 3, station 1770+00 to British Columbia (abstract]. Johnson, Lee; Bauer, Wolf, 1987, Beach sta­ station 1900+00, Spirit Lake Memorial Lowell, S. M., 1990, The K M Mountain bilization design. Highway, State Route 504, Cowlitz landslide near Skamokawa. Marcus, K. L, 1989, Coastal and marine County, Washington. Mikkelsen, P. E., 1989, Geotechnical mon­ engineering geology-Introduction. Golder Associates, Inc., 1987, Geotechnical itoring during construction of two high­ Schwanz, M. L.; Wallace, R. S.; Jacobsen, report, segment 6, station 2209+50 to way embankments on soft ground in Ta­ E. E., 1989, Net shore-drift in Puget station 2317+95, Spirit Lake Memorial coma. Sound. Highway, State Route 504, Cowlitz Nicol, Doug, 1987, The feasibility and tech­ Terich, T. A., 1989, Structural erosion pro­ County, Washington. nical design of a proposed Squamish tection of beaches along Puget Sound­ Golder Auociates, Inc., 1987, Materials highway tunnel. An assessment of alternatives and re­ source investigations site #30, Spirit Ramage, John; Roth, L. H., 1975,1-205 Co­ search needs. Lake Memorial Highway, State Route lumbia River bridge foundation load test ENGINEERING GEOLOGY - SR-504, Cowlitz County, Washington. program. SOIL MECHANICS and ROCK Golder Associates, Inc., 1987, Preliminary Reilly, T. K., 1985, Enclosure 2-Gifford assessment of geological conditions, Pinchot National Forest geotechnical MECHANICS segment l, station 1439+00 to station road location investigation guidelines. 11!11 al.ro 1581+00, Spirit Lake Memorial High­ Rieke, R. D.; Crowser, J.C., 1987, Interpre­ EARTHQUAKE-INDUCED way, SR-504, Cowlitz County, WA. tation of pile load test considering resid­ LANDSUDES Golder Associates, Inc., 1988, Geotechnical ual stresses. EARTHQUAKE-INDUCED report, segment 4--Station 1900+00 to Robinson, R. A., 1989, Engineering geol­ UQUEFACTION station 2050+00, Spirit Lake Memorial ogy on transportation routes-Introduc­ LANDSUDES AND SLOPE Highway, State Route 504, Cowlitz tion. STABILITY County, Washington. Robinson, R. A., 1989, Geotechnical im­ Bauhof, F. C., 1989, Construction history of Golder Associates, Inc., 1988, Geotechnical pacts on design and construction of the the Cascade Railroad Tunnel. report, segment station 2050+00 to 5, Mt. Baker Ridge Tunnel, interstate Bekey, T. J., 1989, Collapsing and expan­ station 2210+00, Spirit Lake Memorial Highway 90, Seattle. sive soils. Highway, State Route 504, Cowlitz Shannon and Wilson, Inc., 1980, Geotechni­ Bronson, K. E., 1989, Geotechnical impacts County, Washington. cal engineering studies-West Seattle on construction of State Route 167, the Golder Associates, Inc., 1988, Hoffstadt freeway bridge replacement, City of Se­ Valley Freeway. Bluffs Bridge report, station 1467+62 to attle.• Byrne, P. M.; Vaziri, Hans; Atukorala, Upal; station 1472+06, Spirit Lake Memorial Sherif, M. A., 1966, Physical properties of Fraser, Donald, 1988, Model tests on Highway, State Route 504, Cowlitz Seattle freeway soils. seismic stability of an approach fill em­ County, Washington. Sondergaard, J. N.; Fuller, S. R.; Otten, M. bankment, Annacis Island Bridge Proj­ Golder Anociates, Inc., 1988, Maratta T., 1989, Geology and design of the Se­ ect, Vancouver, Canada. Creek bridge geotechnical report, Spirit attle access portion of lntentate High­ Campanella, R. G.; Stewart, W. P., 1990, In Lake Memorial Highway, State Route way 90. situ damping characteristics of soil (ab­ 504, Cowlitz County, Washington. Sondergaard, J. N.; Otten, M. T.; Fuller, S. stract]. Golder Anociates, Inc., 1988, Unnamed R., 1989, Geology and design of the Se­ Cheng, W.-L, 1980, Effects of soil proper· creek bridge no. 8 report, Spirit Lake attle access portion of lntentate High­ ties on liquefaction potential during Memorial Highway, State Route 504, way 90. earthquakes. Cowlitz County, Washington. Golder Auociates, Inc., 1988, Unnamed creek bridge no. 10 report, Spirit Lake 136 ENGINEERING GEOLOGY - TUNNELS AND PIPELINES OPEN FILE REPORT 92-2

Denby, G. M.; Bangash, A. A.; Brigham, J. quake map showing general areas of Sherif, M. A.; Tien, Y. B.; Lawrence, C. B., E.; Fragazsy, R. J., 1989, Field test to filled or unstable ground. 1983, Experimental versus field values evaluate load transfer for soil anchors. Washington Surveying and Rating Bureau, for Ko. Gaddah, A. H., 1976, Damping ratio for dry 1966, Seattle and vicinity, Washington Tunnels and Tunneling, 1982, Seattle to get · sands. earthquake map, showing general areas largest diameter soft-ground bored tun­ Grant, W. P., 1989, Evaluation of liquefac­ of filled or unstable ground. nel in the USA. tion potential, Seattle, Washington. Washington Surveying and Rating Bureau, ENGINEERING GEOLOGY - Gurtowslti, T. M.; Boirum, R. N., 1989, 1966, Tacoma, Washington earthquake WASHINGTON - CASCADE Foundations and excavations for high­ map, showing general areas of filled or rise structures in downtown Seattle. unstable ground. RANGE and CASCADE Ho, C. L; Komher, Karen; Tsiataa, G. E., Withers, N. J.; Howie, J.; Hughes, J.M. 0.; FOOTHILLS 1991, Ground motion model for Puget Robertson, P. K., 1989, Performance and Arnold, A. B.; Scott, C. T., 1987, Geology Sound coheaionle11 soil sites. analysis of cone pressuremeter tests in and TBM performance in the Blue Koler, T. E.; Neal, K. G., 1989, Chestershire sands. Mountain tunnel, Sultan River hydro­ and Backdrop timber sales-Case histo­ Yount, J. C.; Vick, G. S.; McCoy, Gail, electric project. ries of the practice of engineering geol­ 1989, The standard penetration versus Bauhof, F. C., 1989, Construction history of ogy in the Olympic National Forest. depth relations of Quaternary glacial the Cascade Railroad Tunnel Koloski, J. W.; Schwan, S. D.; Tubbs, D. and nonglacial deposits in the greater Bliton, W. S., 1989, Sultan River projecL W., 1989, Geotechnical properties of Seattle area, Washington-Implications Bliton, W. S., 1989, Toll River project. geologic materials. for liquefaction susceptibility studies. Coombs, H. A., 1989, The Balter project. Laprade, W. T.; Robinson, R. A., 1989, Engineering geology - Subsidence, Coombs, H. A., 1989, Rocky Reach Dam. Foundation and excavation conditions see SUBSIDENCE AND UPLI" Coombs, H. A., 1989, The Skagit projecu- in Washington. Roas, Diablo, and Gorge Dama. Ludwig, H.P.; Weatherby, D. E., 1989, Be­ ENGINEERING GEOLOGY - TUNNELS AND PIPELINES Fugro Northwest, Inc., 1980, Executive havior of a tieback in cohesive soil. summary of geologic feasibility studies Miller, J. A., 1989, Landslide stabilization Arnold, A. B.; Scott, C. T., 1987, Geology for proposed Copper Creek dam. in an urban selling, Fauntleroy District, and TBM performance in the Blue Fugro Northwest, Inc., 1980, Report on ad­ Seattle, Washington. Mountain tunnel, Sultan River hydro­ ditional geologic studies for proposed Morse, R. W., 1989, Regrading years in Se­ electric project. Copper Creek dam. attle. Bauhof, F. C., 1989, Construction history of Galster, R. W., 1989, Rock bland Dam. Peck, C. A., and Associates, 1976, Draft the Cascade Railroad Tunnel. Geomatrix Consultants, Inc., 1988, Seiamo­ environmental impact statement for Critchfield, J. W.; MacDonald, J. F., 1990, tectonic evaluation of the northern Cas­ Seacliff, residential development. Downtown in soft ground. cade mountains geomorphic province Rieke, R. D.; Crowaer, J.C., 1987, Interpre­ Douglass, P. M.; Bailey, M. J.; Wagner, J. for Bumping Laite, Tieton, Keechelus, tation of pile load teat considering resid­ J., 198S, Chambers Creek interceptor Kacheu, Cle Elum, and Clear Laite ual stresses. sewer tunnel. dams. Sherif, M. A., 1964, Flow and fracture prop­ Herman, L. J., 1989, Chambers Creek tun­ Geomatrix Consultants, Inc., 1989, Seismo­ erties of Seattle clays. nel dewatering and impact on ground­ tectonic evaluation-Northwest Rocky Sherif, M.A., 1966, Physical properties of water users near Tacoma. Mountains-Okanogan Uplands geomor­ Seattle freeway soils. Laprade, W. T.; Thompson, S. R., 1989, phic province; Final reporL Sherif, M. A.; Strazer, R. J., 1973, Soil Engineering geology of the Downtown Jurich, David; Harris, Craig; Moody, parameters for design of Mt. Balter Seattle Transit Project. Thomas, 1989, Investigation and im­ Ridge tunnel in Seattle. Lowe, Roger, Associates, Inc., 1980, Report provement of the Upper Balter Dam Sherif, M. A.; Tien, Y. B.; Lawrence, C. B., of geotechnical studies, SR 90 tunnel foundation drainage system-A case 1983, Experimental versus field values project, Mercer Island, Washington. history (abstract]. for Ko. MacDonald, J. F., 198S, Mt. Balter Ridge Seattle City Light, 1981, Copper Creek Sherif, M. A.; Wu, M.-J., 1968, The residual tunnel-Construction of a large diame­ project-Final environmental impact strength of Seattle clays during triaxial ter soft ground tunnel by the stacked statemenL testing. drift method. Shannon and Wilson, Inc., 1981, Seven geo­ Sherif, M. A.; Wu, M.-J., 1968, The short Nicol, Doug, 1987, The feasibility and tech­ technical reports, South Fork Tolt River term failure criterion for Seattle clays. nical design of a proposed Squamish dam-Report 2, Seismicity study, South Sherif, M.A.; Wu, M.-J., 1969, Creep limit highway tunnel. Fork Tolt River dam. and residual strength relationship. Patten, R. H., 1987, Excavation problems of Wen, Y.-K., 1983, Seismic risk and coat Sherif, M. A.; Wu, M.-J., 1971, The dy­ E.T.S.-6 tunnel. benefit analysis of the spillway tower, namic shear behavior of Seattle clays. Robinson, R. A., 1989, Geotechnical im­ Toll River dam safety improvement Sherif, M. A.; Wu, M.-J., 1971, Summary pacts on design and construction of the projecL and practical implications of the Univer­ Mt. Balter Ridge Tunnel, interstate Highway 90, Seaule. ENGINEERING GEOLOGY - sity of Washington soil engineering re­ WASHINGTON - OLYMPIC search. Robinson, R. A.; Kueker, M. S.; Feldman, A. I.; Parker, H. W., 1987, Ground and PENINSULA (Including Squires, G. H., 198S, An experimental in­ linear behavior during construction of shorelines) vestigation of the consolidation and the ML Balter Ridge tunnel Bliton, W. S., 1989, Elwba River dams. , shear strength characteristics of a Seat­ tle clay. Shannon and Wilson, Inc., 198S, Geotechni­ Coombs, H. A., 1989, The Sltoltomisb River cal report-Downtown Seattle transit Washington Surveying and Rating Bureau, projects-Cushman Dam no. 1 and project; Preliminary engineering. Cushman Dam no. 2. compiler, 1966, Bellingham and vicinity earthquake map, showing general areas Sherif, M. A.; Strazer, R. J., 1973, Soil Eclterlin, R. D., 1989, Dams of the Olympic of unstable ground. parameters for design of Mt. Balter Peninsula-Introduction and aeologic Ridge tunnel in Seaule. setting. Washington Surveying and Rating Bureau, 1966, Everett and vicinity, Wn. earth- Eclterlin, R. D., 1989, Wynoocbee Dam. INDEX ENGINEERING GEOLOGY-WASHINGTON 137

Galster, R. W., 1987, A survey of coastal Gaddah, A. H., 1976, Damping ratio for dry Rieke, R. D.; Crowser, J.C., 1987, Interpre­ engineering geology in the Pacific sands. tation of pile load test considering resid­ Northwest. Galster, R. W., 1989, Geologic aspects of ual stresses. Galster, R. W., 1989, Ediz Hook-A case navigation canals of western Washing­ Robinson, R. A., 1989, Geotechnical im­ history of coastal erosion and mitiga­ ton. pacts on design and construction of the tion. Galster, R. W., 1989, Howard A. Hanson Mt. Baker Ridge Tunnel, interstate Koler, T. E.; Neal, K. G., 1989, Chestenhire Dam. Highway 90, Seattle. and Backdrop timber sales-Case histo­ Galster, R. W., 1989, Mud Mountain Dam. Robinson, R. A.; Kueker, M. S.; Feldman, ries of the practice of engineering geol­ Galster, R. W.; Coombs, H. A., 1989, Cas­ A. I.; Parker, H. W., 1987, Ground and ogy in the Olympic National Forest. c.ade ice border dams-Geologic set­ linear behavior during construction of ENGINEERING GEOLOGY - ting. the Mt. Baker Ridge tunnel. Galster, R. W.; Laprade, W. T., 1991, Geol­ Scawth(?m, Charles, 1990, Inventory and WASHINGTON - PUGET post-eanhquake functionality of emer­ LOWLAND ogy of Seattle, Washington, United States of America. gency response resources-Fire service Adair,M. J.; Talmage, R.H.; Crosby, T. W.; Galster, R. W.; Trantham, C.1., 1989, Skoo­ operations in the Puget Sound area. Testa, S. M., 1989, Geology and seis­ kumchuck Dam. Shannon and Wilson, Inc., 1980, Geotechni· micity of the Skagit Nuclear Power Geo-Recon, Inc., 1963, Phase I, Geophysi­ cal engineering studies-West Seattle Plant site. cal investigation, proposed Morse Lake freeway bridge replacement, City of Se­ Andrews, G. H.; Klasen, J. A., 1964, Cylin­ dam. attle.• der pile retaining wall. Grant, W. P., 1989, Evaluation of liquefac­ Shannon and Wilson, Inc., 1985, Geotechni­ Anton, W. F., 1990, Overview of lifeline tion potential, Seattle, Washington. cal repon-Downtown Seattle transit earthquake engineering-Panel discus­ Grant, W. P.; Yamane, George; Miller, R. P., project; Preliminary engineering. sion responses to four topics. 1984, Columbia Center shoring wall, Shannon, W. L.; Strazer, R. J., 1970, Tied­ Anton, W. F., 1990, Overview of lifeline Seattle, Washington. back excavation wall for Seattle First eanhquake engineering panel discus­ National Bank. sion-Abstract of responses. Gunowski, T. M.; Boirum, R. N., 1989, Foundations and excavations for high­ Sherif, M. A., 1964, Flow and fracture prop­ Bailey, J. S.; Rowland, P. J., 1989, Hydro­ rise structures in downtown Seattle. erties of Seattle clays. geologic characterization of a rural Herman, L. J., 1989, Chamben Creek tun­ Sherif, M. A., 1966, Physical properties of landfill for compliance operation and Seattle freeway soils. closure design. nel dewatering and impact on ground­ water users near Tacoma. Sherif, M. A.; Strazer, R. J., 1973, Soil Ballantyne, D. B., 1989, Earthquake loss Ho, C. L.; Komher, Karen; Tsiatas, G. E., parameters for design of Mt. Baker estimation modeling of the Seattle water Ridge tunnel in Seattle. system.• 1991, Ground motion model for Puget Sound cohesionleu soil sites. Sherif, M. A.; Tien, Y. B.; Lawrence, C. B., Ballantyne, D. B., 1990, Earthquake loss Johnson, K. A., 1989, Seattle freeway con­ 1983, Experimental versus field values estimation of the City of Everett life­ for Ko. lines. struction, Intentate Highway 5 1960- 1966. ' Sherif, M. A.; Wu, M.-J., 1968, The residual Bliton, W. S., 1989, Cedar River project. Kennedy/Jenks/Chilton, 1990, Earthquake strength of Seattle clays during triaxial Bronson, K. E., 1989, Geotechnical impacts loss estimation modeling of the Seattle testing. on construction of State Route 167, the water system. Sherif, M. A.; Wu, M.-J., 1968, The short Valley Freeway. Kleppe, J. H.; Denby, G. M., 1984, Design term failure criterion for Seattle clays. Brown and Caldwell; Municipality of Met­ and performance of horizontal drains. Sherif, M.A.; Wu, M.-J., 1969, Creep limit ropolitan Seattle; TCW Associates, Inc., Laprade, W. T.; Thompson, S. R., 1989, and residual strength relationship. 1989, Geohydrology studies of the Engineering geology of the Downtown Sherif, M. A.; Wu, M.-J., 1971, The dy­ Metro section 16 Silvigrow projecL Seattle Transit Project. namic shear behavior of Seattle clays. Buechel, G. J.; Yamane, George, 1989, Sta· Lowe, Roger, Associates, Inc., 1980, Report Sherif, M. A.; Wu, M.-J., 1971, Summary bilization of a roadway slide by drainage of geotechnical studies, SR 90 tunnel and practical implications of the Univer· installation and light-weight fill. project, Mercer Island, Washington. sity of Washington soil engineering re- Che~g, W.-L, 1980, Effects of soil proper­ MacDonald, J. F., 1985, Mt. Baker Ridge search. · ties on liquefaction potential during tunnel-Construction of a large diame­ Sondergaard, J. N.; Fuller, S. R.; Otten, M. earthquakes. ter soft ground tunnel by the stacked T., 1989, Geology and design of the Se­ Converse Ward Davis Dixon, Inc., 1980, drift method. attle access portion of Interstate High­ Repon on eanhquake motions for reser­ Mikkelsen, P. E., 1989, Geotechnical mon­ way 90. voir seismic stability analyses, Seattle, itoring during construction of two high· Sondergaard, J. N.; Otten, M. T.; Fuller, S. Washington. way embankments on soft ground in Ta­ R., 1989, Geology and design of the Se­ Coombs, H. A., 1989, The Nisqually pro- coma. attle access portion of Interstate High­ jects-La Grande and Alder Dams. Miller, J. A., 1989, Landslide stabilization way 90. Critchfield, J. W.; MacDonald, J. F., 1990, in an urban setting, Fauntleroy District, Squi~r, LR.; Klasen, J. A., 1989, Cylinder · Downtown in soft ground. Seattle, Washington. pile walls along Interstate Highway 5, Denby, G. M.; Bangash, A. A.; Brigham, J. Mills, D. E.; Cordell, D. A., 1989, A hydro­ Seattle. E.; Fragazsy, R. J., 1989, Field test to geologic assessment of Cedar Hills re­ Sweet, Edwards and Associates, Inc., 1984, evaluate load transfer for soil anchors. gional landfill, King County, Washing­ Site area F, geotechnical feasibility Douglau, P. M.; Bailey, M. J.; Wagner, J. ton. study-Snohomish County landfill site J., 1985, Chambers Creek interceptor Morse, R. W., 1989, Regrading years in Se­ selection study-Phase 1-4, Geotechni­ sewer tunnel. attle. cal report. Du11eau, R. A., 1991, Frequency and sur­ Patten, R. H., 1987, Excavation problems of Sweet, Edwards and Associates, Inc., 1986, vivability profiles of highway bridges E.T.S.-6 tunnel. Cedar Hills regional landfill-Phase along the I-5 corridor between Everett 2-Site development plan; Existing area Rauue, K. G.; Sagstad, S. R., 1989, Hydro­ Washington and Salem, Oregon.• ' report. geologic evaluation of the Snohomish County regional landfill. 138 ENGINEERING GEOLOGY - WASHINGTON OPEN FILE REPORT 92-2

Sweet, Edwards and Associates, Inc., 1986, Malek, J. F.; Palermo, M. R., 1987, Appli­ station 2317+95, Spirit Lake Memorial Final repon-Geotechnical investiga­ cation of a management strategy for Highway, State Route 504, Cowlitz tion, Snohomish County regional land­ dredging and disposal of contaminated County, Washington. fill. sediments to proposed U.S. Navy Golder Associates, Inc., 1987, Materials Sweet, Edwards and Associates, Inc., 1986, Homeport Project at East Waterway, Ev­ source investigations site #30, Spirit Island County ground water quality as­ erett Harbor, Washington. Lake Memorial Highway, State Route sessment and monitoring program­ Marcus, K. L, 1989, Coastal and marine SR-504, Cowlitz County, Washington. Final repon. engineering geology-Introduction. Golder Associates, Inc., 1987, Preliminary Sweet, Edwards and Associates, Inc.; Her­ Schwartz, M. L.; Wallace, R. S.; Jacobsen, assessment of geological conditions, rera Environmental Consultants, 1987, E. E., 1989, Net shore-drift in Puget segment l, station 1439+00 to station Cedar Hilla regional landfill site devel­ Sound. 1581+00, Spirit Lake Memorial High­ opment plan; Task 45.0-Investigation Terich, T. A., 1989, Structural erosion pro­ way, SR-504, Cowlitz County, WA. of the feasibility of in-waste leachate tection of beaches along Puget Sound­ Golder Associates, Inc., 1988, Geotechnical head reduction; Progress repon, Sept. An asseument of alternatives and re­ report, segment 4-Station 1900+00 to 11, 1987. search needs. station 2050+00, Spirit Lake Memorial Trotman, Kenneth, 1989, Hydrogeologic in= Highway, State Route 504, Cowlitz vestigation of the Reichhold Chemicals, ENGINEERING GEOLOGY - County, Washington. Inc., facility in Tacoma, Washington. WASHINGTON - Golder Associates, Inc., 1988, Geotechnical Tunnels and Tunneling, 1982, Seattle to get SOUTHWESTERN report, segment 5, station 2050+00 to largest diameter soft-ground bored tun­ 11ee al/lo MOUNT ST. HELENS - station 2210+00, Spirit Lake Memorial nel in the USA. ENGINEERING GEOLOGY Highway, State Route 504, Cowlitz U.S. Army Corps of Engineers, 1982, Mad­ Bliton, W. S., 1989, Lewis River projects. County, Washington. igan Army Medical Center, FL Lewis, Burk, R. L.; Moser, K. R.; McCreath, Golder Associates, Inc., 1988, Hoffstadt Waahington-Geotechnical repon. * Dougal; Norrish, N. I.; Plum, R. L., Bluffs Bridge repon, station 1467+62 to URS Company; Jacobs Associates; Con­ 1989, Engineering geology of a portion station 1472+06, Spirit Lake Memorial verse Consultants; Evans-Hamilton, of the Spirit Lake Memorial Highway. Highway, State Route 504, Cowlitz Inc., 1983, Metro Renton effluent trans­ Coombs, H. A., 1989, The Cowlitz River County, Washington. fer system, contract no. CW-F2-82; Pre­ projects-Mayfield and Mossyrock Golder Associates, Inc., 1988, Maratta design study, Phase I, Preliminary re­ Dams. Creek bridge geotechnical report, Spirit pon, geotechnical. Galster, R. W.; Imrie, A. S.; and others, Lake Memorial Highway, State Route URS/John A. Blume and Associates, 1985, 1989, Engineering geology of major 504, Cowlitz County, Washington. Metro effluent transfer system, seismic dams on the Columbia River-Puget Golder Auociates, Inc., 1988, Unnamed evaluation amendment 4, task xvm.5. Sound basin to nonhern Rocky Moun­ creek bridge no. 8 repon, Spirit Lake Waldo, J. J ., 1986, A survey of the engineer­ tains, July 21-30, 1989. Memorial Highway, State Route 504, ing geologic information needs of land Galster, R. W.; Sager, J. W., 1989, Dams of Cowlitz County, Washington. use planners. the lower Columbia River-Geologic Golder A11ociate1, Inc., 1988, Unnamed Wiatrak, P.A., 1966, Seattle's leaning wall. setting. creek bridge no. 10 report, Spirit Lake Witek, B. M., 1989, Design and construc­ Golder Associates, 1987, Cow Creek bridge Memorial Highway, State Route 504, tion of a highway interchange on soft geotechnical report, Spirit Lake Memo­ Cowlitz County, Washington. organic soils, State Route 16, Kitsap rial Highway, State Route 504, Cowlitz Golder Associates, Inc., 1989, Design mem­ Peninsula, Washington. County, Washington. orandum, Hoffstadt Bluffs to Hoffstadt Yamane, George; Wu, M.-J.~ 1989, Pile Golder Associates, 1987, Materials source Creek, nailed retaining wall, station foundation for the West Seattle Freeway investigation, Elk Nonh site, Spirit 1438+47 to station 1442+64, SR-504, bridge replacement, Seattle, Washing­ Lake Memorial Highway, State Route Washington. ton. SR-504, Cowlitz County, Washington. Graham, J. G., 1990, Investigation of a con­ Yount, J. C.; Vick, G. S.; McCoy, Gail, Golder Associates, Inc., 1987, Bear Creek struction fill site, Hamilton Island, near 1989, The standard penetration versus Bridge report, Spirit Lake Memorial Bonneville Dam, WA (abstract]. depth relations of Quaternary glacial Highway; State Route 504, Cowlitz Hodge, E. T., 1932, Repon of dam sites on and nonglacial deposits in the greater County, Washington. lower Columbia River. Seattle area, Washington-Implications Golder Associates, Inc., 1987, Elle Creek Jackaha, Jerry; Roth, L. H.; Harwood, for liquefaction susceptibility studies. Bridge repon, Spirit Lake Memorial Allen, 1989, Subsurface conditions and Zarker, Gary, 1990, City of Seattle's earth- Highway, State Route 504, Cowlitz load testing for the Glenn Jackson quake preparedness plan. County, Washington. Bridge (Interstate Highway 205) across Golder Associates, Inc., 1987, Geotechnical the Columbia River. ENGINEERING GEOLOGY - report, segment 1, station 1439+00 to Laenen, Antonius; Orzol, L. L, 1987, Flood WASHINGTON - PUGET station 1576+35, Spirit Lake Memorial hazards along the Tootle and Cowlitz SOUND (including shorelines) Highway, State Route 504, Cowlitz Riven, Washington, from a hypothetical Fuller, S. R.; Sondergaard, J. N.; Fugle- County, Washington. failure of Castle Lake blockage. vand, P. F., 1989, Stratigraphy and Holo­ Golder Associates, Inc., 1987, Geotechnical Lowell, S. M., 1990, The KM Mountain cene stability of the Snohomish River­ report, segment 2, station 1602+00 to landslide near Skamokawa. mouth delta near Port Gardner, Evereu, station 1770+00, Spirit Lake Memorial McCrumb, D. R.; West, D. O.; Kiel, W. A., Washington. Highway, State Route 504, Cowlitz 1989, Geology and seismic considera­ Galster, R. W., 1987, A survey of coastal County, Washington. tions of the Satsop nuclear power plant engineering geology in the Pacific Golder Associates, Inc., 1987, Geotechnical site. NonhwesL report, segment 3, station 1770+00 to Peterson, G. L.; Squier, L. R.; Weatherby, Galster, R. W., 1989, Geologic aspects of station 1900+00, Spirit Lake Memorial D. 0., 1987, Load tests for instrumented navigation canals of western Washing­ Highway, State Route 504, Cowlitz high capacity tiebacks at the Bonneville ton. County, Washington. navigation lock (abstract]. Johnson, Lee; Bauer, Wolf, 1987, Beach Sta· Golder Associates, Inc., 1987, Geotechnical bilization design. report, segment 6, station 2209+50 to INDEX FOREST SOILS AND SLOPE STABILITY 139

Ramage, John; Roth, L. H., 1975, 1-205 Co­ of the feasibility of in-waste leachate Fission-track dating, 61111 lumbia River bridge foundation load test head reduction; Progress report, Sept. GEOCHRONOLOGY - program. 11, 1987. FISSION-TRACK DATING Reilly, T. K., 1985, Enclosure 2-Gifford Trotman, Kenneth, 1989, Hydrogeologic in­ FOREST SOILS AND SLOPE Pinchot National Forest geotechnical vestigation of the Reichhold Chemicals, road location investigation guidelines. Inc., facility in Tacoma, Washington. STABILITY Reilly, T. K., 1989, A method for applica­ URS Company; Jacobs Associates; Con­ Benda, L. E., 1985, Behavior and effect of tion of geologic information in manage­ verse Consultants; Evans-Hamilton, debris flows on streams in the Oregon ment of the Gifford Pinchot National Inc., 1983, Metro Renton effluent trans­ Coast Range. Forest. fer system, contract no. CW-F2-82; Pre­ Benda, L. E.; Cundy, T. W., 1990, Predict­ Sager, J. W., 1989, Bonneville Dam. design study, Phase I, Ptcliminary re­ ing deposition of debris flows in moun· Tabor, R. W., 1986, Changing concepts of port, geotechnical. tain channels. geologic structure and the problem of URS/John A. Blume and Associates, 1985, Benda, L. E.; Dunne, Thomas, 1987, Sedi­ siting nuclear reactors-Examples from Metro effluent transfer system, seismic ment routing by debris flow. Washington State. evaluation amendment 4, task xvm.5. Benda, L. E.; Dunne, Thomas, 1988, Varia­ tion of channel morphology controlled Tilford, N. R.; Sullivan, J. G., 1981, Lewis EOCENE River hydroelectric developments. by the frequency and magnitude of mass Cady, W. M.; Tabor, R. W., 1972, Olympic U.S. Nuclear Regulatory Commission, wasting (abstract). Peninsula in the light of plate tectonics 1991, Draft safety evaluation by the Of­ Brunengo, M. J., 1990, A method of model­ (abstract]. fice of Nuclear Reactor Regulation re­ ing the frequency characteristics of lating to geology and seismology, Wash­ Coleman, M. E.; Parrish, R.R., 1990, Eo­ daily snow amount, for stochastic simu­ ington Public Power Supply System cene deformation in the Bridge River lation of rain-on-anowmelt events. Washington nuclear project no. 3 (WNP- terrane, B.C.-Constraints on dextral Buchanan, Peter; Savigny, K. W., 1990, 3), docket no. 50-508. movement on the Fraser fault (abstract]. Factors controlling debris avalanche ini­ Washington Public Power Supply System, Haugerud, R. A., 1989, Middle Eocene oro­ tiation. 1988, Cascadia subduction zone-An geny in the northern Chelan block, north Buchanan, Peter; Savigny, K. W.; De Vries, evaluation of the earthquake potential Cascades Range-Gravitational col­ J., 1990, A method for modeling water and implications to WNP-3; Washington lapse of the Cretaceous orogen? (ab-· tables at debris avalanche head1carp1. Public Power Supply System response stract]. Dietrich, W. E., 1982, Construction of sed- to NRC questions 230.1 and 230.2. Hurlow, H. A.; Nelson, B. K., 1991, Late iment budgets for drainage basins. , Cretaceous-Eocene dextral transpres­ Duncan, S. H., 1989, Slope stability analy­ ENGINEERING GEOLOGY - sion in the North Cascades metamorphic WASTE sis in timber harvest planning, Smith and SEWAGE core, Washington-Structural styles, U­ Creek, Pacific County, Washington. Pb chronologic constraints, and relation DISPOSAL Eide, Jerry, 1990, A 48-year sediment bud­ to plate motions (abstract]. Bailey, J. S.; Rowland, P. J., 1989, Hydro­ get (1942-1989) for Deer Creek basin, geologic characterization of a rural Johnson, S. Y., 1985, Stratigraphy and sed­ Washington. imentology of the Eocene Chuckanut landfill for compliance operation and Gowan, M. E., 1989, Slope failures and Formation on Bellingham Bay, Wash­ closure design. channelized debris flows-The effect of ington. Brown and Caldwell; Municipality of Met­ geology, hydrology or man? (abstract).• Ryberg, P. T., 1989, Paleocene to early Eo­ ropolitan Seattle; TCW Associates, Inc., Howes, D. E., 1987, A terrain evaluation cene depositional systems along a tec­ 1989, Geohydrology studies of the method for predicting terrain suscepti­ tonically active continental margin, Metro section 16 Silvigrow project. ble to post-logging landslide activity­ southwestern Oregon (abstract). Milla, D. E.; Cordell, D. A., 1989, A hydro­ A case study from the southern Coast geologic assessment of Cedar Hills re­ Smith, J. G., 1989, Geologic map of upper Mountains of British Columbia.• Eocene to Holocene volcanic and re­ gional landfill, King County, Washing­ Johnson, A. C., 1991, Effects oflandslide­ lated rocks in the Cascade Range, Wash­ ton. dam-break floods on channel morphol­ ington. Ranue, K. G.; Sagstad, S. R., 1989, Hydro­ ogy. Thorkelson, D. J., 1989, Eocene sedimenta­ geologic evaluation of the Snohomish Koler, T. E.; Neal, K. G., 1989, Cheatenhire tion and volcanism in the Fig Lake gra­ County regional landfill. and backdrop timber sales-Case histo· ben, southwestern British Columbia. Sweet, Edwards and Associates, Inc., 1984, ries of the practice of engineering geol­ Site area F, geotechnical feasibility Wernicke, 8. P.; Christiansen, R. L.; En­ ogy in the Olympic National Forest. gland, P. C.; Sonder, L J., 1987, Tec­ study-Snohomish County landfill site Logan, R. L., 1989, Slope stability and rural tonomagmatic evolu-tion of Cenozoic selection study-Phase 1-4, Geotechni­ land management-The Marblemount cal report. extension in the North American Cordil­ landslide case history. lera. Sweet, Edwards and Associates, Inc., 1986, MacDonald, Anne; Ritland, K. W., 1989, Cedar Hills regional landfill-Phase Erosion, Sediment dynamics in type 4 and 5 wa­ 2-Site development plan; Existing area 61111 ten-A tcview and synthesis. report. ENGINEERING GEOLOGY - Madej, M. A., 1982, Sediment transport and Sweet, Edwards and Associates, Inc., 1986, SHORELINE EROSION channel changes in an aggrading stream Final report-Geotechnical investiga­ FOREST SOILS AND SLOPE in the Puget Lowland, Washington. tion, Snohomish County regional land­ STABILITY Miller, D. J.; Parka, D.S., 1990, The use of fill. LANDSUDES AND SLOPE tcfraction seismology in the character· Sweet, Edwards and Associates, Inc., 1986, STABILITY ization of bedrock morphology under a Island County ground water quality as­ forest soils horizon (abstract]. Estuaries, 61111 PA.Cine COAST sessment and monitoring program­ Montgomery, D.R.; Dietrich, W. E., 1988, Final report. Everett, Wash., 61111 SNOHOMISH CO., Where do channels begin? Sweet, Edwards and Associates, Inc.; Her­ WASH. Orme, A. R., 1989, The nature and rate of tcra Environmental Consultants, 1987, Explorer Ridge, 61111 JUAN DE FUCA alluvial fan aggradation in a humid tem· Cedar Hills regional landfill site devel­ RIDGE - EXPLORER RIDGE perate environment, northwest Wash­ opment plan; Task 45.0-lnvestigation ington. 140 GEOCHRONOLOGY - AMINO ACID DATING OPEN FILE REPORT 92-2

Orme, A. R., 1990, Recurrence of debris ing·plate-edge volcanism in the arc­ son, C. D.; Vick, G. S., 1989, Radiocar­ production under coniferous forest, Cas­ trench gap. bon dating of late Holocene coastal sub­ cade foothills, northwest United States. Berger, G. W.; Luternauer, J. L.; Clague, J. sidence above the Cascadia Subduction Perkins, S. J., 1989, Interactions of land­ J ., 1990, Zeroing tests and application of zone-Compilation for Washington, Or­ slide-supplied sediment with channel thermoluminescence dating to Fraser egon, and northern California (abstract}. morphology in forested watersheds. River delta sediments.• Jacoby, G. C.; Sheppard, P.R.; Carver, G. Purser, M. D., 1988, The impact of clearcut Blaise, Bertrand; Clague, J. J.; Mathewes, A., 1989, Dating of earthquake-induced logging with high-lead yarding on spa­ R. W., 1990, Time of maximum late Wis­ landslides using tree-ring analysis (ab­ tial distribution and variability of infil­ consin glaciation, west coast of Canada. stract}. tration capacities on a forest hillslope. Clague, J. J.; Saunders, I. R.; Roberts, M. GEOCHRONOLOGY - Reilly, T. K., 1985, Enclosure 2-Gifford C., 1988, Ice-free conditions in south­ DENDROCHRONOLOGY Pinchot National Forest geotechnical western British Columbia at 16,000 road location investigation guidelines. years BP. Atwater, B. F.; Yamaguchi, D. K., 1991, Sudden, probably coseismic submer­ Reilly, T. K., 1985, Geotechnical group de­ Linden, R. H.; Schurer, P. J., 1988, Sedi­ gence of Holocene trees in velopments and activities-Gifford ment characteristics and sea-level his­ and grau Pinchot National Forest, Region 6. tory of Royal Roads Anchorage, Victo­ coastal Washington State. Cameron, K. A.; Pringle, P. T., 1987, A Reilly, T. K., 1985, Landslide considera­ ria, British Columbia. tions in project design. Maxon, J. A., 1991, 40ArJ39Arevidence for detailed chronology of the most recent major eruptive period at Mount Hood, Reneau, S. L, 1988, Depositional and ero­ the timing and tectonics of basin clo­ Oregon. sional history of hollows-Application sure-Tyaughton basin, southwest Brit­ to landslide location and frequency, ish Columbia [abstract}. Jacoby, G. C.; Sheppard, P. R.; Carver, G. long-term erosion rates, and the effects Mothersill, J. S., 1987, The use of paleo­ A., 1989, Dating of earthquake-induced of climatic change. magnetic logs in determining the post­ landslides using tree-ring analysis [ab­ stract}. Reneau, S. L.; Dietrich, W. E., 1990, Depo­ glacial history of Vancouver Island (ab­ sitional history of hollows of steep stract}. Jacoby, G. C.; Williams, P. L., 1990, Use of hillslopes, coastal Oregon and Washing­ Mothersill, J. S., 1989, Paleomagnetic dat­ temporal correlation to tell a proposed ton. ing of postglacial sediments, Vancouver seismic origin for giant landslides in Se­ attle, Washington. Reneau, S. L.; Dietrich, W. E.; Rubin, Island, Canada. Yamaguchi, D. K., 1991, Use of ring pat­ Meyer; Donahue, D. J.; Jull, A. J. T., Mothersill, J. S., 1990, The paleomagnetic terns in buried spruce stumps to test for 1989, Analysis ofhillslope erosion rates and tephra record of Mara Lake, south­ sudden synchronous submergence of the using dated colluvial deposits. central British Columbia (abstract]. Washington and Oregon coasts 300 Sugden, B. D.; Cundy, T. W., 1990, Charac­ Parrish, R. R., 1982, Application of fission years B.P. terization of soils in a forested hollow in track dating to the Cenozoic tectonic Yamaguchi, D. K.; Hoblitt, R. P.; Lawrence, the Cascade mountains, Washington and thermal history of the Coast Moun­ State (abstract}. tains of British Columbia, southwest D. B., 1990, A new tree-ring date for the "floating island" lava flow, Mount St. Swanson, F. J.; Benda, LE.; Duncan, S. H.; Canada [abstract}. Helens, Washington. Grant, G. E.; Megahan, W. F.; Reid, L. Van der Heyden, Peter; Woodworth, G. J., Yamaguchi, D. K.; Woodhouse, C. A.; Reid, M.; Ziemer, R.R., 1987, Mass failures 1988, Tectonic evolution of the coast and other proceues of sediment produc­ plutonic complex, British Columbia­ M. S., 1989, Tree-ring dating of late Holocene subsidence along the Wash­ tion in Pacific Northwest forest land­ Implications of new U-Pb and K-Ar ington and Oregon coasts-A progreu scapes. dates (abstract}. report. Swanston, D. N.; Lienkaemper, G. W.; Mer­ Williams, H.F. L; D'Auria, John, 1991, A Yamaguchi, D. K.; Woodhouse, C. A.; Reid, sereau, R. C.; Levno, A. B., 1988, Tim­ Mazama tephra marker bed in the Fraser M. S., 1989, Tree-ring evidence for syn­ ber harvest and progressive deformation Lowland, British Columbia. chronous rapid submergence of the of slopes in southwestern Oregon. GEOCHRONOLOGY - southwestern Washington coast 300 Wiberg, E. J., 1990, The probability distri­ CALIFORNIA years B.P. (abstract}. bution of snowmelt in clearcuu from a rain-on-snow event in the central Cas­ Atwater, B. F., 1991, Holocene paleoseis­ GEOCHRONOLOGY - cades of Washington. mology, western Washington. FISSION-TRACK DATING Berger, G. W.; Burke, R. M.; Carver, G. A.; Parrish, R. R., 1982, Application of fission Fraser Lowland and Fraser River Easterbrook, D. J., 1988, Thermolumi­ Delta, see BRITISH COLUMBIA - track dating to the Cenozoic tectonic nescence analyses and paleomagnetic and thermal history of the Coast Moun­ FRASER LOWLAND and FRASER signatures-Techniques for establishing RIVER DELTA, B.C. tains of British Columbia, southwest numerical age estimates on tectonically Canada (abstract]. deformed marine terraces, northern Cal­ GEOCHRONOLOGY - AMINO Roden, M. K.; Brandon, M. T., 1990, Apa­ ifornia (abstract]. ACID DATING tite fi11ion-track thermochronology of Lajoie, K. R., 1988, Coastal tectonics in the Berger, G. W.; Easterbrook, D. J., 1988, the Olympic subduction complex, Wash­ Pacific Northwest. Dating marine terrace deformation north ington (abstract}. of the Mendocino triple junction.• Vance, J. A., 1989, Detrital kyanite and zir. Geochronology - Argon-argon dating, Burke, R. M.; Carver, G. A., 1989, The aee GEOCHRONOLOGY - con-Provenance and sediment dis­ degree of soil development from buried persal in the middle and late Eocene POTASSIUM-ARGON and soils formed in fault-generated colluvi­ ARGON-ARGON DATING Puget and Cowlitz Groups, SW Wash­ ums reflect interseismic time, northern ington and NW Oregon [abstract]. GEOCHRONOLOGY - BRITISH California (abstract]. COLUMBIA Carver, G. A.; Burke, R. M., 1987, Late GEOCHRONOLOGY - Holocene paleoseismicity of the south­ OFFSHORE AREAS Armstrong, R. L.; Muller, J. E.; Harakal, J. ern end of the Cascadia subduction zone E.; Muehlenbachs, K., 1985, The Neo­ De1onie, D. L.; Duncan, R. A., 1990, The [abstract]. gene Alert Bay volcanic belt of northern Cobb-Eickelberg seamount chain-Hot­ Grant, W. C.; Atwater, B. F.; Carver, G. A.; Vancouver Island, Canada-Descend- spot volcanism with mid-ocean ridge ba­ Darienzo, M. E.; Nelson, A. R.; Peter- salt affmity. INDEX GEOCHRONOLOGY-TEPHROCHRONOLOGY 141

Goldstein, S. J.; Murrell, M. T.; Janecky, D. GEOCHRONOLOGY - em end of the Cascadia subduction zone R., 1989, Dating young MORB from POTASSIUM-ARGON DATING (abstract]. Juan de Fuca and Gorda Ridges by 238U. and ARGON-ARGON DATING Clague, J. J.; Saunders, I. R.; Roberts, M. 2311Tb disequilibrium (abstract]. C., 1988, Ice-free conditions in south­ Armstrong, R. L.; Muller, J.E.; Harakal, J. Karsten, J. L; Gillot, P.-Y.; Valladas, G., western British Columbia at 16,000 E.; Muehlenbachs, K., 198S, The Neo­ 1990, Thermoluminescence and K-Ar years BP. gene Alert Bay volcanic belt of northern dating of Juan de Fuca MORB (ab­ Vancouver Island, Canada-Descend­ Darienzo, M. E.; Peterson, C. D., 1988, In­ stract]. ing-plate-edge volcanism in the arc­ vestigation of salt marsh stratigraphic GEOCHRONOLOGY - OREGON trench gap. response to climatic, oceanographic and tectonic-subsidence forcing proce11es Desonie, D. L.; Duncan, R. A., 1990, The Cameron, K. A.; Pringle, P. T., 1987, A in the Pacific Northwest region. detailed chronology of the most recent Cobb-Eickelberg seamount chain-Hot­ Davis, P. T., 1989, Basal radiocarbon major eruptive period at Mount Hood, spot volcanism with mid-ocean ridge ba­ ages-A comment. Oregon. salt affinity. Easterbrook, D. J., 1989, Origin of gla­ Darienzo, M. E.; Peterson, C. D., 1988, In­ Karsten, J. L; Gillot, P.-Y.; Valladas, G., ciomarine drift and synchroniety (sic] of vestigation of salt marsh stratigraphic 1990, Thermoluminescence and K-Ar dating of Juan de Fuca MORB (ab­ lobes of the Cordilleran ice sheet (ab­ response to climatic, oceanographic and stract]. tectonic-subsidence forcing processes stract]. in the Pacific Northwest region. Korosec, M.A., 1989, New K-Ar age dates, Grant, W. C.; Atwater, B. F.; Carver, G. A.; geochemistry, and stratigraphic data for Darienzo, M. E.; Nelson, A. R.; Peter­ Grant, W. C.; Atwater, B. F.; Carver, G. A.; son, C. D.; Vick, G. S., 1989, Radiocar­ Darienzo, M. E.; Nelson, A. R.; Peter­ the Indian Heaven Quaternary volcanic bon dating of late Holocene coastal sub­ son, C. D.; Vick, G. S., 1989, Radiocar­ field, south Cascade Range, Washing­ sidence above the Cascadia Subduction bon dating of late Holocene coastal sub­ ton. zone-Compilation for Washington, Or­ sidence above the Cascadia Subduction Maxon, J. A., 1991, 40 Ar,139 Ar evidence for egon, and northern California (abstract]. zone-Compilation for Washington, Or­ the timing and tectonics of basin clo­ egon, and northern California (abstract]. sure-Tyaughton basin, southwest Brit­ Linden, R. H.; Schurer, P. J., 1988, Sedi­ ment characteristics and sea-level his­ Muhs, D. R.; Kelsey, H. M.; Miller, G. H.; ish Columbia (abstract]. tory of Royal Roads Anchorage, Victo­ Kennedy, G. L.; Whelan, J. F.; Mclnelly, Sherrod, D. R.; Pickthom, L. B. G., 1989, ria, British Columbia. G. W., 1990, Age estimates and uplift Some notes on the Neogene structural rates for late Pleistocene marine ter­ evolution of the Cascade Range in Ore­ Mothersill, J. S., 1987, The use of paleo­ races-Southern Oregon portion of the gon. magnetic logs in determining the post­ glacial history of Vancouver Island (ab­ Cascadia forearc. Van der Heyden, Peter; Woodworth, G. J., stract]. Nelson, A. R.; Personius, S. F., 1991, Earth­ 1988, Tectonic evolution of the coast quake recurrence and Quaternary defor­ plutonic complex, British Columbia­ Nelson, A. R.; Personius, S. F., 1991, Earth­ mation in the Cascadia subduction zone, Implications of new U-Pb and K-Ar quake recurrence and Quaternary defor­ mation in the Cascadia subduction zone, coastal Oregon. dates (abstract]. coastal Oregon. Personius, S. F., 1988, Fluvial terraces in GEOCHRONOLOGY - the Oregon Coast Range-Preliminary Personius, S. F., 1988, Fluvial terraces in RADIOCARBON DATING the Oregon Coast Range-Preliminary assessment as indicators of Quaternary assessment as indicators of Quaternary deformation. Atwater, B. F., 1988, Summary, as of 2 April deformation. Peterson, C. D.; Darienzo, M. E., 1988, Ep­ 1987, of radiocarbon ages on episodes of Peterson, C. D.; Darienzo, M. E., 1988, Ep­ isodic tectonic subsidence of late-Holo­ rapid coastal subsidence in westernmost isodic tectonic subsidence of late-Holo­ cene salt marshes in Oregon-Clear ev­ Washington State. cene salt marshes in Oregon-Clear ev­ idence of abrupt strain release and grad­ Atwater, B. F., 1990, Geologic studies for idence of abrupt strain release and grad­ ual strain accumulation in the southern seismic zonation of the Puget Sound Cascadia margin during the last 3,SOO lowland.• ual strain accumulation in the southern Cascadia margin during the last 3,SOO years. Atwater, B. F., 1990, Holocene paleo­ years. Reneau, S. L.; Dietrich, W. E., 1990, Depo­ seismology of coastal Washington State. Reneau, S. L.; Dietrich, W. E., 1990, Depo­ sitional history of hollows of steep Atwater, B. F., 1991, Holocene paleo­ sitional history of hollows of steep hillslopes, coastal Oregon and Washing­ seismology, western Washington. hillslopes, coastal Oregon and Washing­ ton. Atwater, B. F.; Stuiver, Minze, 1991, Pre­ ton. Sherrod, D.R.; Pickthom, L. B. G., 1989, cise 14c ages for sudden Holocene sub­ Reneau, S. L.; Dietrich, W. E.; Rubin, Some notes on the Neogene structural mergence in Washington (abstract]. Meyer; Donahue, D. J.; Jull, A. J. T., evolution of the Cascade Range in Ore­ Atwater, B. F.; Stuiver, Minze; Yamaguchi, D. K., 1991, Radiocarbon test of earth­ 1989, Analysis ofhillslope erosion rates gon. using dated colluvial deposits. Yamaguchi, D. K., 1991, Use of ring pat­ quake magnitude at the Cascadia sub­ Stuiver, Minze, 1969, Yale naturalradiocar- terns in buried spruce stumps to test for duction zone. bon measurements IX. sudden synchronous submergence of the Blaise, Bertrand; Clague, J. J.; Mathewes, Washington and Oregon coasts 300 R. W., 1990, TimeofmaximumlateWis­ GEOCHRONOLOGY - years B.P. consin glaciation, west coast of Canada. TEPHROCHRONOLOGY Yamaguchi, D. K.; Woodhouse, C. A.; Reid, Bucknam, R. C., 1991, Puget Sound pale- Beget, J. E., 1980, Tephrochronology of M. S., 1989, Tree-ring dating of late 01eismicity. • late-glacial and Holocene moraines in Holocene subsidence along the Wash­ Burke, R. M.; Carver, G. A., 1989, The the central north Cascade Range, Wash­ ington and Oregon coasts-A progress degree of soil development from buried ington State (abstract]. report. soils formed in fault-generated colluvi­ Mothersill, J. S., 1990, The palcomagnctic ums reflect interseismic time, northern GEOCHRONOLOGY - and tcphra record of Mara Lake, south­ California (abstract]. central British Columbia (abstract]. PALEOMAGNETIC DATING Carver, G. A.; Burke, R. M., 1987, Late Mothersill, J. S., 1989, Paleomagnetic dat- Williams, H.F. L; D'Auria, John, 1991, A Holocene paleoseismicity of the south- Mazama tephra marker bed in the Fraser ing of postglacial sediments, Vancouver Lowland, British Columbia. Island, Canada. 142 GEOCHRONOLOGY - THERMOLUMINESCENCE DATING OPEN FILE REPORT 92-2

GEOCHRONOLOGY - Haugerud, R. A.; Tabor, R. W.; Stacey, J. S.; Roden, M. K.; Brandon, M. T., 1990, Apa­ THERMOLUMINESCENCE Van der Heyden, Peter, 1988, What is in tite fission-track thennochronology of DATING the core of the North Cascades, Wash­ the Olympic subduction complex, Wash­ ington?-A new look at the structure ington [abstract]. Berger, G. W.; Burke, R. M.; Carver, G. A.; and metamorphic history of the Skagit Stuiver, Minze, 1969, Yale naturalradiocar­ Easterbrook, D. J., 1988, Thermolumi­ Gneiss of Misch (1966) [abstract]. nescence analyses and paleomagnetic bon measurements IX. signatures-Techniques for establishing Hurlow, H. A.; Nelson, B. K., 1991, Late Yamaguchi, D. K., 1991, Use of ring pat· numerical age estimates on tectonically Cretaceous-Eocene dextral transpres­ terns in buried spruce stumps to test for deformed marine terraces, northern Cal­ sion in the North Cascades metamorphic sudden synchronous submergence of the ifornia [abstract). core, Washington--Structural styles, U­ Washington and Oregon coasts 300 Pb chronologic constraints, and relation years B.P. Berger, G. W.; Easterbrook, D. J., 1988, to plate motions (abstract]. Dating marine terrace deformation north Yamaguchi, D. K.; Woodhouse, C. A.; Reid, of the Mendocino triple junction.• Miller, R. B.; Bowring, S. A.; Hoppe, W. J., M. S., 1989, Tree-ring dating of late 1989, Paleocene plutonism and its tec­ Berger, G. W.; Luternauer, J. L; Clague, J. Holocene subsidence along the Wash­ tonic implications, Nonh Cascades, ington and Oregon coasts-A progreu J., 1990, Zeroing tests and application of Washington. thermoluminescence dating to Fraser repon. River delta sediments.• Walker, N. W.; Brown, E. H., 1990, Zircon Yamaguchi, D. K.; Woodhouse, C. A.; Reid, U/Pb geochronometry of mid-Creta­ M. S., 1989, Tree-ring evidence for syn­ Kanten, J. L; Gillot, P.-Y.; Valladas, G., ceous plutonic rocks in the western crys­ 1990, Thermoluminescence and K-Ar chronous rapid submergence of the talline core, North Cascades, Washing­ southwestern Washington coast 300 dating of Juan de Fuca MORD [ab­ ton-Implications for timing and nature stract). years B.P. (abstract]. of orogenesis (abstract]. GEOCHRONOLOGY - Walker, N. W.; Brown, E. H., 1991, Is the GEOCHRONOLOGY - URANIUM-LEAD DATING and southeast Coast Plutonic Complex the WASHINGTON - PUGET URANIUM-THORIUM DATING consequence of accretion of the Insular LOWLAND Goldstein, S. J.; Murrell, M. T.; Janecky, D. supenerrane? Evidence from U-Pb zir­ Bucknam, R. C., 1991, Puget Sound pale­ R., 1989, Dating young MORD from con geochronometry in the nonhem oseismicity. • Juan de Fuca and Gorda Ridges by 2l1U- Washington Cascades. Clague, J. J.; Saunden, I. R.; Robens, M. 2311'fh disequilibrium [abstract). GEOCHRONOLOGY - C., 1988, Ice-free conditions in south­ Hurlow, H. A.; Nelson, B. K., 1991, Late western British Columbia at 16,000 WASHINGTON - OLYMPIC years BP. Cretaceous-Eocene dextral transpres­ and PENINSULA PACIFIC Davis, P. T., 1989, Basal radiocarbon sion in the Nonh Cascades metamorphic COAST core, Washington--Structural styles, U­ ages-A comment. Pb chronologic constraints, and relation Atwater, B. F., 1988, Summary, as of 2 April Easterbrook, D. J., 1989, Origin of glacio­ to plate motions (abstract). 1987, of radiocarbon ages on episodes of marine drift and synchroniety [sic] of rapid coastal subsidence in westernmost Miller, R. B.; Bowring, S. A.; Hoppe, W. J., lobes of the Cordilleran ice sheet [ab­ Washington State. 1989, Paleocene plutonism and its tec­ stract]. tonic implications, Nonh Cascades, Atwater, B. F., 1990, Geologic studies for Easterbrook, D. J.; Roland, J. L; Canon, R. Washington. seismic zonation of the Puget Sound J.; Naeser, N. D., 1988, Application of lowland.• Van der Heyden, Peter; Woodwonh, G. J., paleomagnetism, fission-track dating, 1988, Tectonic evolution of the coast Atwater, B. F., 1990, Holocene paleoseis­ and tephra correlation to lower Pleist­ plutonic complex, British Columbia­ mology of coastal Washington State. ocene sediments in the Puget Lowland, Implications of new U-Pb and K-Ar Atwater, B. F., 1991, Holocene paleoseis­ Washington. dates [abstract). mology, western Washington. Jacoby, G. C.; Williams, P. L., 1990, Use of Walker, N. W.; Brown, E. H., 1990, Zircon Atwater, B. F.; Stuiver, Minze, 1991, Pre­ temporal correlation to test a proposed U/Pb geochronometry of mid-Creta· cise l4C ages for sudden Holocene sub­ seismic origin for giant landslides in Se­ ceous plutonic rocks in the western crys­ mergence in Washington (abstract]. attle, Washington. talline core, North Cascades, Washing­ Atwater, B. F.; Stuiver, Minze; Yamaguchi, GEOCHRONOLOGY - ton-Implications for timing and nature D. K., 1991, Radiocarbon test of earth­ WASHINGTON - of orogenesis (abstract). quake magnitude at the Cascadia sub­ duction zone. SOUTHWESTERN (Including Walker, N. W.; Brown, E. H., 1991, Is the Mount St. Helens) southeast Coast Plutonic Complex the Atwater, B. F.; Yamaguchi, D. K., 1991, consequence of accretion of the Insular Sudden, probably coseismic submer­ Korosec, M.A., 1989, New K-Ar age dates, supenerrane? Evidence from U-Pb zir­ gence of Holocene trees and grass in geochemistry, and stratigraphic data for con geochronometry in the nonhem coastal Washington State. the Indian Heaven Quaternary volcanic Washington Cascades. Grant, W. C.; Atwater, B. F.; Carver, G. A.; field, south Cascade Range, Washing­ Darienzo, M. E.; Nelson, A. R.; Peter­ ton. GEOCHRONOLOGY - son, C. D.; Vick, G. S., 1989, Radiocar­ Vance, J. A., 1989, Detrital kyanite and zir. WASHINGTON - CASCADE bon dating of late Holocene coastal sub­ con-Provenance and sediment dis­ RANGE sidence above the Cascadia Subduction persal in the middle and late Eocene Bittenbender, P. E.; Walker, N. W., 1990, zone-Compilation for Washington, Or­ Puget and Cowlitz Groups, SW Wash­ Constraints on timing of metamorphism, egon, and northern California [abstract). ington and NW Oregon [abstract). deformation, and plutonism in the Huck· Lajoie, K. R., 1988, Coastal tectonics in the Yamaguchi, D. K.; Hoblitt, R. P.; Lawrence, leberry Mountain area, Nonh Cascades, Pacific Northwest. D. B., 1990, A new tree-ring date for the WA [abstract). Reneau, S. L.; Dietrich, W. E.; Rubin, "floating island" lava flow, Mount St. Meyer; Donahue, D. J.; Juli, A. J. T., Helens, Washington. 1989, Analysis of hillslopc erosion rates using dated colluvial deposits. INDEX GEOPHYSICS - ELECTRICAL SURVEYS 143

Geodetic surveys, cility, southeastern Mason County, GEOPHYSICS - ELECTRICAL SU Washington. SURVEYS [REGIONAL) GEOPHYSICS - GEODESY AND Palmer, S. P., 1989, Disaster training con­ Bahr, Karsten; Filloux, J. H., 1989, Local GEODETIC SURVEYS ference. Sq response functions from EMSLAB STRUCTURAL GEOLOGY AND Geomorphology, data. TECTONICS - STRESS AND see Booker, J. R., 1989, Electrical structure of STRAIN EARTHQUAKE-INDUCED the Cordillera [abstract). and also see the subdivision • LANDSLIDES Booker, J. R.; Chave, A. D., 1989, Introduc­ GEOPHYSICS - GEODESY AND EARTHQUAKE-INDUCED tion to the special section on the GEODETIC SURVEYS under LIQUEFACTION EMSLAB-Juan de Fuca experiment. specific areas, e.g., OREGON - Chave, A. D.; Filloux, J. H.; Luther, D.S.; GEOPHYSICS- GEODESY AND ENGINEERING GEOLOGY - SOIL Law, K., 1989, Observations of mo­ GEODETIC SURVEYS MECHANICS and ROCK L MECHANICS tional electromagnetic fields during GEOGRAPHIC INFORMATION FOREST SOILS AND SLOPE EMSLAB. SYSTEMS STABILITY Chen,J.; Dosso, H. W., 1989,EMmodelling Tarr, A. C., 1988, Application of geographic GLACIAL GEOLOGY of the subducting Juan de Fuca plate information system technology to urban LAHARS AND MUDFLOWS region of the Pacific Nonhwest [ab­ seismic hazards studies in the Pacific LANDSLIDES AND SLOPE stract]. Northwest. STABILITY Chen, J.; Douo, H. W.; Nienaber, W., 1989, Tarr, A. C., 1991, Computer graphics labo­ MIMA MOUNDS Laboratory electromagnetic model for ratory. RIVER MORPHOLOGY the EMSLAB region. Dono, H. W.; Nienaber, W., 1986, A labo­ Tarr, A. C.; Crane, M. P., 1988, Application SOILS of GIS technology to assessment of seis­ ratory electromagnetic model study of mic hazards in the Pacific Northwest Geophysical maps, see MAPS - the Juan de Fuca plate region. [abstract]. GEOPHYSICAL Dosso, H. W.; Nienaber, W.; Chen, J., 1989, Laboratory electromagnetic modelling GEOLOGIC HAZARDS GEOPHYSICS [GENERAL OR REGIONAL WORKS] of the subducting Juan de Fuca plate. see also Keller, G. V., 1989, Electrical structure of Green, A. G.; Clowes, R. M.; Ellis, R. M., EARTHQUAKE-IND UC.ED the crust and upper mantle beneath the 1990, Crustal studies across Vancouver LANDSLIDES United States; Pan 2, Survey of data and Island and adjacent offshore margin. EARTHQUAKE-INDUCED interpretation. LIQUEFACTION Grieve, R. A. F.; Adams, John; Goodacre, A. GEOPHYSICS - ELECTRICAL EARTHQUAKES AND SEISMOLOGY K.; Newitt, LR.; Teskey, D. J., 1989, The Canadian geophysical atlas [ab­ SURVEYS - BRITISH ENGINEERING GEOLOGY stract]. COLUMBIA FOREST SOILS AND SLOPE STABILITY GEOPHYSICS - ACOUSTIC Auld, D. R.; Dosso, S. E.; Oldenburg, D. LAHARS AND MUDFLOWS SURVEYS W.; Law, L. K., 1990, Monitoring of temporal change in electrical conductiv­ LANDSLIDES AND SLOPE see also MARINE GEOLOGY - ity in an area with recurring large seis­ STABILITY GEOPHYSICS- ACOUSTIC mic events-Central Vancouver Island SURVEYS MOUNT ST. HELENS - PLANNING, [abstract]. POLICY, AND GEOLOGIC Clague, J. J.; Shihs, W.W., 1989, Evidence DeLaurier, J. M.; Kunz, R. D.; Gupta, J. C., HAZARDS of paleoseismicity obtained by sub­ 1985, A magnetotelluric survey over the bottom acoustic profiling of lakes [ab· SEICHES subduction zone under Vancouver Is­ stract]. TSUNAMIS land, B.C. [abstract]. Clague, J. J.; Shilts, W.W.; Linden, R.H., VOLCANOES AND VOLCANIC Dono, H. W.; Chen, J.; Nienaber, W., 1990, 1989, Application of subbottom profil­ HAZARDS Comparison of analogue model and field ing to assessing seismic risk on Vancou­ Foster, H. D., 1987, Landforms and natural station EM responses on southern Van­ ver Island, British Columbia. hazards. couver Island. Kostaschuk, R. A.; Church, M. A.; Luter­ _ Galster, R. W., 1989, Geologic factors af­ Doaso, H. W.; Nienaber, W.; Hu, W. B., nauer, J. L., 1991, Acoustic images of fecting engineering facilities-Intro­ 1985, Electromagnetic modeling of turbulent flow structures in Fraser River duction. coastal regions [abstract]. estuary, British Columbia. Hays, W. W., 1989, The international de­ Gough, D. I., 1986, Magnetotelluric evi­ Masson, D. G.; Cacchione, D. A.; Drake, D. cade for natural disaster reduction dence for subduction of seafloor sedi­ (IDNDR)-An opportunity for the Pa­ E., 1988, Tectonic evolution of Gorda ments. cific Nonhwest. Ridge inferred from sidescan sonar im­ ages. Gough, D. I.; Jones, A. G.; Kurtz, R. D.; Laprade, W. T., 1989, Engineering geology Boemer, D. E.; Craven, J. A.; McNeice, in urban areas-Introduction. GEOPHYSICS - ELECTRICAL G. W.; DeLaurier, J.M., 1990, Electro­ Lasmanis, Raymond, 1990, Growth Man­ SURVEYS magnetic investigations over the south­ agement Act of 1990 and mineral Note: Includes Resistivity, ern Cordilleran LITHOPROBE transect resource lands. Magnetotelluric, and [abstract]. Lutemauer, J. L., 1989, Onshore/offshore Electromagnetic surveys Hyndman, R. D., 1988, Dipping seismic re­ geoenvironmental studies of the Fraser see also MARINE GEOLOGY - flectors, electrically conductive zones, River delta [abstract]. GEOPHYSICS - ELECTRICAL and trapped water in the crust over a McLucas and Associates, Inc., 1991, Eval­ SURVEYS subducting plate. uation of the topography, geology, soils, Jones, A. G.; Kunz, R. D.; Gupta, J. C., and geologic hazards of the proposed 1988, Magnetotelluric studies acro11 se­ Johns Prairie mine and barge-loading fa- lected key targets in Canada [abstract]. 144 GEOPHYSICS - ELECTRICAL SURVEYS OPEN FILE REPORT 92-2

Kunz, R. D.; DcLauricr, J. M.; Gupta, J. C., Neumann, G. A.; Hermance, J. F., 1989, The Rigby, F. A.; McEuen, R. B., 1980, Final 1990, The electrical conductivity distri­ deep crustal structure of the Oregon repon-Camas, Washington resistivity bution beneath Vancouver Island-A re­ Cascades-Electromagnetic constraints study. gion of active plate subduction. [abstract]. Stanley, W. D., 1989, Comparison of gco­ Kunz, R. D.; Gupta, J.C.; DcLauricr, J.M., Rygh, J. T.; Livclybrooks, D. W.; Urquhan, clcctrical/tectonic models for suture 1985, A magnctotclluric survey over an S. A.; Waff, H. S.; Clingman, W. W., zones in the western U.S.A. and eastern active subduction zone [abstract]. 1986, A magnctotclluric study of the Europe-Arc black shales a possible Kunz, R. D.; Gupta, J.C.; DcLauricr, J.M., High Cascades graben, Oregon [ab­ source of high conductivities? 1987, The electrical conductivity struc­ stract]. Stanley, W. D.; Fuis, G. S.; Mooney, W. D., ture in the active subduction zone be­ Shoemaker, C. L.; Shoham, Yoram; Hockey, 1989, Details of crustal structure in the neath Vancouver Island [abstract). R. L, 1989, Calibration case study of Cascade Range and surrounding regions Nobes, D. C.; Hamilton, T. S.; Canwright, natural source electromagnetic array from seismic and magnetotelluric data. P., 1990, Structure of the southwestern data recorded over a well in Oregon. Stanley, W. D.; Mooney, W. D.; Fuis, G. S., Fraser River delta as determined from Stanley, W. D.; Mooney, W. D.; Fuis, G. S., 1990, Deep crust.al structure of the Cas­ gcoelectric sounding. 1990, Deep crustal structure of the Cas­ cade Range and surrounding regions cade Range and surrounding regions from seismic refraction and magneto­ GEOPHYSICS - ELECTRICAL from seismic refraction and magneto­ telluric data. SURVEYS - CALIFORNIA tclluric data. Stanley, W. D.; Plesha, J. L, 1985, Progress Hclfcny,M. G.; Booker,J.R., 1990, A three Sternberg, B. K.; Washbumc, J. C.; Pel­ repon on U.S. Geological Survey-De­ dimensional study of gcoelectric struc­ lerin, Louise, 1988, Correction for the partment of Energy interagency agree­ ture in nonhern California [abstract]. static shift in magnctotellurics using ment DE-A121-83MC20422-Task no. 4, GEOPHYSICS - ELECTRICAL transient electromagnetic soundings. Electromagnetic geophysics applied to SURVEYS - OREGON Urquhart, S. A.; Waff, H. S.; Rygh, J. T.; sediment subduction and deep source Clingman, W. W.; Livelybrooks, D. W., gas. Bisdorf, R. J., 1985, Schlumberger sound­ 1986, A magnetotelluric investigation of ing results over th~ Newberry Volcano GEOPHYSICS - GEODESY the Newberry Volcano, Oregon [ab­ area, Oregon. stract]. AND GEODETIC SURVEYS Chavc, A. D.; Thomson, D. J., 1989, Some Waff, H. S.; Rygh, J. T.; Livelybrooks, D. Brandon, M. T.; Davis, E. E.; Dragert, Herb; comments on magnctotclluric response W.; Clingman, W.W., 1988, Results of a Hudson, R. D., 1987, The potential for function estimation. magnctotclluric traverse across western geodetic monitoring of aseismic slip at Curtis, J. H.; Jiracek, G. R.; Stevens, J. L; Orcgon--Crustal resistivity structure the surface trace of the Vancouver Island Barker, Terry, 1987, Two-dimensional and the subduction of the Juan de Fuca subduction thrust [abstract]. inverse modeling of land EMSLAB plate. · Butler, R. F.; Dickinson, W. R.; Gehrels, G. magnetotelluric data [abstract]. Wannamaker, P. E.; Booker, J. R.; Filloux, E.; McClelland, W. C.; May, S. R.; Kle­ EMSLAB Group, 1988, The EMSLAB elec­ J. H.; Jones, A.G.; Chavc, A. D., 1989, packi, D. W., 1990, Comment and reply tromagnetic sounding experiment. Uncovering deep structure, fluid move­ on "Discordant palcomagnetic poles Fiucrman, D. V.; Ncev, D. K., 1985, Tran­ ment and melting in the Cascadia sub­ from the Canadian Coast Plutonic Com­ sient sounding investigation of New­ duction system from geomagnetic in­ plex-Regional tilt rather than large dis­ berry Volcano, Oregon. duction measurements [abstract]. placement?"; Reply. Fiuerman, D. V.; Stanley, W. D.; Bisdorf, R. Wannamaker, P. E.; Booker, J. R.; Filloux, Butler, R. F.; Gehrels, G. E.; McClelland, · J., 1988, Electrical structure of New­ J. H.; Jones, A. G.; Jiracck, G. R.; W. C.; May, S. R.; Klepacki, D. W., berry Volcano, Oregon. Chavc, A. D.; Tarita, Pascal; Waff, H. S.; 1989, Discordant paleomagnetic poles Gough, D. I.; McKirdy, D. M.; Woods, D. Egbert, G. D.; and others, 1989, Mag­ from the Canadian Coast Plutonic Com­ V.; Geiger, H. D., 1989, Conductive nctotelluric observations across the plex-Regional tilt rather than large­ structures and tectonics beneath the Juan de Fuca subduction system in the scale displacement?• EMSLAB land array. EMSLAB project. Dragert, Herb, 1986, A summary of recent Hermance, J. F.; Lusi, S.; Slocum, W.; Neu­ Wannamaker, P. E.; Booker, J. R.; Jones, A. geodetic measurement of surface defor­ mann, G. A.; Green, A. W., Jr.; Stanley, G.; Chave, A. D.; Filloux, J. H.; Waff, mation on central Vancouver Island, W. D.; Jones, A.G.; Filloux, J. H.; Law, H. S.; Law, L. K., 1989, Resistivity British Columbia. L. K.; Auld, D.R.; Booker, J. R., 1987, cross section through the Juan de Fuca Dragcrt, Herb, 1987, The fall (and rise) of Tectonic implications of a generalized subduction system and its tectonic im­ central Vancouver lsland-1930-1985. 2-D inversion of magnctotelluric and plications. Dragcrt, Herb, 1989, Crustal deformation magnetic variation data for an cast-west Young, C. T.; Booker, J. R.; Fernandez, Ri­ measurements on Canada's west coast­ transect across the Oregon Coast Range cardo; Jiracek, G. R.; Martinez, Mario; An update (abstract). and High Cascades [abstract). Rogcn, J. C.; Stodt, John; Waff, H. S.; Holdahl, S. R.; Faucher, Francois; Dragert, Jiracek, G. R.; Curtis, J. H.; Ramirez, Jorge; Wannamaker, P. E., 1988, Verification Herb, 1987, Recent vertical crustalmo­ Martinez, Mario; Romo, Jose, 1989, of five magnetotelluric systems in the tion in the Pacific Nonhwest (abstract]. Two-dimensional magnctotelluric in­ mini-EMSLAB experimcnL Irving, E., 1989, Towards an answer to version of the EMSLAB Lincoln Line. Young, C. T.; Kitchen, M. R., 1989, A mag­ Beck's question (abstract). Jones, A. G.; Chavc, A. D.; Egben, G. D.; nctotelluric transect in the Oregon Coast Jones, F. W.; Rogers, J. S.; Rouleau, P.; Auld, D. R.; Bahr, Karsten, 1989, A Range. Hutchence, K.; Vigrass, L. W., 1987, comparison of techniques for mag­ 1tlt measurements in western Canada. GEOPHYSICS - ELECTRICAL netotelluric response function estima­ Klucsberg, Alfred; Georgiadou, Yola; tion. SURVEYS - WASHINGTON Dragert, Herb, 1988, Establishment of Livelybrooks, D. W.; Clingman, W. W.; EMSLAB Group, 1988, The EMSLAB elec- crustal deformation networks using Rygh, J. T.; Urquhart, S. A.; Waff, H. S., tromagnetic sounding experiment. GPS-A case study. 1989, A magnetotelluric study of the Gough, D. I.; McKirdy, D. M.; Woods, D. Kouba, J.; Dragert, Herb, 1989, Crustal de­ High Cascades graben in central Ore­ V.; Geiger, H. D., 1989, Conductive formation measurements by satellite gon. structures and tectonics beneath the techniques on Canada's west coast [ ab­ EMSLAB land array. stract). INDEX GEOPHYSICS - MAGNETIC SURVEYS 145

Lisowski, Michael, 1985, Geodetic strain mation on central Vancouver Island GEOPHYSICS - GRAVITY measurements in central Vancouver Is­ British Columbia. · ' SURVEYS - WASHINGTON land. Dragen, Herb; Lambert, A.; Liard, J., 1981, Beeson, P. T., 1990, Gravity maps, models Lisowski, Michael; Prescott, W. H.; Dra­ Repeated precise gravity measurements and analysis of the greater Portland gen, Herb; Holdahl, S. R., 1989, Results on Vancouver Island, British Colum­ area, Oregon. from 1986 and 1987 GPS surveys across bia.• Blakely, R. J.; Jachens, R. C., 1990, Volcan· the Strait of Juan de Fuca, Washington Gibb, R. A.; Boyd, J. B., 1989, National ism, isostatic residual gravity, and re­ and British Columbia [abstract]. gravity survey program, 1988-89.* gional tectonic setting of the Cascade Lisowski, Michael; Savage, J.C.; Prescou, Goodacre, A. K.; Grieve, R. A. F.; Hal­ volcanic province.• W. H.; King, N. E., 1990, Crustal strain. penny, J. F.; Warren, L.A., 1988, Grav­ Blakely, R. J.; Wells, R. E., 1990, Cascade Lisowski, Michael; Savage, J. C.; Prescou, ity maps-Canadian geophysical atlas Range evolution-Constraints from W. H.; King, N. E.; Svare, J. L, 1991, [abstract]. gravity and magnetic anomalies [ab­ Crustal strain. McConnell, R. K., 1988, Decade of North stract]. McLellan, C. D., 1974, Geodetic networks American geology (DNAG) gravity map Couch, R. W., 1968, Temporal gravity in Canada. of North America [abstract]. anomalies and elevation changes in the Miller, R. B.; Johnson, S. Y.; McDougall, J. Sobczak, L. W.; Halpenny, J. F.; Thomas, Puget Sound region of Washington. W., 1990, Comment and reply on "Dis­ M. D., 1989, An enhanced residual iso­ Danel, Z. F., 1982, An analytic method for cordant paleomagnetic poles from the static anomaly map of Canada-A new the determination of distant terrain cor­ Canadian Coast Plutonic Complex-Re­ perspective for crustal investigations rections. gional tilt rather than large displace­ [abstract]. Davis, S. A., 1988, An analysis of the ment?"; Comment. GEOPHYSICS - GRAVITY eastern margin of the Portland basin Prescott, W. H.; Savage, J. C.; Lisowski, using gravity surveys. Michael; Davis, J. L; Svare, J. L; Gross, SURVEYS - OREGON Finn, Carol, 1988, Structure of the Wash­ W. K., 1989, Crustal strain. Alemi, M. A., 1978, A gravity survey of ington convergent margin, implications Rogers, J. S.; Jones, F. W.; Dragen, Herb; Coos Bay, Oregon. for other subduction zones and for con· Hutchence, K., 1983, Tiltmeter mea­ Beeson, P. T., 1990, Gravity maps, models tinental growth processes.• surements in western Canada [abstract]. and analysis of the greater Portland Finn, Carol, 1990, Geophysical constraints Savage, J. C.; Lisowski, Michael, 1988, area, Oregon. Beeson, P. T.; Johnson, A. G., 1990, Gravity on Washington convergent margin struc­ Geodetic deformation measured in ture. Washington and British Columbia. of the greater Portland area [abstract]. Finn, Carol; Phillips, W. M.; Williams, D. Savage, J.C.; Lisowski, Michael; Prescou, Blackwell, D. D.; Steele, J. L; Frohme, M. L., 1991, Gravity anomaly and terrain W. H., 1991, Strain accumulation in K.; Murphey, C. F.; Priest, G. R.; Black, maps of Washington. western Washington. G. L, 1990, Heat flow in the Oregon Cascade Range and its correlation with Finn, Carol; Weaver, C. S.; Stanley, W. D., Sbar, M. L., 1983, An explanation for con­ 1989, Relation of earthquakes and aero­ tradictory geodetic strain and fault plane regional gravity, Curie point depths, and geology.• magnetic anomalies to crustal structure solution data in western North America. in western Washington [abstract]. Slawson, W. F.; Savage, J.C., 1978, Geo­ Blakely, R. J.; Jachens, R. C., 1990, Volcan­ ism, isostatic residual gravity, and re­ Finn, Carol; Williams, D. L, 1983, Gravity detic deformation associated with the studies in the Cascade Range. 1946 Vancouver Island, Canada, earth­ gional tectonic setting of the Cascade quake [abstract]. volcanic province.• Gibb, R. A.; Boyd, J. B., 1989, National gravity survey program, 1988-89.• Vincent, Paul, 1989, Geodetic deformation Blakely, R. J.; Wells, R. E., 1990, Cascade Johnson, A.G.; Beeson, P. T., 1989, Analy­ of the southern Cascadia margin. Range evolution-Constraints from gravity and magnetic anomalies [ab­ sis of gravity data for the greater Pon­ Vincent, Paul; Richards, M. A.; Weldon, R. land area.• J., ll, 1990, Vertical deformation of the stract]. Lees, J.M.; VanDecar, J.C., 1989, Seismic Oregon Cascadia margin [abstract].• Bruemmer, J. L, 1964, Gravity models for peridotite injection and local metamor­ tomography constrained by Bouguer Weldon, Ray; Humphreys, E. D., 1991, gravity anomalies [abstract]. Crustal deformation of western Oregon. phism along north-northeast-trending zones of tectonism, southwest Oregon. McConnell, R. K., 1988, Decade of North GEOPHYSICS - GRAVITY Couch, R. W.; Foote, R. W., 1985, The Shu­ American geology (DNAG) gravity map SURVEYS kash and Lapine basins-Pleistocene of North America [abstract]. see also MARINE GEOLOGY - depressions in the Cascade Range of Palumbo, G. T. X.; Brandon, M. T., 1990, GEOPHYSICS- GRAVITY central Oregon [abstract]. Gravity modeling of the geometry of the SURVEYS Davis, S. A., 1988, An analysis of the frontal thrust to the Late Cretaceous San eastern margin of the Portland basin Juan nappes, NW Washington State [ab­ GEOPHYSICS - GRAVITY using gravity surveys. stract]. SURVEYS [REGIONAL] Gellings, M. E.; Griscom, Andrew, 1988, Sprenke, K. F., 1989, Efficient terrain cor­ Jachens, R. C.; Simpson, R. W.; Blakely, R. Gravity model studies of Newberry Vol­ rections-A geostatistical analysis. J.; Saltus, R. W., 1989, Isostatic residual cano, Oregon. GEOPHYSICS - MAGNETIC gravity and crustal geology of the Johnson, A.G.; Beeson, P. T., 1989, Analy­ SURVEYS United States. sis of gravity data for the greater Pon­ see also Kane, M. F.; Godson, R. H., 1989, A land areL* crust/mantle structural framework of the Johnson, A.G.; Davis, S. A.; Pentu, J.C.; MARINE GEOLOGY - GEOPHYSICS - conterminous United States based on Titus, W. S., 1988, Analysis of gravity MAGNETIC SURVEYS gravity and magnetic trends. data in the Portland area [abstract]. PALEOMAGNETISM GEOPHYSICS - GRAVITY Riddihough, R. P., 1985, The Roseburg­ SURVEYS - BRITISH Pendleton (ROPE) lineament, Oregon COLUMBIA [abstract]. Dragen, Herb, 1986, A summary of recent geodetic measurement of surface defor- 146 GEOPHYSICS - MAGNETIC SURVEYS '[REGIONAL] OPEN FILE REPORT 92-2

GEOPHYSICS - MAGNETIC Teskey, D. J.; Dods, S. D.; Hood, P. J., 1988, Newitt, L. R.; Haines, G. V., 1990, Total SURVEYS [REGIONAL] Magnetic anomaly map of Canada­ intensity chart of Canada 1990.0. Compilation, enhancement and interpre­ Dods, S. D.; Teskey, D. J.; Hood, P. J., 1988, Stanley, W. D., 1989, Comparison of geo­ tation [abstract]. Decade of North American geology electrical/tectonic models for suture (DNAG) magnetic anomaly map of Teskey, D. J.; Ready, E. E.; Stone, P. E.; zones in the western U.S.A. and eastern North America [abstract]. Ellis, B.; Tod, J.; Gibb, R. A., 1989, Europe-Are black shales a possible Aeromagnetic survey program of the source of high conductivities? Finn, Carol, 1991, Comment and reply on Geological Survey of Canada, 1988-89. "U.S. west coast revisited-An aero­ GEOPHYSICS - SEISMIC magnetic perspective"; Comment. Turner, G. M., 1987, A 5000 year geomag­ netic palaeosecular variation record SURVEYS Jachens, R. C., 1990, Notes of the discus­ from western Canada. see also MARINE GEOLOGY - sion group on western United Statea­ GEOPHYSICS - SEISMIC Overview. GEOPHYSICS - MAGNETIC SURVEYS Johnson, P. R., 1991, Comment and reply on SURVEYS - OREGON GEOPHYSICS - SEISMIC "U.S. west coast revisited-An aero­ Blakely, R. J.; Wells, R. E., 1990, Cascade magnetic perspective"; Reply. Range evolution-Constraints from SURVEYS [REGIONAL] Johnson, P. R.; Zietz, Isidore; Bond, K. R., gravity and magnetic anomalies [ab­ Braile, L. W.; Hinze, W. J.; Von Frese, R.R. 1990, U.S. west coast revisited-An stract]. B.; Keller, G. R., 1989, Seismic proper­ aeromagnetic perspective. Egbert, G.D.; Booker, J. R., 1989, Multi­ ties of the crust and uppermost mantle of Kane, M. F.; Godson, R. H., 1989, A variate analysis of geomagnetic array the conterminous United States and ad­ crusthnantle structural framework of the data; 1. The response space. jacent Canada. conterminous United States baaed on Hermance, J. F.; Lusi, S.; Slocum, W.; Neu­ Catchings, R. D., 1989, Crustal structure gravity and magnetic trends. mann, G. A.; Green, A. W., Jr., 1989, A and tectonics of the northwestern U.S. Peddie, N. W.; Zunde, A. K., 1990, Mag­ high-density remote reference magnetic [abstract]. netic models for the United States for variation profile in the Pacific North­ Humphreys, E. D., 1989, Tectonic activity 1985. west of North America. in the western U.S.-The role of the mantle [abstract]. GEOPHYSICS - MAGNETIC Negrini, R. M.; Darke, Rick; Hoare, Brian, 1987, Climate-induced variations in the Iyer, H. M.; Hitchcock, T., 1989, Upper­ SURVEYS - BRITISH mantle velocity structure in the conti­ COLUMBIA geomagnetic field-Possible supponing evidence from a Pleistocene paleomag­ nental U.S. and Canada. Agarwal, A.; Dosso, H. W., 1990, A three netic record [abstract]. Pettit, D. J., 1990, The use of seismic re­ dimensional thin sheet numerical model Verosub, K. L.; Mehringer, P. J., Jr., 1987, fraction in determining sand thickness at study of EM induction in the Vancouver Holocene geomagnetic intensity varia­ selected beach sites in the Pacific North­ Island region [abstract]. tions in western North America-The west [abstract]. Arkani-Hamed, J.; Strangway, D. W., 1988, record from Fish Lake, Oregon [ab­ Potter, C. J., 1989, The deep structure of Interpretation of the aeromagnetic stract]. North American accreted terranes from anomalies of southern Vancouver Is­ . deep seismic reflection data. land. GEOPHYSICS - MAGNETIC Potter, C. J.; Hauser, E. C., 1989, Deep Currie, R. G.; Macfarlane, W. T., 1982, SURVEYS - WASHINGTON seismic reflection images of the Cordil­ Magnetic susceptibility and aero­ Blakely, R. J.; Wells, R. E., 1990, Cascade lera [abstract]. magnetic anomalies on southern Van­ Range evolution-Constraints from Smithson, S. B.; Johnson, R. A., 1989, couver Island [abstract]. gravity and magnetic anomalies [ab­ Crustal structure of the western U.S. Dods, S. D.; Teskey, D. J.; Hood, P. J., 1988, stract]. based on reflection seismology. Decade of North American geology Bogue, S. W.; Cowan, D. S.; Garver, J. L, VanDecar, J.C.; Crosson, R. S.; Creager, K. (DNAG) magnetic anomaly map of 1989, Paleomagnetic evidence for C., 1990, Deep three-dimensional veloc­ North America [abstract]. poleward transpon of Upper Jurassic ity structure of the Caacadia subduction Gilliland, J.M.; Coleborn, R. J.; Brandon, rocks in the Decatur terrane, San Juan zone [abstract]. M. T., 1985, Magnetic models of the Islands, Washington. geologic structure of southern Vancou­ Davis, W. E., 1989, Aeromagnetic interpre­ GEOPHYSICS - SEISMIC ver Island near the Leech River fault tation of the Alpine Lakes study area and SURVEYS - BRITISH [abstract]. additions, Washington. COLUMBIA McKirdy, D. M.; Gough, D. I.; Woods, D. Egben, G.D.; Booker, J. R., 1990, Geomag­ Berastegui, X.; Banda, E., 1990, A research V.; Geiger, H. D., 1987, Conductive netic array studies in southwestern note on the interpretation of seismic re­ structures beneath the EMSLAB land Washington [abstract]. flection line 1 across Vancouver Is­ array [abstract]. Finn, Carol, 1988, Structure of the Wash­ land-CCSS data set m. Newitt, L. R.; Haines, G. V., 1990, Magne­ ington convergent margin, implications Burianyk, M. J. A.; Ellis, R. M.; White, D. tic declination chan of Canada 1990.0. for other subduction zones and for con­ J.; Luengen, J. H.; Clowes, R. M.; Newitt, L. R.; Haines, G. V., 1990, Magne­ tinental growth processes. Spence, G. D.; Forsyth, D. A., 1990, tic inclination chart of Canada 1990.0. Finn, Carol, 1990, Geophysical constraints LITHOPROBE's 1990 southern British Newitt, L. R.; Haines, G. V., 1990, Total on Washington convergent margin struc­ Columbia Cordilleran refraction experi­ intensity chart of Canada 1990.0. ture. ment (SCoRE '90) [abstract]. Nienaber, W.; Hibbs, R. D.; Dosso, H. W.; Finn, Carol; Weaver, C. S.; Stanley, W. D., Calvert, A. J.; Clowes, R. M., 1989, The Law, L. K., 1982, An estimate of the 1989, Relation of earthquakes and aero­ reflectivity of the accretionaty complex conductivity structure for the Vancouver magnetic anomalies to crustal structure of western Canada [abstract). Island region from geomagnetic reaulu. in western Washington [abstract]. Calvert, A. J.; Clowes, R. M., 1990, Deep, Ready, E. E.; Knappen, W. A.; Stone, P. E.; Newitt, L. R.; Haines, G. V., 1990, Magne­ high-amplitude reflections from a major Teskey, D. J.; Gibb, R. A., 1988, Aero­ tic declination chan of Canada 1990.0. shear zone above the subducting Juan de magnetic survey program of the Geolo­ Newitt, L. R.; Haines, G. V., 1990, Magne­ Fuca plate. gical Survey of Canada 1987-88. tic inclination chart of Canada 1990.0. INDEX GEOPHYSICS - SEISMIC SURVEYS - BRITISH COLUMBIA 147

Calven, A. J.; Clowes, R. M., 1990, Reflec­ Cook, F. A.; Varsek, J. L; Clowes, R. M.; Hamilton, T. S., 1991, Seismic stratigraphic tions from the accreted margin western Spencer, C. S.; Kanasewich, E. R.; evidence for the distribution and facies Canada-Evidence for the migration of Brown, R. L.; Moore, J. M.; Parrish, R. of thick glaciomarine deposits beneath fluids and a major shear zone above the R.; Price, R. A.; and others, 1990, the Strait of Georgia and adjacent fjords subducting plate [abstract]. LITHOPROBE crustal reflection tran­ [abstract]. Cassidy, J. F.; Ellis, R. M., 1989, Modelling sect of the southern Canadian cordillera Hamilton, T. S.; Han, B. S., 1991, The phys­ of broadband teleseismic P-waveforms [abstract]. iography, structure and growth of the to obtain the subduction geometry be­ Cumming, W. B.; Clowes, R. M.; Ellis, R. Fraser Delta front-Strait of Georgia, neath southwestern British Columbia M., 1977, The southern trans-British British Columbia [abstract]. [abstract]. Columbia seismic profile-A progress Hasselgren, E. O.; Clowes, R. M., 1989, Cassidy, J. F.; Ellis, R. M., 1989, The sub­ repon [abstract]. Crustal structure of the nonhern Juan de duction geometry beneath southwestern Cumming, W. B.; Clowes, R. M.; Ellis, R. Fuca plate from multichannel seismic British Columbia determined from M., 1979, Crustal structure from a seis­ reflection data [abstract]. teleseismic P-waveform analysis [ab­ mic refraction profile across southern Hawthorne, R., 1990, Reprocessing Van­ stract]. British Columbia. couver Island LITHOPROBE data .. Cassidy, J. F.; Ellis, R. M., 1989, Teleseis­ Dehler, S. A.; Clowes, R. M., 1987, Seismic Hunter, J. A.; Woeller, D. J.; Luternauer, J. mic P wave receiver function analysis in refraction modelling of the Queen Char­ L., 1990, Comparison of surface, bore­ the Cascadia subduction zone [abstract]. lotte fault zone [abstract]. hole and seismic cone penetrometer Chiu, S. K. L.; Kanasewich, E. R.; Phadke, Dehler, S. A.; Clowes, R. M., 1989, Struc­ methods of determining the shallow Suhas, 1986, Three-dimensional deter­ tural models across the nonhern Casca­ shear wave velocity structure in the Fra­ mination of structure and velocity by dia subduction zone-An integration of ser River delta, British Columbia. seismic tomography. geophysical data [abstract]. Hyndman, R. D., 1988, Dipping seismic re­ Clowes, R. M., 1984, Phase 1 LITHO­ DeLaurier, J.M.; Kunz, R. D.; Gupta, J.C., flectors, electrically conductive zones, PROBE-A coordinated national geo­ l 98S, A magnetotelluric survey over the and trapped water in the crust over a science project. subduction zone under Vancouver Is­ subducting plate. Clowes, R. M., 1984, Transect Bl-Litho­ land, B.C. [abstract]. Iwasaki, Takaya; Shimamura, Hideki, 1990, spheric structure across an accretionary Drew, J. J.; Clowes, R. M., 1987, The Van­ Velocity structure model determined margin off western Canada [abstract]. couver bland (Canada) seismic refrac­ from onshore•offshore seismic profiling Clowes, R. M., 198S, Southern Vancouver tion experiment-Reinterpretation across Vancouver Island and adjacent Island-Seismic reflection imaging of using constraints from LlTHOPROBE continental margin. Wrangellia and Tertiary undenhrusting reflection data [abstract]. Joi, H. M.; Roberts, M. C., 1988, The seis­ [abstract]. Drew,J.J.; Clowes,R. M., 1990, A re-inter­ mic facies of a delta onlapping an off. Clowes, R. M., 1990, Structure and tectonic pretation of the seismic structure across shore island-Fraser River delta, British evolution of the westernmost Canadian the active subduction zone of western Columbia. Cordillera-A multidisciplinary ap­ Canada. Kanasewich, E. R.; Burianyk, M. J. A., proach [abstract]. Egger, A.; Ansorge, J., 1990, Interpretation 1990, Western Canadian LITHOPROBE Clowes, R. M.; Brandon, M. T.; LITHO­ of seismic refraction data-CCSS data profiles and seismicity [abstract]. PROBE Team (Green, A. G.; Yorath, C. set I-Vancouver Island-continental Kostaschuk, R. A.; MacDonald, G. M., J.; Kanuewich, E. R.; Sutherland margin. 1988, Multitrack surveying of large Brown, A.; Spencer, C.), 1986, LITHO­ Fowler, C. M. R.; Pandit, B. I., 1990, Anal­ bedforms. PROBE-Vancouver Island-Cenozoic ysis of CCSS data set I-Reflection-re­ Langston, C. A., 1981, Evidence for the subduction complex imaged by deep fraction data from the Vancouver Island subducting lithosphere under southern seismic reflections [abstract].• continental margin of western Canada. Vancouver Island and western Oregon Clowes, R. M.; Ellis, R. M.; Spence, G. D., Gough, D. I., 1986, Magnetotelluric evi­ from teleseismic P wave conversions. 1982, VISP I-The Vancouver Island dence for subduction of seafloor sedi­ Levato, L; Alioth, D.; Olivier, R.; Wagner, Seismic Project-Reflections from the ments. J. J., 1990, Reflection seismic data from subducting lithosphere [abstract]. Green, A. G., l 98S, Phase I-Mapping deep Vancouver Island procened using Geo­ Clowes, R. M.; Hyndman, R. D.; Yorath, C. crustal structure beneath Vancouver Is­ vecteur software package on a Cray J.; Davis, E. E., 1989, The structure of land [abstract]. supercomputer (CCSS topic W). the western Canada subduction zone­ Green, A.G., 1988, Tectonic and magmatic Luternauer, J. L., 1988, Geoarchitecture, Implications for the tectonic history of underplating as deduced from seismic evolution, and seismic risk assessment the Canadian Cordillera [abstract]. reflection and refraction profiling [ab­ of the southern Fraser River delta, B.C. Clowes, R. M.; LITHOPROBE Team stract]. Marshall, Jocelyn, 198S, LITHOPROBE (Green, A. G.; Yorath, C. J.; Brandon, Green, A. G.; Berry, M. J.; Spencer, C. P.; maps subduction zone. M. T.; Kanasewich, E. R.; Sutherland Kanasewich, E. R.; Chiu, S.; Clowes, R. Mayrand, L. J.; Milkereit, Bemd, 1988, Au­ Brown, A.; Spencer, C.), 198S, LITHO­ M.; Yorath, C. J.; Stewan, D. B.; Unger, tomated editing and true-amplitude PROBE - Vancouver Island-Wrangel­ J. D.; Poole, W. H., 1986, Recent seis­ stacking of seismic data. lia and Cenozoic subduction complex mic reflection studies in Canada. Mereu, R. F., 1990, An interpretation of imaged by deep seismic reflections [ab­ Green, A. G.; Clowes, R. M.; Yorath, C. J.; CCSS data set I using the triangular stract]. Spencer, C.; Kanasewich, E. R.; Suther­ block model method. Clowes, R. M.; Spence, G. D.; Ellis, R. M.; land Brown, A.; Brandon, M. T.; Mas­ Milkereit, Bemd; Spencer, Carl; Mayrand, Waldron, D. A., 1986, Structure of the sey, N. W. D.; Hyndman, R. D., 198S, L. J., 1990, Migration and amplitude lithosphere in a young subduction LITHOPROBE-Phase 3-Mapping of analysis of deep seismic reflection zone-Results from reflection and re­ an active subduction zone [abstract]. data-Processing results of CCSS data fraction studies. Green, A. G.; Milkereit, Bernd; Mayrand, sets II and m. Cook, F. A.; Varsek, J. L; Clark, E. A., L. J.; Spencer, C.; Kurtz, R. D.; Clowes, Monger, J. W. H., 1991, Continent-ocean 1990, Proterozoic continent to ocean R. M., 1987, LITHOPROBE seismic re­ interactions built Vancouver's founda­ crustal transition and its influence on flection profiling across Vancouver Is­ tions. the evolution of the Canadian Cordillera land-Results from reprocessing. [abstract]. 148 GEOPHYSICS - SEISMIC SURVEYS - CALIFORNIA OPEN FILE REPORT 92-2

Monger, J. W. H.; Clowes, R. M.; Currie, R. data from the subduction zone beneath processes along the Oregon-Washing­ G.; Hoy, Trygve; Hyndman, R. D.; Vancouver Island and the North Ameri­ ton margin. Preto, V. A.; Price, R. A.; Riddihough, can mainland. Cotton, J. A.; Catchings, R. D., 1989, Data R. P.; Simony, P. S.; and others, 1982, White, D. J.; Clowes, R. M., 1984, Seismic report for the 1983 U.S. Geological Sur­ Southern Canadian Cordillera-Tran­ investigation of the Coast Plutonic vey east-central Oregon seismic refrac­ sect B2 (abstract]. Complex-Insular Belt boundary be­ tion experiment. Morgan, Joanna; Warner, Mike, 1990, Inter­ neath the Strait of Georgia. Crampin, Stuart; McGonigle, Robert; Ando, pretation of a combined refraction and Wickens, A. J., 1977, The upper mantle of Masataka, 1986, Extensive-dilatancy reflection profile across the western Ca­ southern British Columbia. anisotropy beneath Mount Hood, Ore­ nadian active margin. Yorath, C. J.; Clowes, R. M.; Green, A. G.; gon and the effect of aspect ratio on Nyland, E.; Li, Quin, 1986, Analysis of Sutherland Brown, A.; Brandon, M. T.; seismic velocities through aligned seismic instability of the Vancouver Is­ Massey, N. W. D.; Spencer, C.; Kana­ cracks. land UTHOPROBE transect. sewich, E. R.; Hyndman, R. D., 1985, Dawson, P. B.; Stauber, D. A., 1986, Data Phadke, Suhas, 1988, Imaging crustal dif­ LITHOPROBE-Phase I-Southern report for a three-dimensional high-res­ fraction zones and seismic tomography. Vancouver Island-Preliminary analy­ olution P-velocity structural investiga­ Phadke, Suhas; Kanasewich, E. R., 1990, ses of reflection seismic profiles and tion of Newberry Volcano, Oregon, Seismic tomography to obtain velocity surface geological studies.• using seismic tomography. gradienu and three-dimensional struc­ Yorath, C. J.; Green, A. G.; Clowes, R. M.; Harris, R. A.; Iyer, H. M.; Dawson, P. B.; ture and its application to reflection data Sutherland Brown, A.; Brandon, M. T.; Berge, P.A.; Michaelson, C. A., 1989, on Vancouver Island.• Kanasewich, E. R.; Hyndman, R. D.; Imaging the Juan de Fuca slab beneath Potter, C. J., 1989, The deep structure of Spencer, C. P., 1985, UTHOPROBE, ·southern Oregon using teleseiamic re­ North American accreted terranes from southern Vancouver Island-Seismic re­ siduals (abstract]. deep seismic reflection data. flection sees through Wrangellia to the Iyer, H. M., 1985, Imaging of velocity Pullan, S. E.; Jol, H. M.; Gagne, R. M.; Juan de Fuca plate. anomalies in the crust and upper mantle Hunter, J. A., 1989, Compilation of high Yorath, C. J.; Hyndman, R. D.; Davis, E. E.; in diverse volcanic environments using resolution 'optimum offset' shallow Clowes, R. M., 1989, The northern teleseismic waves. seismic reflection profiles from the Cascadia subduction zone at Vancouver Iyer, H. M.; Stauber, D. A., 1985, High-res­ southern Fraser River delta, British Co­ Island-Seismic structure and tectonic olution imaging of three-dimensional lumbia. history (abstract). anomalies using explosion-generated Riddihough, R. P., 1985, A symposium on GEOPHYSICS - SEISMIC seismic waves [abstract]. the deep structure of southern Vancou­ SURVEYS - CALIFORNIA Keach, R. W., Il, 1986, Cenozoic active ver Island-Results of UTHOPROBE margin and shallow Cascades struc­ Phase 1-19 April 1985. Benz, H. M.; Zandt, G.; Oppenheimer, D., ture-COCORP results from western Rohr, K. M. M., 1989, Shale diapirism and 1990, Seismic imaging of the subduc­ Oregon. thrusting in the accretionery (sic] front tion plate and the slable11 window be­ Keach, R. W., Il; Oliver, J.E.; Brown, L. D.; of Vancouver Island (abstract). neath northern California (abstract). Kaufman, Sidney, 1989, Cenozoic ac­ Spence, G.D., 1981, VISP 80-A seismic Berge, P. A.; Stauber, D. A., 1985, Seismic tive margin and shallow Cascades struc­ project to study the oceanic/continental refraction profile acro11 Lanen Peak ture-COCORP results from western lithosphere transition across Vancouver (abstract). Oregon. Is. (abstract). Niazi, Mansour; Karageorgi, Eleni, 1986, Keach, R. W., ll; Potter, C. J., 1989, Eocene Spence, G. D.; Clowes, R; M.; Ellis, R. M., 3-D structure of the crust near Mendo­ to present active margin tectonics, west­ 1985, Seismic structure across the ac­ cino triple junction from teleseismic P­ ern Oregon, as revealed by deep reflec­ tive subduction zone of western Can­ delays [abstract). tion profiles [abstract). ada.* Stauber, D. A.; Berge, P. A., 1985, Compar­ Keach, R. W., Il; Potter, C. J.; Oliver, J. E.; Spence, G. D.; Ellis, R. M.; Clowes, R. M., ison of the P-velocity structures of Mt. Brown, L. D., 1986, Cenozoic active 1982, VISP ID-Ray tracing and itera­ Shasta, California, and Newberry Vol­ margin and shallow Cascades struc­ tive inversion of traveltimes for struc­ cano, Oregon (abstract). ture-COCORP results from western ture across the Juan de Fuca/America GEOPHYSICS - SEISMIC Oregon [abstract]. plate margin (abstract). SURVEYS - OREGON Kohler, W. M.; Healy, J. H.; Wegener, S. S., 1982, Upper crustal structure of the Thybo, Hans, 1990, Interpretation of coin­ Achauer, Ulrich; Evans, J. R.; Stauber, D. cident seismic reflection and refraction A., 1988, High-resolution seismic tomo­ Mount Hood, Oregon region as revealed by time term analysis.• profiles acro11 the active subduction graphy of compreaaional wave velocity zone of western Canada. structure at Newberry Volcano, Oregon Langston, C. A., 1981, Evidence for the Valasek, P. A.; Finckh, P.; Demartin, M., Cascade Range. subducting lithosphere under southern 1990, Reprocessing of seismic reflec­ Ake, Jon; Markiewicz, R. D.; Butler, David; Vancouver Island and western Oregon tion data recorded on Vancouver Island, Harrell, H. C., 1988, Impact of shallow from teleseismic P wave conversions. BC-CCSS data set ID. seismic exploration on engineering de­ Leaver, D. S.; Mooney, W. D.; Kohler, W. Vanek, J. L.; Cook, F. A.; Clowes, R. M.; cisions at Cold Springs Dam, Oregon M., 1984, A seismic refraction study of Spencer, C.; Kanasewich, E. R., 1989, [abstract]. the Oregon Cascades.• LITHOPROBE reflection traverse of Berge, P. A., 1985, Teleseismic P-wave Nazy, D. J., 1987, A seismic refraction southern British Columbia (abstract]. traveltime residuals across the Cascade study of a portion of the northeastern Waldron, D. A.; Clowes, R. M.; White, D. Range in southern Oregon. margin of the Tualatin Valley, Oregon. J., 1990, Seismic structure of a subduct­ Catchings, R. D.; Mooney, W. D., 1988, Nelson, C. H.; Larsen, M. C.; Thor, D. R.; ing oceanic plate off western Canada. Crustal structure of east central Ore­ Wright, A. A., 1980, Sedimentary his­ Walters, L. K., 1987, A geological interpre­ gon-Relation between Newberry Vol­ tory of the floor of Crater Lake, Ore­ tation of LITHOPROBE seismic reflec­ cano and regional crustal structure. gon-A restricted basin with non-chan­ nelized turbidites [abstract). tion profile 3, southern Vancouver Is­ Cochrane, G. R.; Lewis, B. T. R.; McClain, land, B.C. K. J., 1988, Structure and subduction Weber, M. H., 1990, Application of the Gauuian beam method to refraction INDEX GEOPHYSICS - THERMAL SURVEYS 149

Stanley, W. D.; Mooney, W. D.; Fuis, G. S., vey in Puget Sound and the Strait of no. 1, Preliminary results and recom­ 1990, Deep crustal strucwre of the Cas­ Juan de Puca. mended confirmation drilling program. cade Range and surrounding regions Harding, S. T.; Barnhard, T. P.; Urban, T. C., Shannon and Wilson, Inc., 1979, Cedar from seismic refraction and magneto­ 1988, Preliminary data from the Puget Falls project, seismic refraction line no. telluric data.• Sound multichannel seismic-reflection 2-Letter repon. Stauber, D. A., 1984, Oregon seismic exper­ survey. Stanley, W. D.; Fuis, G. S.; Mooney, W. D., iment. Harding, S. T.; Urban, T. C.; Diment, W. H., 1989, Details of crustal structure in the Stauber, D. A.; Berge, P.A., 1985, Compar­ 1988, Evidence of recent tectonic defor­ Cascade Range and surrounding regions ison of the P-velocity structures of Mt. mation in Puget Sound from seismic-re­ from seismic and magnetotelluric data. Shasta, California, and Newberry Vol­ flection profiles [abstract]. Stanley, W. D.; Mooney, W. D.; Fuis, G. S., cano, Oregon [abstract]. Hasselgren, E. 0.; Clowes, R. M., 1989, 1990, Deep crustal strucwre of the Cas­ Stauber, D. A.; Green, S. M.; Iyer, H. M., Crustal structure of a young ocean cade Range and surrounding regions 1988, Three-dimensional P velocity basin-Intraplate deformation observed from seismic refraction and magneto­ strucwre of the crust below Newberry on multichannel reflection profiles [ab­ telluric data.• Volcano, Oregon. stract). Tinsley, J.C., 1989, Quaternary framework Stauber, D. A.; Iyer, H. M.; Mooney, W. D.; Jonientz-Trisler, Chris; Qamar, A. I., 1989, for earthquake studies, Loa Angeles, Dawson, P. B., 1985, Three-dimensional Debris flow seismograms from Mt. California. P-velocity structure of the summit cal­ Rainier and Mt. Adams [abstract]. VanDecar, J.C.; Crosson, R. S., 1987, Au­ dera of Newberry Volcano, Oregon. King, K. W.; Tarr, A. C., 1989, Urban haz­ tomated determination of teleseiamic Trehu, A. M.; Holt, T.; Shi, J.; Nakamura, ards seismic field investigations and the relative phase arrival times using multi­ Y.; Brocher, T.; Moses, M., 1990, Pre­ study of the effects of site geology on channel crou-correlation and least liminary results from the 1989 Oregon ground shaking. squares [abstract). onshore-offshore seismic imaging ex­ Lankston, R. W.; Lankston, M. M.; West, L. Williams, Sara, 1986, Handbook for geo­ periment [abstract).• M., 1985, Seismic reflection profiling in physical survey operators for Washing­ Trehu, A. M.; Nakamura, Y.; Brocher, T.; the Cedar River basin, western Washing­ ton's offshore and inland marine waters. Moses,M., 1991, 19890regononshore­ ton. GEOPHYSICS - THEMATIC offshore seismic imaging experiment Miller, D. J.; Parks, D.S., 1990, The use of [abstract]. refraction seismology in the character­ MAPPER SURVEYS Weaver, C. S.; Green, S. M.; Iyer, H. M., ization of bedrock morphology under a Gower, J. F. R., 1989, Coastal studies with 1982, Seismicity of Mount Hood and forest soils horizon [abstract]. the thematic mapper on the west coast of strucwre as determined from teleseis­ Monger, J. W. H., 1991, Continent-ocean Canada. mic P wave delay swdies. interactions built Vancouver's founda­ Gutmanis, J.C., 1989, Wrench faults, pull­ tions. apan basins, and volcanism in central GEOPHYSICS - SEISMIC Oregon-A new tectonic model based SURVEYS - WASHINGTON Nyland, E.; Li, Quin, 1986, Analysis of seismic instability of the Vancouver Is­ on image interpretation. Bor, S.-S., 1977, Scaling for seismic source land LITHOPROBE transect. GEOPHYSICS - THERMAL spectra and energy attenuation in the Peterson, C. D.; Phipps, J. B., 1987, Seis­ Chelan region, eastern Washington. SURVEYS mic stratigraphy of the Holocene trans­ see also Calven, A. J.; Cowes, R. M., 1990, Deep, greuive sequence in Grays Harbor, high-amplitude reflections from a major Washington, a shelf-barrier-estuarine GEOTHERMAL RESOURCES shear zone above the subducting Juan de transect from an active-margin coast MARINE GEOLOGY - GEOPHYSICS Puca plate. [abstract]. - THERMAL SURVEYS Calven, A. J.; Hasselgren, E. O.; Cowes, Potter, C. J.; Prussen, E. I.; Yoos, T. R.; Fournier, R. 0., 1989, Maximum depths of R. M., 1990, Oceanic rift propagation­ Sanford, W. E.; Keach, R. W., Il; Thig­ earthquakes as an aid in evaluating con­ A cause of crustal underplating and sea­ pen, J. L.; Oliver, J. E., 1986, Deep seis­ vective and conductive heat fluxes from mount volcanism. mic reflection traverse of the Nonh the Cascade province and adjacent re­ Cochrane, G. R.; Lewis, B. T. R.; McCain, American Cordillera at latitude 49 de­ gions. K. J., 1988, Structure and subduction grees N [abstract]. Lewis, T. J., 1989, Heat flux in the Cana­ processes along the Oregon-Washing­ Prussen, E. I.; Potter, C. J.; Oliver, J. E.; dian Cordillera-Results and interpreta­ ton margin. Brown, L. D., 1988, Variations in the tions [abstract]. Diment, W. H., 1988, Seismicity and hydro­ reflection Moho from a mountain belt Lewis, T. J.; Bentkowski, W. H.; Davis, E. thermal processes. interior to the craton ... the COCORP NW E.; Hyndman, R. D.; Souther, J. G.; Geo-Compu-Graph, Inc., 1980, Engineer­ U.S. transect-WA, ID, and MT [ab­ Wright,J. A., 1989, Thermalstrucwreof ing reflection seismic survey in the stract]. the nonhem (Canadian) Cascades. Cedar River groundwater basin. Sanford, W. E., 1986, Detailed three-dimen­ Wang, C.-Y.; Shi, Yaolin; Kulm, L. D.; Geo-Recon, Inc., 1963, Phase I, Geophysi­ sional strucwre of the deep crust in the Langseth, M. G., 1989, Thermal con­ cal investigation, proposed Morse Lake U.S. Cordillera in north-central Wash­ straints on fluid expulsion rate in accre­ dam. ington based on COCORP data. tionary prisms-A study of the Oregon­ Gwilliam, W. J.; Stanley, W. D.; Latham, G. Sanford, W. E.; Potter, C. J.; Oliver, J. E., Washington margin [abstract]. V.; Westhusing, J. K., 1990, Deep seis­ 1988, Detailed three-dimensional struc­ Georgia Basin, see BRITISH mic surveys of a dormant subduction ture of the deep crust based on COCORP COLUMBIA - GEORGIA BASIN zone in the Pacific Northwest, United data in the Cordilleran interior, north­ Georgia Strait, see BRITISH States [abstract). central Washington. COLUMBIA - STRAIT OF GEORGIA Harding, S. T., 1989, Investigation of seis­ Schwarz, S. D.; McLucas, G. B., 1988, De­ mic-wave propagation for determina­ tection of destressed rock and potential tion of crustal strucwre. collapse feawres above old mine work­ Harding, S. T.; Agena, W.; Nichols, D.; Lee, ings by the seismic refraction method. M., 1989, Small-boat, multi-channel, Shannon and Wilson, Inc., 1976, Cedar high-resolution seismic reflection sur- Falls project-Seismic refraction line 150 GEOTHERMAL RESOURCES AND HEAT FLOW OPEN FILE REPORT 92-2

GEOTHERMAL RESOURCES Dyke, A. S.; Prest, V. K., 1987, Late Wis­ Ryder, J. M.; Fulton, R. J.; Clague, J. J., AND HEAT FLOW consinan and Holocene retreat of the 1990, The Cordillcran ice sheet in south­ Blackwell, D. D.; Steele, J. L; Frohme, M. Laurentide ice sheet. ern and central British Columbia (ab­ K.; Murphey, C. F.; Priest, G. R.; Black, Dyke, A. S.; Prest, V. K., 1987, Paleogeo­ stract]. G. L, 1990, Heat flow in the Oregon g raph y of northern North America 18,000-5,000 years ago. ' GLACIAL GEOLOGY - Cascade Range and its correlation with CASCADE RANGE Jackson, L. E., Jr.; Clague, J. J., 1990, De­ regional gravity, Curie point depths, and Beget, J. E., 1980, Tcphrochronology of geology.• velopment of ideas about the Cordille­ ran ice sheet-One hundred and fony late-glacial and Holocene moraines in Bogan, LE.; Reiddy, L A., 1987, Impon­ the central nonh Cascade Range, Wash­ ance of fault mapping to mineral/geo­ years of exploration and discovery [ab­ stract]. ington State [abstract]. thermal exploration-Relationship to Beget, J. E., 1988, Comment on "Age of fluid migration and ore formation­ Mathewes, R. W., 1990, Climatic condi­ pre-Ncoglacial cirque moraines in the Nonhwest Washington. tions in the Cordillera during the last glaciation-Palcoecological evidence central Nonh American Cordillera," by Finn, Carol; Williams, D. L, 1983, Gravity P. T. Davis and G. Osborn. studies in the Cascade Range. [abstract]. Davis, P. T.; Osborn, Gerald, 1987, Age of Frank, D. G., 1986, Hydrothermal processes Robena, B. L., 1989, Modeling the southern ponion of the Cordillcran ice sheet [ab­ pre-Neoglacial cirque moraines in the at Mount Rainier, Washington [ab­ central Nonh American Cordillera.• stract]. stract]. Roberts, B. L., 1990, Insights into the Long, W. A., 1989, A probable sixth Leav­ Ingebritsen, S. E.; Sherrod, D. R.; Mariner, cnwonh glacial substage in the Icicle­ R. H., 1989, Heat flow and hydrother­ growth and flow patters of the late Wis­ consin Cordillcran ice sheet using an ice Cbiwaukum Creeks area, nonh Cascade mal circulation in the Cascade Range, Range, Washington. nonh-central Oregon. flow model [abstract]. Long, W. A., 1989, Reinterpretation of the Lewis, T. J.; Bentkowski, W. H.; Davis, E. Whitlock, Cathy; Thompson, R. S.; Bart­ lcin, P. J., 1990, Climatic assessment of alpine glacial sequence in the Leaven­ E., 1983, The variation in measured heat worth area, Washington [abstract]. flow, Jervis Inlet, British Columbia [ab­ the last deglaciation in the Pacific stract]. Northwest as inferred from paleobotan­ Porter, S. C., 1989, Some geological im­ ical data [abstract]. plications of average Quaternary glacial Lewis, T. J.; Bentkowski, W. H.; Davis, E. conditions. E.; Hyndman, R. D.; Souther, J. G.; GLACIAL GEOLOGY - Wright, J. A., 1989, Thermal structure of BRITISH COLUMBIA GLACIAL GEOLOGY - the nonhern (Canadian) Cascades. Baxter, Sonny; 1987, Unusual folding and FRASER LOWLAND-PUGET Lewis, T. J.; Hyndman, R. D., 1981, Heat rolling of glacio-lacustrinc sediments, LOWLAND flow in Jervis Inlet, southwestern Brit­ upper Fraser Canyon, British Columbia Booth, D. B., 1990, Physical processes of ish Columbia (abstract]. [abstract]. the Puget lobe, Cordilleran ice sheet Lewis, Trevor, 1985, A heat flux profile Blaise, Bcnrand; Bornhold, B. D.; Conway, [abstract]. across southern Vancouver Island to the K. W.; Karlin, R.H., 1988, Glacial his­ Booth, D. B., 1990, Pleistocene deposits Garibaldi Volcanic Belt (abstract]. tory and deep sea sedimentation in the and subglacial landforms of the south­ Priest, G. R., 1986, A program for scientific nonheast Pacific since 38,000 a BP (ab­ eastern Puget Lowland. drilling in the Cascades, nonhern Cali­ stract]. Clague, J. J.; Saunders, I. R.; Roberts, M. fornia, Oregon, and Washington. Brostcr, B. E., 1983, Glaciotcctonics asap­ C., 1988, Ice-free conditions in south­ Priest, G. R., 1987, Investigation of the plied to eanhquake engineering; A case western British Columbia at 16,000 thermal regime and geologic history of study at Hat Creek, British Columbia years BP. the Cascade volcanic arc-First phase [abstract]. Danner, W. R., 1969, Glacial-cut groove of a program for scientific drilling in the Church, Michael; Clague, J. J., 1990, Con­ and glacial-eroded surfaces on serpen­ Cascade Range. straints on climate during the last glaci­ tine, Fidalgo Island, Washington [ab­ Morgan, Paul; Gosnold, W. D., 1989, Heat ation from the rate of Cordillcran ice stract]. flow and thermal regimes in the conti­ sheet growth and decay [abstract]. Danner, W.R., 1969, Pleistocene stratigra­ nental United States. Evans, I. S., 1990, Ice streams in the Cor­ phy and sedimentary structures at the GLACIAL GEOLOGY dillcran ice sheet, southwestern British southeastern side of Point Roberts [REGIONAL] Columbia (abstract]. Washington [abstract). ' Easterbrook, D. J., 1966, Glaciomarinc en­ Blaise, Bcnrand; Clague, J. J.; Mathewes, Eyles, Nicholas, 1990, Cordilleran ice vironments and the Fraser glaciation in R. W., 1990, Time of maximum late Wis­ sheet; Fast ice flow and sedimentation in southern British Columbia (abstract]. nonhwcst Washington-Guidebook for consin glaciation, west coast of Canada. Eyles, Nicholas; Clague, J. J., 1987, Land­ first Annual Field Conference, Pacific Clague, J. J.; Easterbrook, D. J.; Hughes, 0. sliding caused by Pleistocene glacial Coast Section, Friends of the Pleisto­ L.; Matthews, J. V., Jr., 1988, Was there lake ponding-An example from central cene, September 24-25, 1966. an ice sheet in the Canadian Cordillera British Columbia. Easterbrook, D. J., 1989, Origin of glacio­ during the early Wisconsinan?-Rcex­ marine drift and synchronicty [sic] of amination of the geological record (ab­ Fulton, R. J., 1990, Cordillcran ice sheet lobes of the Cordillcran ice sheet [ab­ stract]. growth and decay (conceptual model) [abstract]. stract]. Colman, S. M.; Pierce, K. L., 1988, Variable Easterbrook, D. J., 1990, Advance and re­ records of early Wisconsinan alpine gla­ Mothcnill, J. S., 1987, The use of paleo­ magnctic logs in determining the post­ treat of Cordillcran ice sheets in Wash­ ciation in the northwestern United ington [abstract]. States (abstract]. glacial history of Vancouver Island [ab­ stract). Galster, R. W.; Coombs, H. A., 1989, Cas­ De Young, E. J.; Clark, J. A., 1990, Glacio­ Pelto, M. S; Higgins, Scan; Roberts, B. L, cade ice border dams-Geologic set­ isostatic deformation caused by the Cor­ ting. dillcran ice sheet as an indicator of man­ 1990, Modelling the Cordillcran ice Galster, R. W.; Laprade, W. T., 1991, Geol­ tle viscosity in British Columbia [ab­ sheet [abstract). ogy of Seattle, Washington, United stract]. States of America. INDEX GORDA RIDGE and GORDA RISE - GEOPHYSICS 151

Haase, P. C., 1987, Glacial stratigraphy and GORDA RIDGE and GORDA Vallier, T. L.; Harold, P. J.; Girdley, W. A., landscape evolution of the north-central RISE - EARTHQUAKES AND 1973, Provenances and dispersal pat­ Puget Lowland, Washington. SEISMOLOGY terns of turbidite sand in Escanaba trough, northeastern Pacific Ocean. Hamilton, T. S., 1991, Seismic stratigraphic Bibee, L. D., 1986, Ocean bottom seismom­ evidence for the distribution and facies Wong, F. L., 1989, Mineralogy of sand in eter measurements on the Gorda Ridge. of thick glaciomarine deposits beneath turbidites from Escanaba trough, north­ the Strait of Georgia and adjacent fjords Bolt, B. A.; Lomnitz, C.; McEvilly, T. V., east Pacific Ocean. [abstract]. 1968, Seismological evidence on the tectonics of central and northern Cali­ GORDA RIDGE and GORDA Jones, M.A., 1991, A layered multiaquifer fornia and the Mendocino escarpment. system in the Puget Lowland resulting RISE - GEOPHYSICS from cyclic continental glaciations [ab­ Carver, G. A., 1988, Seismic potential of Abbott, D. H., 1986, Heat flow results from stract]. the Gorda segment of the Cascadia sub­ the Gorda Ridge. duction zone [abstract]. Kunz, D. D., 1980, Stratigraphy and gene­ Bibee, L. D., 1986, Ocean bottom seismom­ sis of Eady Proterozoic diamictites­ Carver, G. A.; Vick, G. S.; Burke, R. M., eter measurements on the Gorda Ridge. North America. 1989, Late Holocene paleoseismicity of Cacchione, D. A.; Drake, D. E.; Clarke, S. the Gorda segment of the Cascadia sub­ Thorson, R. M., 1989, Glacio-isostatic re­ H., Jr.; Masson, D. G., 1984, Long-range duction zone [abstract]. sponse of the Puget Sound area, Wash- side-scan-sonar studies of the northern ington. · Clarke, S. H., Jr.; Carver, G. A., 1989, On­ California and southern Oregon EEZ shore-offshore characteristics and seis­ Tinsley, J.C., 1989, Considerations for de· [abstract]. mic potential of structures along the terministic ground motion mapping in Cacchione, D. A.; Drake, D. E.; Clarke, S. Gorda segment of the Cascadia subduc­ the Portland-Puget Sound region. H., Jr.; Masson, D. G., 1984, Physiogra­ tion zone [abstract). phy of the sea-floor off northern Califor­ GLACIER PEAK (Snohomish Huang, P. Y.; Solomon, S. C., 1988, Cen­ nia and southern Oregon [abstract]. Co., Wash.) troid depths of mid-ocean ridge earth­ Dehlinger, Peter; Couch, R. W., 1969, Syn­ Beget, J. E., 1990, Volcanoes of Washing- quakes-Dependence on spreading rate. thesis of geophysical results in the Juan ton-Glacier Peak, Washington. Johnson, D. A. L., 1987, Crustal structure de Puca and Gorda Ridge areas (north­ and seismicity of the northern Gorda GLACIERS - SEISMIC east Pacific Ocean) [abstract]. Ridge. Fox, C. G., 1990, Acoustic techniques for SIGNATURES Jones, P. R., m, 1975, Microearthquake imaging seafloor. Weaver, C. S.; Norris, R. D.; Jonientz· Tris­ studies of the Blanco fracture zone and Klitgord, K. D., 1974, Near-bottom geo­ ler, Chris, 1990, Results of seismologi­ Gorda Ridge using sonobuoy arrays. physical surveys and their implications cal monitoring in the Cascade Range, McPherson, B. C., 1989, Focal mechanisms on the crustal generation process, sea 1962-1989-Eanhquakes, eruptions, and seismicity at the southern end of the floor spreading history of the Pacific avalanches and other curiosities. Cascadia subduction zone [abstract]. and the geomagnetic time scale--0 to 6 GORDA PLATE Northrop, John, 1970, Accuracy of earth­ M.y.b.p.• quake epicenters on the Gorda Ridge. Phipps, J. B., 197 4, Sediments and tectonics Koryakin, Y. D., 1989, Anomalii aily of the Gorda-Juan de Puca plate.• Northrop, John; Menard, H. W.; Duenneb­ tyazhesti i stroyeniye podvodnykh gor ier, F. K., 1968, Seismic and bathymet­ Stoddard, P. R., 1987, A kinematic model severo-vostochnoy chasti Tikhogo oke­ ric evidence of a fracture zone on Gorda for the evolution of the Gorda plate. ana [Gravity anomalies and structure of Ridge. seamounts of the Northeast Pacific). Stoddard, P.R., 1991, A comparison of brit­ Shoemaker, C. A., 1984, A relocation of tle deformation models for the Gorda LaBreque, John; Cande, Steve, 1974, Tiny earthquakes in the area of the Gorda wiggles and paleomagnetic field behav­ plate. Rise. ior [abstract]. Wilson, D. S., 1989, Deformation of the Solano, A.; Bibee, L D., 1985, Seismicity Masson, D. G.; Cacchione, D. A.; Drake, D. so-called Gorda plate. of the Gorda Ridge [abstract]. E., 1988, Tectonic evolution of Gorda GORDA RIDGE and GORDA Solano-Borrego, A. E., 1982, Microseis­ Ridge inferred from sidescan sonar im­ RISE [GENERAL OR micity on the Gorda Ridge. ages. REGIONAL WORKS] Solano-Borrego, A. E., 1984, Crustal struc­ Miller, K. L.; Rona, P.A., 1989, Bathymet­ Clague, D. A.; Rona, P.A., 1990, Geology ture and seismicity of the Gorda Ridge. ric comparison of three mid-ocean ridge of the GR14 site on northern Gorda Stoddard, P.R.; Woods, M. T., 1990, Master areas with slow-spreading characteris­ tics. Ridge. event relocation of Gorda Block earth­ Dupras, Don, 1987, A thumbnail sketch­ quakes-Implications for deformation. Sverdrup, Keith; Macdonald, K. C.; Pro­ thero, W. A.; Reid, Ian, 1977, Ocean California '1 marine geology. Sverdrup, Keith; Macdonald, K. C.; Pro­ bottom seismometer measurements of Fisk, M. R.; Howard, K. J., 1990, Geology thero, W. A.; Reid, Ian, 1977, Ocean earthquakes on the Gorda Rise [ab­ and geophysics of Gorda Ridge. bottom seismometer measurements of eanhquakes on the Gorda Rise [ab­ stract]. Holmes, M. L; Monon, J. L.; Clague, D. stract]. Thrasher, G. P., 1977, Median valley crustal A.; Embley, R. W.; Cacchione, D. A.; structure and sea floor spreading at the Abbott, D. H., 1986, Morphology and GORDA RIDGE and GORDA Gorda Ridge, 42 degrees N latitude. mineral resource• of Gorda Ridge and RISE - ESCANABA TROUGH Thrasher, G. P.; Johnson, S. H., 1977, Ve­ Blanco fracture zone, northeast Pacific Abbott, D. H., 1986, Heat flow results from locity structure of the Gorda Ridge me­ Ocean [abstract]. the Gorda Ridge. dian valley at 42.3 degrees N, 127.0 de­ McMurray, G. R., editor, 1990, Gorda Lyle, Mitchell; Fisk, M. R.; Abbott, D. H.; grees W [abstract).• Ridge-A aeafloor spreading center in Katlin, Roben; Monon, J. L.; Holmes, Vine, F. J., 1968, Proof of ocean-floor the United States' Exclusive Economic M. L., 1986, High resolution studies of spreading? [abstract]. Zone. ridge crest magmatism-Progress based Wrobtad, K. H.; Johnson, S. H., 1977, So­ upon studies in the sediment filled Es­ nobuoy velocity profile from the conti­ canaba trough (Gorda Ridge) [abstract). nental shelf to the Gorda Ridge [ab· stract]. 152 GORDA RIDGE and GORDA RISE - STRUCTURES OPEN FILE REPORT 92-2

GORDA RIDGE and GORDA Stoddard, P.R., 1989, Kinematic studies­ GRAYS HARBOR CO., WASH. - RISE - STRUCTURES AND Ridge evolution, Gorda plate, and AREAL GEOLOGY Deccan traps. TECTONICS Eckerlin, R. D., 1989, Wynoochee Dam. Stoddard, P. R.; Jurdy, D. M., 1987, A kine­ Bolt, B. A.; Lomnitz, C.; McEvilly, T. V., Kearnes, J. K., 1976, An evaluation of a matic model for the evolution of the 1968, Seismological evidence on the method of microzonation by microseis­ Gorda Rise [abstract].• tectonics of central and northern Cali­ mic amplification spectra. 'thrasher, G. P., 1977, Median valley crustal fornia and the Mendocino escarpment. McCrumb, D. R.; West, D. 0.; Kiel, W. A., structure and sea floor spreading at the Cacchione, D. A.; Drake, D. E.; Clarke, S. 1989, Geology and seismic considera­ Gorda Ridge, 42 degrees N latitude. H., Jr.; Manon, D. G., 1984, Physiogra­ tions of the Satsop nuclear power plant phy of the sea-floor off northern Califor­ Thrasher, G. P.; Johnson, S. H., 1977, Ve­ site. locity structure of the Gorda Ridge me­ nia and southern Oregon (abstract]. Snavely, P. D., Jr.; Kvenvolden, K. A., dian valley at 42.3°N, 127.0°W [ab­ Carver, G. A.; Vick, G. S.; Burke, R. M., 1989, Geology and hydrocarbon poten­ stract].• 1989, Late Holocene paleoseismicity of tial. Vine, F. J., 1968, Proof of ocean-floor the Gorda segment of the Cascadia sub­ Snavely, P. D., Jr.; Kvenvolden, K. A.; and spreading? [abstract]. duction zone (abstract]. others, 1989, Preliminary evaluation of Clague, D. A.; Holmes, M. L., 1987, Geol­ Wilson, D. S., 1990, Kinematics of overlap­ the petroleum potential of the Tertiary ogy, petrology, and mineral potential of ping rift propagation with cyclic rift accretionary terrane, west side of the the Gorda Ridge. failure. Olympic Peninsula, Washington. Zervas, C. E., 1988, A finite element inves­ Clarke, S. H., Jr.; Carver, G. A., 1989, On­ GRAYS HARBOR CO., WASH. - shore-offshore characteristics and seis­ tigation of topographic variation at mid­ mic potential of structures along the ocean ridges spreading at the same rate. EARTHQUAKES AND Gorda segment of the Cascadia subduc­ Gravity surveys, SEISMOLOGY [GENERAL tion zone [abstract). 11,, WORKS] Dehlinger, Peter; Couch, R. W., 1969, Syn­ GEOPHYSICS - GRAVITY SURVEYS Coppersmith, K. J.; Youngs, R. R., 1990, thesis of geophysical results in the Juan MARINE GEOLOGY - GEOPHYSICS - Probabilistic seismic-hazard analysis de Fuca and Gorda Ridge areas (north­ GRAVITY SURVEYS using expert opinion-An example from east Pacific Ocean) (abstract]. and also 1111 subdivision - the Pacific Northwest. Johnson, D. A. L., 1987, Crustal structure GEOPHYSICS- GRAVITY Day, S. M.; Stevens, J. L.; Barker, T. G., and seismicity of the northern Gorda SURVEYS under specific regions, 1988, Ground motion simulations for Ridge. e.g., BRITISH COLUMBIA­ thrust earthquakes beneath western Klitgord, K. D., 1974, Near-bottom geo­ GEOPHYSICS - GRAVITY Washington; Final report. physical surveys and their implications SURVEYS Keames, J. K., 1976, An evaluation of a on the crustal generation process, sea method of microzonation by microseis­ floor spreading history of the Pacific GRAYS HARBOR (Grays mic amplification spectra. and the geomagnetic time scale-0 to 6 Harbor Co., Wash.) Manfrida, J. L., 1977, Soil amplification M.y.b.p.* Atwater, B. F., 1991, Holocene paleoseis­ studies using explosion impulse. Malahoff, Alexander, 1981, Comparison be­ mology, western Washington. McCrumb, D. R.; West, D. O.; Kiel, W. A., tween Galapagos and Gorda spreading Atwater, B. F.; Yamaguchi, D. K., 1991, 1989, Geology and seismic considera­ centers. Sudden, probably coseismic submer­ tions of the Satsop nuclear power plant Masson, D. G.; Cacchione, D. A.; Drake, D. gence of Holocene trees and grass in site. E., 1988, Tectonic evolution of Gorda coastal Washington State. Sherif, M. A.; Ishibashi, Iaao; Keames, J. Ridge inferred from sidescan sonar im­ Bourgeois, Joanne, 1988, Sedimentological K., 1976, Microzonation by amplifica­ ages. analysis of postulated tsunami-coasL tion ratio technique. Miller, K. L.; Rona, P.A., 1989, Bathymet­ Hebenstreit, G. T.; Preuss, Jane, 1989, Pro­ U.S. Nuclear Regulatory Commission, ric comparison of three mid-ocean ridge jecting risks from a tsunami generated in 1991, Draft safety evaluation by the Of. areas with slow-spreading characteris­ the Juan de Fuca region. fice of Nuclear Reactor Regulation re­ tics. Peterson, C. D.; Phipps, J.B., 1987, Seis­ lating to geology and seismology, Wash­ Moore, G. W., 1970, Sea-floor spreading at mic stratigraphy of the Holocene trans­ ington Public Power Supply System the junction between Gorda Rise and gressive sequence in Grays Harbor, Washington nuclear project no. 3 (WNP- Mendocino Ridge. Washington, a shelf-barrier-estuarine 3), docket no. SO-S08. Monon, J. L.; Normark, W.R.; Clague, D. transect from an active-margin coast Washington Public Power Supply System, A.; Holmes, M. L., 1987, Fine-scale seg­ [abstract]. 1988, Cascadia subduction zone-An mentation of the sedimented southern Phipps, J. B.; Peterson, C. D., 1989, Gen­ evaluation of the earthquake potential Gorda Ridge, offshore northern Califor­ eral submergence of Grays Harbor, and implications to WNP-3; Washington nia (abstract]. Washington during the Holocene [ab­ Public Power Supply System response Northrop, John; Menard, H. W.; Duenneb­ stract). to NRC questions 230.1 and 230.2. ier, F. K., 1968, Seismic and bathymet­ Preuss, Jane; Hebenstreit, G. T., 1989, The GRAYS HARBOR CO., WASH. - ric evidence of a fracture zone on Gorda tsunami threat in the Pacific Northwest under today's land use conditions. EARTHQUAKES AND Ridge. SEISMOLOGY - Odegard, M. E., 1978, Upper mantle struc­ Preuss, Jane; Hebenstreit, G. T., 1990, Inte­ PALEO SEISMOLOGY ture of the Gorda-Juan de Fuca Ridge grated hazard assessment for a coastal system (abstract]. community-Grays Harbor, Washing­ Atwater, B. F., 1988,Summary,asof2April Phipps,J. B., 1974,Sediments and tectonics ton. 1987, of radiocarbon ages on episodes of of the Gorda-Juan de Fuca plate.• Urban Regional Research, 1988, Planning rapid coastal subsidence in westernmost Washington State. Solano-Borrego, A. E., 1984, Crustal struc­ for risk-Comprehensive planning for ture and seismicity of the Gorda Ridge. tsunami hazard areas. Atwater, B. F., 1990, Holocene paleoseis­ mology of coastal Washington State. Stoddard, P.R., 1989, Kinematic models of the evolution of the Gorda rise and Pres­ Atwater, B. F., 1991, Holocene paleoseis­ ident Jackson Seamount chain. mology, western Washington. INDEX GRAYS HARBOR CO., WASH. - TSUNAMIS 153

Atwater, B. F.; Stuiver, Minze, 1991, Pre­ Atwater, B. F.; Stuiver, Minze, 1991, Pre­ Tabor, R. W., 1986, Changing concepts of cise 14C ages for sudden Holocene sub­ cise 14C ages for sudden Holocene sub­ geologic structure and the problem of mergence in Washington [abstract]. mergence in Washington [abstract]. siting nuclear reactors-Examples from Atwater, B. F.; Stuiver, Minze; Yamaguchi, Atwater, B. F.; Stuiver, Minze; Yamaguchi, Washington State. D. K., 1991, Radiocarbon test of earth­ D. K., 1991, Radiocarbon test of earth­ U.S. Nuclear Regulatory Commission, quake magnitude at the Cascadia sub­ quake magnitude at the Cascadia sub­ 1991, Draft safety evaluation by the Of­ duction zone. duction zone. fice of Nuclear Reactor Regulation re­ Atwater, B. F.; Yamaguchi, D. K., 1991, Atwater, B. F.; Yamaguchi, D. K., 1991, lating to geology and seismology, Wash­ Sudden, probably coseismic submer­ Sudden, probably coseismic submer­ ington Public Power Supply System gence of Holocene trees and grass in gence of Holocene trees and grass in Washington nuclear project no. 3 (WNP- coastal Washington State. coastal Washington State. 3), docket no. SO-S08. Bourgeois, Joanne; Reinhart, M. A.; Camp­ Bourgeois, Joanne; Reinhart, M. A.; Camp­ Washington Public Power Supply System, bell, K. A., 1991, Evidence for co-seis­ bell, K. A., 1991, Evidence for co-seis­ 1988, Cascadia subduction zone-An mic subsidence and tsunamis, (Mio-) mic subsidence and tsunamis, (Mio-) evaluation of the earthquake potential Pliocene Quinault Formation, coastal Pliocene Quinault Formation, coastal and implications to WNP-3; Washington Washington, USA [abstract]. Washington, USA [abstract]. . Public Power Supply System response McCrory, P.A., 1991, Active margin tecton­ McCrory, P. A., 1991, Active margin tecton­ to NRC questions 230.1 and 230.2. ics, Pacific Northwest region.• ics, Pacific Northwest region. Grays Barbor Co., Wash. - Soll Phipps, J. B.; Peterson, C. D., 1989, Gen­ Yamaguchi, D. K.; Woodhouse, C. A.; Reid, mechanics, SU GRAYS HARBOR eral submergence of Grays Harbor, M. S., 1989, Tree-ring dating of late CO., WASH. - ENGINEERING Washington during the Holocene [ab­ Holocene subsidence along the Wash­ GEOLOGY stract]. ington and Oregon coasts-A progress Yamaguchi, D. K.; Woodhouse, C. A.; Reid, report. GRAYS HARBOR CO., WASH. - SOILS, SEDIMENTS, and M. S., 1989, Tree-ring dating of late GRAYS HARBOR CO., WASH. - Holocene subsidence along the Wash­ STRATIGRAPHY LANDSLIDES AND SLOPE ington and Oregon coasts-A progress Bourgeois, Joanne, 1988, Sedimentological report. STABILITY analysis of postulated tsunami-gener­ Koler, T. E.; Neal, K. G., 1989, Chestershire GRAYS HARBOR CO., WASH. - ated deposits from great-subduction and backdrop timber sales-Case histo­ earthquakes along Washington's outer ENGINEERING GEOLOGY ries of the practice of engineering geol­ coasL (including soil mechanics) ogy in the Olympic National Forest. Peterson, C. D.; Phipps, J. B., 1987, Seis­ Coppersmith, K. J.; Youngs, R.R., 1990, GRAYS HARBOR CO., WASH. - mic stratigraphy of the Holocene trans­ Probabilistic seismic-hazard analysis MAPS - GEOLOGIC greuive sequence in Grays Harbor, using expert opinion-An example from Washington, a shelf-barrier-estuarine the Pacific Northwest. Snavely, P. D., Jr.; Kvenvolden, K. A., transect from an active-margin coast Eckerlin, R. D., 1989, Wynoochee Dam. 1989, Geology and hydrocarbon poten­ [abstract]. tial. Koler, T. E.; Neal, K. G., 1989, Chestershire GRAYS HARBOR CO., WASH. - and backdrop timber sales-Case histo­ GRAYS HARBOR CO., WASH. - STRUCTURAL GEOLOGY AND ries of the practice of engineering geol­ MIMA MOUNDS ogy in the Olympic National Forest. TECTONICS Washburn, A. 1988, Mirna mounds-An L., Tabor, R. W., 1986, Changing concepts of McCrumb, D. R.; West, D. O.; Kiel, W. A., evaluation of proposed origins with spe­ geologic structure and the problem of 1989, Geology and seismic considera­ cial reference to the Puget Lowland. tions of the Satsop nuclear power plant siting nuclear reactors-Examples from site. GRAYS HARBOR CO., WASH. - Washington State. Sherif, M. A.; Ishibashi, Isao; Keames, J. NUCLEAR POWER-PLANTS Grays Harbor Co., Wash. - K., 1976, Microzonation by amplifica­ (Satsop plant) Subsidence and uplift, su GRAYS tion ratio technique. Coppersmith, K. J.; Youngs, R. R., 1990, HARBOR CO., WASH., WASH. - U.S. Nuclear Regulatory Commission, Probabilistic seismic-hazard analysis EARTHQUAKES AND SEISMOLOGY - 1991, Draft safety evaluation by the Of. using expert opinion-An example from PALEOSEISMOLOGY flee of Nuclear Reactor Regulation re­ the Pacific Northwest. lating to geology and seismology, Wash­ GRAYS HARBOR CO., WASH. - Day, S. M.; Stevens, J. L.; Barker, T. G., TSUNAMIS ington Public Power Supply System 1988, Ground motion simulations for Washington nuclear project no. 3 (WNP- thrust eanhquakes beneath western Bourgeois, Joanne, 1988, Sedimentological 3), docket no. SO-SOS. Washington; Final report. analysis of postulated tsunami-gener­ ated deposits from great-subduction Washington Public Power Supply System, Kearnes, J. K., 1976, An evaluation of a 1988, Cascadia subduction zone-An method of microzonation by microseis­ earthquakes along Washington's outer coasL evaluation of the earthquake potential mic amplification spectra. Bourgeois, Joanne; Reinhart, M. A.; Camp­ and implications to WNP-3; Washington Manfrida, J. L., 1977, Soil amplification Public Power Supply System response studies using explosion impulse. bell, K. A., 1991, Evidence for co-seis­ mic subsidence and tsunamis, (Mio-) to NRC questions 230.1 and 230.2. McCrumb, D. R.; West, D. O.; Kiel, W. A., Pliocene Quinault Formation, coastal GRAYS HARBOR CO., WASH. - 1989, Geology and seismic considera­ Washington, USA (abstract]. tions of the Satsop nuclear power plant GEOCHRONOLOGY Hebenstreit, G. T.; Preuss, Jane, 1989, Pro­ site. Atwater, B. F., 1988, Summary, as of 2 April jecting risks from a tsunami generated in Sherif, M. A.; Ishibashi, Isao; Keames, J. 1987, of radiocarbon ages on episodes of the Juan de Fuca region. K., 1976, Microzonation by amplifica­ rapid coastal subsidence in westernmost Preuss, Jane; Hebenstreit, G. T., 1989, The tion ratio technique. Washington State. tsunami threa.t in the Pacific Northwest Atwater, B. F., 1991, Holocene paleoseis­ under today's land use conditions. mology, western Washington.• 154 GUIDEBOOKS [REGIONAL WORKS] OPEN FILE REPORT 92-2

Preuaa, Jane; Hebenstreit, G. T., 1990, Inte­ Tabor, R. W.; Haugenid, R. A.; Brown, E. Minor, Rick, 1989, The late Holocene earth­ grated hazard asseument for a coastal H.; Babcock, R. S.; Miller, R. B., 1989, quake hypothesis-Implications for community--Grays Harbor, Washing­ Accreted terranes of the North Cascades southern northwest coast prehistory [ab­ ton. Range, Washington-Spokane to Seat­ stract]. Urban Regional Research, 1988, Planning tle, Washington July 21-29, 1989. Morse, R. W., 1989, Regrading years in Se­ for risk-Comprehensive planning for GUIDEBOOKS - COLUMBIA attle. tsunami hazard areas. RIVER Thorsen, G. W., and Associates, 1991, Ge­ GUIDEBOOKS [REGIONAL ology of the Big Creek archaeological Galster, R. W.; Imrie, A. S.; and others, site, (45-MS-100), Lake Cushman, WORKS] 1989, Engineering geology of major Mason County, Washington. Joseph, N. L.; and others, editors, 1989, dams on the Columbia River-Puget Woodward, John; White, James; Cum­ Geologic guidebook for Washington and Sound basin to northern Rocky Moun­ mings, Ronald, 1990, Paleoaeismicity adjacent area,. tains, July 21-30, 1989. and the archaeological record-Areas of Hanson, L. G., 1989, The Columbia Valley GUIDEBOOKS - CASCADE investigation on the northern Oregon and Columbia River Gorge, with a di•· coasL RANGE cussion of Wallula Gap, by V. R. Baker. Brandon, M. T., 1989, Geology of the San HISTORY OF SCIENCE GUIDEBOOKS - PACIFIC Juan-Cascade nappe1, northwestern Jackson, L. E., Jr.; Clague, J. J., 1990, De­ Cascade Range and San Juan Islands. COAST velopment of ideas about the Cordille­ Brown, E. H., 1990, Geology of the Skagit Peterson, C. D.; Darienzo, M. E.; Parker, ran ice sheet-One hundred and fony crystalline core and northwest Cascades M., 1988, Coastal neotectonic field trip years of exploration and discovery [ab­ system. guide for Netarts Bay, Oregon. stract]. Crandell, D. R.; Meier, M. F.; Mullineaux, GUIDEBOOKS - PUGET Landes, Henry; Glover, S. L., 1991, Seis­ D.R., 196S, Day 3-September 8, Para­ LOWLAND micity in Washington-A l 92S perspec­ dise Park, Mount Rainier National Park. tive [letter). Booth, D. B., 1990, Pleistocene deposits Doukas, M. P., 1990, Road guide to volcan­ HOH FORMATION (Olympic ic deposits of Mount St. Helens and vi­ and subglacial landforms of the south­ cinity, Washington. eastern Puget Lowland. Peninsula) Evans, J. E.; Johnson, S. Y., 1989, Paleo­ Brandon, M. T., 1989, Geology of the San Orange, D. L., 1990, Criteria helpful in rec­ Juan-Cascade nappes, northwestern gene strike-slip basins of central Wash­ ognizing shear-zone and diapiric me· ington-Swauk Formation and Chum­ Cascade Range and San Juan Islands. langes-Examples from the Hoh accre­ stick Formation. Crandell, D. R.; Hendricks, E. L.; Sigafoos, tionary complex, Olympic Peninsula, Hammond, P. E., 1989, Guide to geology of R. S., 196S, Day 2-September 7; Washington. Stan-Chehalis, Washington; End­ the Cascade Range-Ponland, Oregon Orange, D. L.; Geddes, Duncan; Moore, J. to Seattle, Washington. Mount Rainier National Park. C., 1991, Integrated structural and fluid Haugerud, R. A., 1989, Geology of the Crandell, D. R.; Mullineaux, D. R.; Wald­ evolution of a young accretionary com· ron, H. H., 196S, Day 7-September 12, metamorphic core of the North Cas­ plex-The Hoh rock auemblage of the Seattle, Washington. cades. western Olympic Peninsula, Washing­ ton [abstract). McGroder, M. F., 1989, Elements of the Easterbrook, D. J., 1966, Glaciomarine en­ vironments and the Fraser glaciation in Cascades 'collisional' orogen-lntro­ Snavely, P. D., Jr.; Kvenvolden, K. A., northwest Washington--Guidebook for duction to a transect from the Methow 1989, Geology and hydrocarbon poten­ Basin to the San Juan Islands, Washing­ first Annual Field Conference, Pacific tial. Coast Section, Friends of the Pleisto­ ton. Snavely, P. D., Jr.; Kvenvolden, K. A.; and cene, September 24-25, 1966. McGroder, M. F.; Miller, R. B., 1989, Geol­ others, 1989, Preliminary evaluation of Johnson, S. Y., 198S, Stratigraphy and sed­ ogy of the eastern North Cascades. the petroleum potential of the Teniary imentology of the Eocene Chuckanut accretionary terrane, west aide of the McGroder, M. F.; Miller, R. B.; Haugenid, Formation on Bellingham Bay, Wash­ Olympic Peninsula, Washington. R. A.; Brandon, M. T., 1989, Elements ington. of the Cascades 'collisional' orogen-A Holocene, He QUATERNARY Tsukada, Matsuo; Schlichte, Ken, 1973, transect from the Methow Basin to the Quaternary Research Center field trip, ISLAND CO., WASH. San Juan Islands. June 2, 1973. Haase, P. C., 1987, Glacial stratigraphy and Muffler, L. J. P.; and others, 1989, South University of Puget Sound Geology Depart· landscape evolution of the north-central Cascades arc volcanism, California and ment, 1981, Puget Group-Third annual Puget Lowland, Washington. southern Oregon-Red Bluff to Red­ field trip. ding, California, July 20-26, 1989. Manson, C. J., compiler, 1990, Bibliogra­ University of Puget Sound Geology Depart· phy of the geology and mineral re­ Stewan, R. J., 1990, Geology of the Chi­ ment, 1983, Geology of Owens Beach­ sources of Island County, Washington. waukum region in central Washington, Fifth annual field trip, May 14, 1983. U.S.A. Pe11l. Fred, Jr.; Dethier, D. P.; Booth, D. B.; Whitmer, J. H., 1988, Geologic road log, Minard, J. P., 1989, Surficial geologic Swanson, D. A.; and others, 1989, Cenozoic Portland, Oregon to Crescent Lake, map of the Pon Townsend 30- by 60- volcanism in the Cascade Range and Co­ Washington via Interstate S, Tacoma and minute quadrangle, Puget Sound region, lumbia Plateau, southern Washington Pon Townsend. Washington. and northernmost Oregon, Seattle, Washington to Ponland, Oregon, July HISTORY AND ARCHAEOLOGY Sweet, Edwards and A11ociates, Inc., 1986, Island County ground water quality a1- 3-8, 1989. Grabert, G. F.; Larsen, C. E., 197S, Marine 1e11ment and monitoring program­ Swanson, D. A.; Cameron, K. A.; Evans, R. transgressions and cultural adaptation­ Final report. C.; Pringle, P. T.; Vance, J. A., 1989, Preliminary teats of an environmental Excursion IA-Cenozoic volcanism in Whetten, J. T.; Carroll, P. I.; Gower, H. D.; model. Brown, E. H.; Peul, Fred, Jr., 1988, the Cascade Range and Columbia Pla­ Heaton, T. H.; Snavely, P. D., Jr., l 98S, repr. teau, southern Washington and northern­ Bedrock geologic map of the Port Town­ 1988, Po11ible tsunami along the north­ send 30- by 60-minute quadrangle, most Oregon. western coast of the United States in­ Puget Sound region, Washington. ferred from Indian traditions. INDEX JUAN DE FUCA PLATE [REGIONAL WORKS] 1SS

Yount, J. C.; Gower, H. D., 1991, Bedrock JUAN DE FUCA PLATE subduction complex imaged by deep geologic map of the Seattle 30' by 60' [REGIONAL WORKS] seismic reflections [ abstract J. quadrangle, Washington. Acharya, Hemendra, 1989, Comparison of Clowes, R. M.; Calven, A. J.; Hauelgren, E. 0., 1989, Seismic reflections from a JEFFERSON CO., WASH. seismicity rates in subduction zones and implications for Juan de Fuca plate [ab­ seamount on the Juan de Fuca plate [ab­ Applegate, J. D.R., 1989, An upper plate stract]. origin for basalt blocks in the Cenozoic stract].• Atwater, Tanya, 1989, Plate tectonic history Clowes, R. M.; Ellis, R. M.; Spence, G. D., subduction complex of the Olympic 1982, VISP I-The Vancouver Island Mountains, northwest Washington of the northeast Pacific and western Nonh America. Seismic Project-Reflections from the State. subducting lithosphere [abstract]. Applegate, J. D.R.; Brandon, M. T., 1989, Atwater, Tanya; Severinghaus, Jeff, 1989, Tectonic maps of the northeast Pacific. Clowes, R. M.; LITHOPROBE Team An upper plate origin for basalt blocks (Green, A. G.; Yorath, C. J.; Brandon, Bahr, Karsten; Filloux, J. H., 1989, Local in the Cenozoic subduction complex of M. T.; Kanasewich, E. R.; Sutherland Sq response functions from EMSLAB the Olympic Mountains, northwest Brown, A.; Spencer, C.), 1985, LITHO­ Washington State [abstract]. data. ~ROBE - Vancouver Island-Wrangel­ Beale, Harriet, 1990, Relative rise in sea­ Benz, H. M.; Zandt, G., 1991, lithospheric ?8 and Cenozoic subduction complex level during the late Holocene at six salt structure and seismicity of northern Cal­ unaged by deep seismic reflections [ab­ marshes in the Puget Basin, Washington. ifornia-Evolution of the crustal margin stract]. with passage of the Mendocino triple Cady, W. M.; Tabor, R. W., 1972, Olympic Cochrane, G. R.; Lewis, B. T. R.; McClain, junction [abstract].• Peninsula in the light of plate tectonics K. J., 1988, Structure and subduction [abstract]. Booker, J. R.; Chave, A. D., 1989, Introduc­ processes along the Oregon-Washing­ Dietrich, W. E., 1982, Construction of sed­ tion to the special section on the ton margin. EMSLAB-Juan de Fuca experiment. iment budgets for drainage basins. Cohee, B. P.; Somerville, P. G., 1989, Sim­ Einarsen, J.M., 1987, The petrography and Brandon, M. T.; Calderwood, A. R., 1990 ulated strong ground motions for hypo­ Jectonic significance of the Blue Moun­ High-pressure metamorphism and uplif; thetical Mw=8.0 earthquakes on the Cas­ tain unit, Olympic Peninsula, Washing­ of the Olympic subduction complex. cadia plate interface [abstract]. ton. Calven, A. J.; Clowes, R. M., 1990, Deep, Crosson, R. S.; Creager, K. C., 1991, Earth­ Galster, R. W., 1989, Geologic aspects of high-amplitude reflections from a major quake hazard investigations in the Pa­ navigation canals of western Washing­ shear zone above the subducting Juan de cific Northwest.• Fuca plate. ton. Crosson, R. S.; Owens, T. J., 1989, Testing Manson, C. J., compiler, 1990, Bibliogra­ Calv:en, A. J.; Clowes, R. M., 1990, Reflec­ the arch model for slab geometry of the phy of the geology and mineral re­ uons from the accreted margin western Cascadia Subduction zone in the vicin­ sources of Jefferson County, Washing­ Canada-Evidence for the migration of ity of Puget Sound, Washington [ab­ ton. fluids and a major shear zone above the stract]. subducting plate [abstract]. Pead, Fred, Jr.; Dethier, D. P.; Booth, D. B.; Crum, S. V., 1987, The mechanics of sub­ Minard, J. P., 1989, Surficial geologic Calven, A. J.; Hasselgren, E. O.; Clowes, duction zone topography-A study of map of the Pon Townsend 30- by 60- R. M., 1990, Oceanic rift propagation­ age effect in the Pacific Northwest. A cause of crustal underplating and sea­ minute quadrangle, Puget Sound region, Davis, E. E.; Hyndman, R. D., 1989, Accre­ mount volcanism. Washington. tion and recent deformation of sedi­ Reneau, S. L, 1988, Depositional and ero­ Chave, A. D.; Weenman, B. R.; Booker, J. ments along the northern Cascadia sub- sional history of hollows-Application R., 1990, Application of • galvanic duction zone. · to landslide location and frequency, static distortion removal technique to Dosso, H. W.; Chen, J.; Nienaber, W., 1990, EMSLAB seafloor magnetotelluric data long-term erosion rates, and the effects Comparison of analogue model and field reveals a 2-D magnetotelluric imped­ of climatic change. station EM responses on southern Van­ ance tensor aligned with the relative mo­ Reneau, S. L.; Dietrich, W. E., 1990, Depo­ couver bland. tion of the Juan de Fuca plate [ abstract]. sitional history of hollows of steep Dono, H. W.; Nienaber, W., 1986, A labo­ hillslopes, coastal Oregon and Washing­ Chen,J.; Dosso,H. W., 1989,EMmodelling ratory electromagnetic model study of of the subducting Juan de Fuca plate ton. the Juan de Fuca plate region. Reneau, S. L.; Dietrich, W. E.; Rubin, region of the Pacific Northwest [ab­ stract]. Dono, H. W.; Nienaber, W.; Chen, J., 1989, Meyer; Donahue, D. J.; Jull, A. J. T., Laboratory electromagnetic modelling 1989, Analysis of hillslope erosion rates Chen, J.; Do110, H. W.; Nienaber, W., 1989, of the subducting Juan de Fuca plate. using dated colluvial deposits. Laboratory electromagnetic model for the EMSLAB region. Dono, H. W.; Nienaber, W.; Hu, W. B., Snavely, P. D., Jr.; Kvenvolden, K. A., 1985, Electromagnetic modeling of 1989, Geology and hydrocarbon poten­ Chiao, L.-Y.; Creager, K. C.; Boyd, T. M., coastal regions [abstract]. tial. 1989, Membrane and bending strains as­ sociated with subduction of the Casca­ Dragen, Herb; Rogen, G. C., 1988, The Snavely, P. D., Jr.; Kvenvolden, K. A.; and current potential for major earthquakes dia slab [abstract]. others, 1989, Preliminary evaluation of in southwest British Columbia [ab­ the petroleum potential of the Tertiary Clowes, R. M., 1984, Transect B2-Utho­ stract]. spheric structure across an accretionary accretionary terrane, west side of the Drew, J. J.; Clowes, R. M., 1990, A re-inter­ margin off western Canada [abstract]. Olympic Peninsula, Washington. pretation of the seismic structure across Stuiver, Minze, 1969, Yale naturalradiocar­ Clowes, R. M., 1990, Structure and tectonic the active subduction zone of western evolution of the westernmost Canadian bon measurements IX. Canada. Cordillera-A multidisciplinary ap­ Whetten, J. T.; Carroll, P. I.; Gower, H. D.; Duncan, R. A.; Kulm, L. D., 1989, Plate proach [abstract]. Brown, E. H.; Peul, Fred, Jr., 1988, tectonic evolution of the Cascades arc­ Bedrock geologic map of the Pon Town­ Clowes, R. M.; Brandon, M. T.; LITHO­ subduction complex. PROBE Team (Green, A. G.; Yorath, C. send 30- by 60-minute quadrangle, Egger, A.; Ansorge, J., 1990, Interpretation Puget Sound region, Washington. J.; Kanasewich, E. R.; Sutherland Brown, A.; Spencer, C.), 1986, LITHO­ of seismic refraction data-CCSS data Yount, J.C.; Gower, H. D., 1991, Bedrock PROBE-Vancouver Island-Cenozoic set I-Vancouver Island-continental geologic map of the Seattle 30' by 60' margin. quadrangle, Washington. l 156 JUAN DE FUCA PLATE [REGIONAL WORKS] OPEN FILE REPORT 92-2

Fowler, C. M. R.; Pandit, B. I., 1990, Anal­ Kulm, L. D.; Embley, R. W., 1988, Nature Riddihough, R. P.; Hyndman, R. D., 1989, ysis of CCSS data set 1-Reflection-re­ of the deformation front along lhe Ore­ Queen Charloue Islands margin. fraction data from the Vancouver Island gon-Washington subduction zone. Rieken, E. R.; Rohay, A. C.; Thie11en, R. 1-, continental margin of western Canada. Kulm, L. D.; Yeats, R. S.; Goldfinger, 1991, Analysis of the Cascadia subduc­ Gabrielov, A. M.; Li, Quin; Nazer, N.; Ny­ Chris, 1990, Cascadia subduction tion zone using alignments of earth­ land, E., 1989, A time dependent model zone-Neotectonics of the accretionary quake foci, western Washington [ab­ of seismicity for a subduction zone [ab­ wedge and adjacent abyssal plain off stract).• stract]. Oregon and Washington. Rieken, E. R.; Thiessen, R. L., 1990, Goldfinger, Chris; Appelgate, T. B., Jr.; Kulm, L. D.; Yeats, R. S.; Goldfinger, SEISPLN analysis of the Juan de Fuca Kulm, 1- D.; Yeats, R. S., 1989, Side­ Chris, 1991, Accretionary wedge and plate beneath western Washington [ab­ scan sonar imaging of probable active adjacent abyssal plain off Oregon and stract). faults on the Juan de Fuca plate adjacent Washington. Rogen, G. C., 1988, An a11e11ment of the to the central Oregon continental margin Kurtz, R. D.; Gupta, J. C.; DeLaurier, J.M., megathrust earthquake potential of the [abstract]. 1985, A magnetotelluric survey over an Cascadia subduction zone. Goldfinger, Chris; MacK.ay, M. E.; Kulm, active subduction zone [abstract). Rogen, G. C., 1989, Geometry of the Juan L. D.; Yeau, R. S., 1990, Neotectonics Langston, C. A., 1981, Evidence for the de Fuca plate beneath Vancouver Island and possible segmentation of the Juan de 1ubducting lithosphere under southern from seismicity (abstract). Fuca plate and Cucadia subduction Vancouver Island and western Oregon Rogen, G. C.; Dragert, Herb, 1989, The zone off central Oregon (abstract]. from teleseismic P wave conversions. current potential for major earthquakes Gough, D. I., 1986, Magnetotelluric evi­ Lee, Kiehwa, 1977, An earthquake swarm in southwest British Columbia [ab­ dence for subduction of seafloor sedi­ near the northern end of lhe Juan de stract). ments. Fuca plate [abstract). Savage, J. C.; Lisowski, Michael; Prescott, Green, A. G.; Clowes, R. M.; Yorath, C. J.; Lewis, T. J., 1989, Heat flux in the Cana­ W. H., 1991, Strain accumulation in Spencer, C.; Kanasewich, E. R.; Suther­ dian Cordillera-Results and interpreta­ western Washington. land Brown, A.; Brandon, M. T.; Mas­ tions [abstract). Spence, G.D., 1981, VISP 80-A seismic sey, N. W. D.; Hyndman, R. D., 1985, Lewis, T. J .; Bentkowski, W. H.; Davis, E. project to study lhe oceanic/continental LITHOPROBE-Phase 3-Mapping of E.; Hyndman, R. D.; Souther, J. G.; lithosphere transition across Vancouver an active subduction zone (abstract]. Wright, J. A., 1988, Subduction of the Is. [abstract]. Green, N. 1-, 1980, Spatial coexistence of . Juan de Fuca plate-Thermal conse­ Spence, G. D.; Clowes, R. M.; Ellis, R. M., two distinct magmatic associations, quences. 1984, Seismic structure across the ac­ S.W. British Columbia-Implications Lewis, T. J .; Bentkowski, W. H.; Davis, E. tive subduction zone of western Canada for subduction zone magma genesis [ab­ E.; Hyndman, R. D.; Souther, J. G.; (abstract). stract]. Wright,J. A., 1989, Thermal structure of Spence, G. D.; Ellis, R. M.; Clowes, R. M., Harris, R. A.; Iyer, H. M.; Dawson, P. B.; the northern (Canadian) Cascades. 1982, VISP ID-Ray tracing and itera­ Berge, P. A.; Michaelson, C. A., 1989, Ma, Li, 1988, Regional tectonic stress in tive invenion of traveltimes for struc­ Imaging the Juan de Fuca slab beneath western Washington from focal mecha­ ture across the Juan de Puca/America southern Oregon using teleseismic re­ nisms of crustal and subcrustal earth­ plate margin (abstract). siduals [abstract). quakes. Spence, Wtlliam, 1988, Seismicity and tec­ Hasselgren, E. O.; Clowes, R. M., 1989, Mereu, R. F., 1990, An interpretation of tonics. Crustal structure of lhe northern Juan de CCSS data set I using the triangular Spence, William, 1989, Stress origins and Fuca plate from multichannel seismic block model method. earthquake potentials in Cascadia. reflection data [abstract].• Mona1ter1ky, Richard, 1987, The Juan de Tabor, R. W., 1986, Changing concepts of Heaton, T. H.; Kanamori, Hiroo, 1984, repr. Fuca plate-A sticky situation. geologic structure and lhe problem of 1988, Seismic potential associated wilh Moran, J.E., 1986, Heat flow and the ther­ siting nuclear reactors-Examples from subduction in lhe northwestern United mal evolution of Cascadia Basin. Washington State. States. Muller, J.E.; Armstrong, R. L.; Harakal, J. Tillson, D. D., 1988, Computer graphical Hyndman, R. D., 1987, A review of the E.; Muehlenbachs, K., 1982, The Neo­ analysis of remote sensing data and present plate regime along lhe British gene Alert Bay volcanic belt of northern some aspects of the geometry of the Juan Columbia and Washington margin [ab­ Vancouver Island (abstract). de Fuca subducting plate, western Wash­ stract). Mundal, Ivar; Ukawa, Motoo; Crosson, R. ington and Oregon (abstract). Hyndman, R. D.; Herzer, R. H.; Riddi­ S., 1990, Evidence of 1ubducting Juan Waff, H. S.; Rygh, J. T.; Livelybrooks, D. hough, R. P., 1978, The Nootka fault de Fuca plate in apparent velocities ob­ W.; Clingman, W. W., 1988, Results of a zone-A new plate boundary off west­ served from 1ubcrustal earthquakes (ab­ magnetotelluric traverse acro11 western ern Canada [abstract). stract). Oregon-Crustal resistivity structure Hyndman, R. D.; Riddihough, R. P.; Herzer, Phipps,J. B., 1974,Sediments and tectonics and lhe subduction of lhe Juan de Fuca R., 1979, TheNootkafaultzone-Anew of the Gorda-Juan de Fuca plate.• plate. plate boundary off western Canada. Rasmussen, J. R., 1989, The seismic P­ Waldron, D. A.; Clowes, R. M., 1982, VISP Jones, A. G.; Kurtz, R. D.; Gupta, J. C., wave velocity structure of lhe upper II-Structural characteristics of lhe sub­ 1988, Magnetotelluric studies across se­ mantle benealh Washington and western ducting oceanic plate off western Can­ lected key targets in Canada (abstract). Oregon. ada (abstract). Kanamori, Hiroo, 1988, Plate motion and Rasmussen, J. R.; Humphreys, E. D., 1988, Waldron, D. A.; Clowes, R. M.; White, D. 1eismicity. Tomographic image of lhe Juan de Fuca J., 1990, Seismic structure of a 1ubduct­ Karl, H. A.; Hampton, M. A.; Cacchione, D. plate beneath Washington and western ing oceanic plate off western Canada. A.; Drake, D. E.; Kenyon, N. H., 1988, Oregon using teleseismic P-wave travel Wannamaker, P. E.; Booker, J. R.; Filloux, Morphologic variation and evolutionary times. J. H.; Jones, A. G.; Jiracek, G. R.; history of some submarine channels on Riddihough, R. P., 1985, A symposium on Chave, A. D.; Tarits, Pascal; Waff, H. S.; the Juan de Fuca and Gorda plates (ab­ the deep structure of soulhern Vancou­ Egbert, G. D.; and others, 1989, Mag­ stract). · ver Island-Results of LITHOPROBE netotelluric observations acrou the Phase 1-19 April 1985. Juan de Fuca subduction system in lhe EMSLAB project. INDEX JUAN DE PUCA RIDGE - CLEFI' SEGMENT 157

Wannamaker, P. E.; Booker, J. R.; Jones, A. served by long-period pressure and dis­ JUAN DE FUCA RIDGE G.; Chave, A. D.; Filloux, J. H.; Waff, placement measurements. BATHYMETRY AND H. S.; Law, L. K., 1989, Resistivity Embley, R. W.; Murphy, K. M.; Fox, C. G., TOPOGRAPHY cross section through the Juan de Fuca 1990, High-resolution studies of the Appelgate, T. B., Jr., 1990, Volcanic and subduction system and its tectonic im­ summit of Axial volcano. structural morphology of the south flank plications. Fox, C. G., 1988, Central Axial caldera­ of Axial volcano, Juan de Fuca Ridge­ Weaver, C. S., 1987, Seismological con­ The site of recent vertical tectonics (ab­ Results from a Sea MARC I aide scan straints on the geometry of the Juan de stract]. sonar survey.• Fuca plate (abstract]. Fox, C. G., 1990, Evidence of active ground Caren, D. W., 1989, Some aspects of the Weaver, C. S., 1988, Geometry of the Juan defonnation on the mid-ocean ridge-­ structure and evolution of oceanic de Fuca plate from aeismicity and seg­ Axial Seamount, Juan de Fuca Ridge, spreading centers. mentation of the Cascade Range based April-June 1988. on the distribution of volcanic vents. Embley, R. W.; Mqrphy, K. M.; Fox, C. G., Hammond, S. R., 1990, Relationships be­ 1990, High-resolution studies of the Weaver, C. S., 1991, Geothermal seismo­ tween lava types, seafloor morphology, summit of Axial volcano. tectonic studies. and the occurrence of hydrothermal Hammond, S. R., 1990, Relationships be­ Weaver, C. S.; Baker, G. E., 1988, Geome­ venting in the ASHES vent field of Axial tween lava types, aeafloor morphology, try of the Juan de Fuca plate beneath volcano. and the occurrence of hydrothermal Washington and northern Oregon from Hildebrand, J. A.; Stevenson, J.M.; Ham­ venting in the ASHES vent field of Axial aeismicity. mer, P. T. C.; Zumberge, M. A.; Parker, volcano. Weaver, C. S.; Shedlock, K. M., 1989, Po­ R. L.; Fox, C. G.; Meis, P. J., 1990, A Herzfeld, U. C.; Stevenson, J.M.; Fox, C. tential subduction, probable intraplate, seafloor and sea surface gravity survey G.; Hildebrand, J. A., 1990, Multivari­ and known crustal earthquake source of Axial volcano. ate geostatistical analyses of gravimet­ areas in the Cascadia subduction zone.• Johnson, H.P.; Embley, R. W., 1990, Axial ric and bathymetric surveys on the Wilson, D. S., 1986, Deformation of the Seamount-An active ridge axis vol­ southern Juan de Fuca Ridge (NE Pa­ Juan de Fuca plate near the Mendocino cano on the central Juan de Fuca Ridge. cific) (abstract). triple junction (abstract]. Johnson, H.P.; Holmes, M. L., 1988, Near­ Payton, W. H.; Lavin, P. M., 1987, Spatial Yorath, C. J.; Green, A. G.; Clowes, R. M.; axis aeamount formation-A detailed coherence of Juan de Fuca seamount Sutherland Brown, A.; Brandon, M. T.; case history of Axial Seamount, central magnetic anomalies and modeled anom­ Kanasewich, E. R.; Hyndman, R. D.; Juan de Fuca Ridge (abstract]. alies derived from bathymetry and grav­ Spencer, C. P., 1985, UTHOPROBE, Meis, P. J., 1989, Gravity anomaly of Axial ity data (abstract). southern Vancouver Island-Seismic re­ volcano-The trace of a hot spot? (ab­ Poujol, M.; Jacobson, R. S., 1988, Using flection sees through Wrangellia to the stract]. invene theory and SEABEAM bathym­ Juan de Fuca plate. Parker, R. L.; Stevenson, J. M.; Redlin, etry to improve seismic refraction data JUAN DE FUCA PLATE - Catherine; Hammer, P. T. C.; Meis, P. J., corrections. EXPLORER PLATE 1989, Inversion of gravity measure­ Rogen, G. C.; Auld, D.R., 1985, The Juan ments collected over Axial Seamount Behel, D. J.; Stoddard, P.R., 1990, Epicen­ de Fuca terrane map (abstract]. (abstract]. Zervas, C. E., 1988, A finite element inves­ ter relocations of Explorer plate earth­ Stevenson, J. M.; Hammer, P. T. C.; Hilde­ quakes (abstract]. tigation of topographic variation at mid­ brand, J. A.; Fox, C. G., 1988, The sea­ ocean ridges spreading at the same rate. JUAN DE FUCA PLATE - surface and seafloor gravity field of GORDA BLOCK Axial volcano, Juan de Fuca Ridge (ab­ JUAN DE FUCA RIDGE - stract]. CLEFT SEGMENT Clarke, S. H., Jr.; Carver, G. A., 1989, Late Cenozoic structure and seismic poten­ Tivey, M. A.; Johnson, H. P., 1988, The Embley, R. W.; Chadwick, W. W., Jr.; Fox, tial of the southern Caacadia subduction anomalous magnetic signature of Axial C. G., 1990, New evidence for volcanic zone (abstract]. Seamount; Central Juan de Fuca Ridge eruptions on the southern Juan de Fuca (abstract]. Stoddard, P. R.; Woods, M. T., 1989, Master Ridge during the 1980's-Implications event relocations of Gorda plate earth­ Tivey, M. A.; Johnson, H. P., 1990, The for megaplumes and aeafloor monitor­ quakes (abstract]. magnetic structure of Axial Seamount, ing (abstract]. Juan de Fuca Ridge. Embley, R. W.; Chadwick, W.W., Jr.; Perfit, JUAN DE FUCA RIDGE Van Heeswijk, Marijke, 1987, Shallow M. R.; Baker, E.T., 1991, Geology of Note: Specific materials on the crustal structure of the caldera of Axial the northern Cleft segment, Juan de Juan de Fuca Ridge are listed Seamount, Juan de Fuca Ridge. Fuca Ridge-Recent lava flows, sea­ here. Virtually all studies of Webb, S. C.; Hildebrand, J. A., 1988, Con­ floor spreading, and the formation of offshore areas are listed under straints on crustal structure beneath megaplumea. MARINE GEOLOGY. Studies of Axial volcano derived from long period Herzfeld, U. C.; Stevenson, J.M.; Fox, C. specific areas in the Juan de acceleration and pre11ure measurements G.; Hildebrand, J. A., 1990, Multivari­ Fuca Ridge are listed here, e.g., (abstract]. ate geostatiatical analyses of gravimet­ JUAN DE FUCA RIDGE - AXIAL Zonenahain, L P.; Kuzmin, M. L, 1988, ric and bathymetric surveys on the SEAMOUNT. Geology of Axial volcano, Juan de Fuca southern Juan de Fuca Ridge (NE Pa­ cific) (abstract). JUAN DE FUCA RIDGE - Ridge (abstract]. Kadko, D. C., 1990, In-situ gamma spec­ AXIAL SEAMOUNT and AXIAL Zonenshain, L. P.; Kuzmin, M. I.; Bog­ danov, Y. A.; Usitsin, A. P., 1987, A trometry of a warm vent fluid emanating VOLCANO catastrophic event on the Juan de Fuca from the north Cleft area of the southern Appelgate, T. B., Jr., 1990, Volcanic and spreading center at Axial Mt. (46 de­ Juan de Fuca Ridge (abstract). structural morphology of the south flank grees N) (abstract). Webb, S. C.; Hildebrand, J. A.; Fox, C. G.; of Axial volcano, Juan de Fuca Ridge­ Crawford, W. C.; Hammer, P. T. C.; Results from a Sea MARC I side scan Herzfeld, U. C.; McDonald, M. A.; Ste­ sonar survey.• venson, J.M., 1990, Geophysical stud­ Crawford, W. C.; Webb, S. C.; Hildebrand, ies at the megaplume site on the south­ J. A., 1991, Seafloor compliance ob- em Juan de Fuca Ridge (abstract]. OPEN FILE REPORT 92-2 158 JUAN DE FUCA RIDGE - COBB OFFSET AND COBB RIDGE

file on the eastern flank of the Endeavor JUAN DE FUCA RIDGE - McClain, J. S.; Fondrk, Joseph; Wright, M. A., 1991, Seismic events from an active Segment of the Juan de Fuca Ridge _re­ COBB OFFSET AND COBB hydrothermal/volcanic: region, the En­ corded using a deep towed explo11ve RIDGE deavour Segment of the Juan de Fuc:a source [abstract). Desonie, D. L.; Duncan, R. A., 1990, The Ridge [abstract).• Raleigh, C. B.; Barone, A. M.; Ryan, W. B. Cobb-Eic:kelberg aeamount chain-Hot­ McClain, J. S.; Wright, M. A.; Fondrk, Jo­ F., 1989, Along-axis magma flow driven spot volcanism with mid-ocean ridge ba­ seph, 1990,Mic:roseismic:ity beneath hy­ by topographically induced hydraulic: salt affinity.* drothermal vent fields-Comparisons of head [abstract). Dewhurst, W. T., 1988, The simultaneous locations and times [abstract).* Rohr, K. M. M.; Milkereit, Bernd; Yorath, inversion of vec:IOr and total field aero­ Walker, D. A.; Hammond, S. R., 1990, Spa­ C. J., 1988, Asymmetric: deep crustal magnetic data using Bayesian infer­ tial and temporal distributions of T­ structure ac:rou the Juan de Fuca Ridge. ence-A case study from the Cobb Off­ phase source locations on the Juan de Ryall, P. J. C., 1990, An electric: drill for set of the Juan de Fuca Ridge.* Fuca and Gorda Ridges [abstract). deep-sea coring. Payton, W. H.; Lavin, P. M., 1987, Spatial White D. J.; Clowes, R. M., 1989, 2D 1eis­ Ryan, W. B. F., 1986, Features and proper­ coherence of Juan de Fuc:a 1eamount mi~ refraction tomography-Applica­ ties of the Endeavour and Explorer magnetic: anomalies and modeled anom­ tion to the Juan de Fuc:a Ridge [ab­ Ridges in common with the mid-Atlan­ alies derived from bathymetry and grav­ stract). tic: Ridge and East Pacific Rise [ab­ ity data [abstract]. stract). Shoberg, Tom; Stein, Seth; Karsten, J. L, JUAN DE FUCA RIDGE - Stakes, D.S.; Moore, W. S., 1989, Ages of 1989, Con1traint1 on rift propagation EICKELBERG SEAMOUNT hydrothermal vents on the Juan de Fuc:a history at the Cobb Offset, Juan de Fuc:a Desonie, D. L.; Duncan, R. A., 1990, The Ridge [abstract). Ridge, from numerical modeling of tec­ Cobb-Eic:kelberg aeamount chain-Hot­ Thomson, R. E.; Gordon, R. L.; Dymond, tonic: fabric [abstract]. spot volcanism with mid-ocean ridge ba­ Jack, 1989, Acoustic: Doppler current JUAN DE FUCA RIDGE - salt affinity.• profiler observations of a mid-ocean DELLWOOD KNOLLS JUAN DE FUCA RIDGE - ridge hydrothermal plume. ENDEAVOUR SEGMENT White, D. J.; Clowes, R. M., 1989, 2D seis­ Riddihough, R. P.; Currie, R. G.; Davis, E. mic: refraction tomography-Applica­ E.; Rogers, G. C.; Hyndman, R. D., Barone, A. M.; Ryan, W. B. F., 1988, Along­ tion to the Juan de Fuc:a Ridge [ab­ 1978, The Dellwood Knolls-The link axis variations within the plate bound­ stract). between Explorer Ridge and the Queen ary zone of the southern segment of the Charlotte fault? [abstract]. Endeavour Ridge. JUAN DE FUCA RIDGE - JUAN DE FUCA RIDGE Delaney, J. R.; Mc:Duff, R. E.; Robigou, V.; EXPLORER RIDGE Schultz, Adam; Smith, M.; Wells, J.; EARTHQUAKES AND Botros, Mona; Johnson, H.P., 1988, Tec­ Atnipp, V. A.; McClain, J. S., 1990, Co­ tonic: evolution of the Explorer-north­ SEISMOLOGY variation in mic:roseismicity and hydro­ ern Juan de Fuc:a region from 8 Ma to the Bibee, L. D., 1986, Ocean bottom seismom­ thermal output in the Endeavour vent present. eter measuremenu on the Gorda Ridge. field [abstract]. Feeney, Tracey, 1989, The petrology, mor· Delaney, J. R.; Mc:Duff, R. E.; Robigou, V.; Fondrk, Joseph; McClain, J. S., 1989, Ob­ phology and tectonics of Explorer Sea­ Schultz, Adam; Smith, M.; Wells, J.; servations of mic:roseismicity related to mount. Atnipp, V. A.; McClain, J. S., 1990, Co­ hydrothermal vents on the Juan de Fuc:a Franklin, J.M.; Kappel, E. S., 1986, Com· variation in mic:roseismic:ity and hydro­ Ridge [abstract]. positional c:harac:teristic:1 and volcanic: thermal output in the Endeavour vent Holcomb, R. T.; Delaney, J. R., 1988, Post­ setting of massive sulphide deposiu on field [abstract]. valley volcanism along the Endeavour Juan de Fuca and Explorer Ridges [ab­ Fondrk, Joseph; McClain, J. S., 1989, Ob­ Ridge near 47 degrees 57 minutes N stract). servations of mic:roseismicity related to [abstract]. Hyndman, R. D.; Rogers, G. C.; Barrett, D. hydrothermal vents on the Juan de Fuc:a Hooft E.; Rohr, K. M. M.; Davia, E. E.; L., 1977, Earthquake and seismic refrac­ Ridge [abstract]. C.:me, R. G., 1989, A comparison of tion results from ocean bottom seis­ Hyndman, R. D.; Rogers, G. C.; Barrett, D. thermal subsidence curves for young Pa­ mometers off British Columbia [ab- L., 1977, Earthquake and seismic refrac­ cific: and Juan de Fuc:a plates at the En­ 1trac:t). tion results from ocean bottom seis­ deavour Segment [abstract]. Hyndman, R. D.; Rogers, G. C.; Bone, M. mometers off British Columbia [ab­ Levy, S.; Rohr, K. M. M., 1989, Episodic: N.; Lister, C.R. B.; Wade, U.S.; Barren, stract]. crustal structure? Evidence for shon D. L.; Davia, E. E.; Lewis, T.; Lynch, Hyndman, R. D.; Rogers, G. C.; Bone, M. scale crustal variation in young Pacific Steve; Seemann, D. A., 1978, Geophys­ N.; Lister, C.R. B.; Wade, U.S.; Barrett, crust [abstract]. ical mea1urement1 in the region of the D. L.; Davis, E. E.; Lewi•, T.; Lynch, Leybourne, M. L, 1988, Volcanism and geo­ Explorer Ridge off western Canada. Steve; Seemann, D. A., 1978, Geophys­ chemistry of pans of the Endeavour Seg­ Malac:ek, S. J.; Clowes, R. M., 1978, ical measurements in the region of the ment of the Juan de Fuc:a Ridge system Crustal structure near Explorer Ridge Explorer Ridge off western Canada. and associated seamounu. from a marine deep seismic sounding Hyndman, R. D.; Weic:hen, D .. H., 19~6, McClain, J. S.; Fondrk, Joseph, 1989, The survey. Seiamic:ity and rates of relauve mouon nature of seismic:ity beneath the hydro­ Riddihough, R. P., 1985, A model for the on the transform faults of the Juan de thermal field of the Endeavour Segment tectonic: development of the Explorer Fuca Ridge system [abstract]. of the Juan de Fuca Ridge [abstract]. Ridge and Sovanc:o fracture zone [ab­ Lee, Kiehwa, 1977, Eanhquake swarms McClain, J. S.; Wright, M. A.; Fondrk, Jo­ stract]. near the northern end of the Juan de seph, 1990, Mic:roseismic:ity beneath hy­ Ryan, W. B. F., 1986, Features and proper­ Fuca Ridge [abstract). drothermal vent fields-Comparisons of ties of the Endeavour and Explorer McClain, J. S.; Fondrk, Joseph, 1989, The locations and times [abstract].* Ridges in common with the mid-Atlan­ nature of 1eismicity beneath the hydro­ Purdy, G. M.; Christeson, G.; Rohr, K. M. tic: Ridge and East Pacific Rise [ab­ thermal field of the Endeavour Segment M., 1989, An on-bottom refraction pro- stract]. of the Juan de Fuca Ridge [abstract). INDEX JUAN DE FUCA RIDGE - GEOPHYSICS - MAGNETIC SURVEYS 159

JUAN DE FUCA RIDGE - JUAN DE FUCA RIDGE - JUAN DE FUCA RIDGE - GEOCHRONOLOGY GEOPHYSICS - ELECTRICAL GEOPHYSICS - GROUND Desonie, D. L.; Duncan, R. A., 1990, The SURVEYS DEFORMATION Cobb-Eickelberg seamount chain-Hot­ Chave, A. D.; Filloux, J. H.; Luther, D.S.; Fox, C. G., 1990, Evidence of active ground spot volcanism with mid-ocean ridge ba­ Law, L K., 1989, Observations of mo­ deformation on the mid-ocean ridge­ salt affinity.• tional electromagnetic fields during Axial Seamount, Juan de Fuca Ridge, Goldstein, S. J.; Murrell, M. T.; Janecky, D. EMSLAB. April-June 1988. R., 1989, Dating young MORB from Law, L. K.; Nobes, D. C.; Edwards, R. N.; JUAN DE FUCA RIDGE - Juan de Fuca and Gorda Ridges by 238LJ. Wolfgram, P.A., 1986, Electrical sound­ 230'fh disequilibrium [abstract]. ings of the Juan de Fuca Ridge [ab­ GEOPHYSICS - MAGNETIC Karsten, J. L; Gillot, P.-Y.; Valladas, G., stract]. SURVEYS AND 1990, Thermoluminescence and K-Ar Nobes, D. C.; Law, L K., 1991, Delineation PALEO MAGNETISM dating of Juan de Fuca MORB [ab­ of sediment-hosted sulphide mineraliza­ Barr, S. M., 1974, Magnetic polarities of stract]. tion, northern Juan de Fuca Ridge, using basalts dredged from near the northern Stakes, D.S.; Moore, W. S., 1989, Ages of seafloor geophysics (abstract]. end of Juan de Fuca Ridge [abstract]. hydrothermal vents on the Juan de Fuca Caress, D. W., 1989, Some aspects of the Ridge [abstract]. JUAN DE FUCA RIDGE - structure and evolution of oceanic GEOPHYSICS - GRAVITY JUAN DE FUCA RIDGE - spreading centers. SURVEYS Delaney, J. R.; Johnson, H.P.; Karsten, J. GEOPHYSICS [GENERAL Crawford, W. C.; Webb, S. C.; Hildebrand, L., 1981, The Juan de Fuca Ridge-Hot WORKS] J. A., 1991, Seafloor compliance ob­ spot-Propagating rift system-New Barone, A. M.; Ryan, W. B. F., 1988, Along­ served by long-period pressure and dis­ tectonic, geochemical, and magnetic axis variations within the plate bound­ placement measurements. data. ary zone of the southern segment of the Herzfeld, U. C.; Stevenson, J. M.; Fox, C. Dewhurst, W. T., 1988, The simultaneous Endeavour Ridge. G.; Hildebrand, J. A., 1990, Multivari­ inversion of vector and total field aero­ Carbone, S. M.; Dixon, J. M.; Farrar, Ed­ ate geostatistical analyses of gravimet­ magnetic data using Bayesian infer­ ward; Davis, E. E.; Riddihough, R. P., ric and bathymetric surveys on the ence-A case study from the Cobb Off­ 1989, Geological and geophysical char­ southern Juan de Fuca Ridge (NE Pa­ set of the Juan de Fuca Ridge.• acteristics of the Tuzo Wilson sea­ cific) [abstract]. Feeney, Tracey, 1989, The petrology, mor­ mounts-Implications for plate geome­ Hildebrand, J. A.; Stevenson, J.M.; Ham­ phology and tectonics of Explorer Sea­ try in the vicinity of the Pacific-North mer, P. T. C.; Zumberge, M. A.; Parker, mount. America-Explorer triple junction. R. L.; Fox, C. G.; Meis, P. J., 1990, A Filloux, J. H.; Law, L. K.; Yukutake, T.; Davis, E. E.; Currie, R. G.; Sawyer, B. S., seafloor and sea surface gravity survey Segawa, J.; Hamano, Y.; Utada, H.; 1988, Seafloor mapping off western of Axial volcano. White, A.; Chave, A. D.; Tarits, Pascal; Canada [abstract]. Holmes, M. L.; Zervas, C. E., 1989, Resid­ Green, A. W., Jr., 1989, OFFSHORE Dehlinger, Peter; Couch, R. W., 1969, Syn­ ual gravity anomalies on the Juan de EMSLAB--Objectives, experimental thesis of geophysical results in the Juan Fuca and Gorda Ridges (abstract]. phase and early results. de Fuca and Gorda Ridge areas (north­ Koryakin, Y. D., 1989, Anomalii sily Johnson, H. P.; Tivey, M. A.; Botros, Mona; east Pacific Ocean) [abstract]. tyazhesti i stroyeniye podvodnykh gor Pariso, J. E., 1986, Magnetic and tec­ JUAN DE FUCA RIDGE - severo-vostochnoy chasti Tikhogo oke­ tonic structure of the Juan de Fuca re­ ana [Gravity anomalies and structure of GEOPHYSICS - ACOUSTIC gion [abstract]. seamounts of the Northeast Pacific]. Klitgord, K. D., 1974, Near-bottom geo­ SURVEYS McClain, K. J.; Lewis, B. T. R., 1982, Geo­ physical surveys and their implications Appelgate, T. B., Jr., 1990, Volcanic and physical evidence for the absence of a on the crustal generation process, sea structural morphology of the south flank crustal magma chamber under the north­ floor spreading history of the Pacific of Axial volcano, Juan de Fuca Ridge­ ern Juan de Fuca Ridge-A contrast and the geomagnetic time scale-0 to 6 Results from a Sea MARC I side scan with ROSE results. M.y.b.p. sonar survey.• Meis, P. J., 1989, Gravity anomaly of Axial LaBreque, John; Cande, Steve, 1974, Tiny Currie, R. G.; Davis, E; E., 1986, Acoustic volcano-The trace of a hot spot? [ab­ wiggles and paleomagnetic field behav­ imagery over the northern Juan de Fuca stract]. ior [abstract]. Ridge system [abstract]. Parker, R. L.; Stevenson, J. M.; Hedlin, Payton, W. H.; Lavin, P. M., 1987, Spatial Embley, R. W.; Murphy, K. M.; Fox, C. G., Catherine; Hammer, P. T. C.; Meis, P. J., coherence of Juan de Fuca seamount 1990, High-resolution studies of the 1989, Inversion of gravity measure­ magnetic anomalies and modeled anom­ summit of Axial volcano. ments collected over Axial Seamount alies derived from bathymetry and grav­ Karl, H. A.; Holmes, M. L, 1986, GLORIA [abstract]. ity data [abstract]. Il and SeaMARC Il acoustic imagery of Payton, W. H.; Lavin, P. M., 1987, Spatial Tivey, M. A.; Johnson, H. P., 1988, The southern Juan de Fuca Ridge [abstract]. coherence of Juan de Fuca seamount anomalous magnetic signature of Axial Normark, W. R.; Monon, J. L; Saxena, N., magnetic anomalies and modeled anom­ Seamount; Central Juan de Fuca Ridge 1990, Scaling considerations for acous­ alies derived from bathymetry and grav­ [abstract]. tic measurement of ridge extension [ab­ ity data [abstract]. Tivey, M. A.; Johnson, H. P., 1990, The stract]. Stevenson, J. M.; Hammer, P. T. C.; Hilde­ magnetic structure of Axial Seamount, Thomson, R. E.; Gordon, R. L.; Dymond, brand, J. A.; Fox, C. G., 1988, The sea­ Juan de Fuca Ridge. Jack, 1989, Acoustic Doppler current surface and seafloor gravity field of Ax­ Vine, F. J., 1968, Proof of ocean-floor profiler observations of a mid-ocean ial volcano, Juan de Fuca Ridge [ab­ spreading? [abstract]. ridge hydrothermal plume. stract]. 160 JUAN DE PUCA RIDGE - GEOPHYSICS - SEISMIC SURVEYS OPEN FILE REPORT 92-2

JUAN DE FUCA RIDGE - Van Heeswijk, Marijke, 1987, Shallow ment of ridge crests and sulfide deposits GEOPHYSICS - SEISMIC crustal structure of the caldera of Axial in the northeast Pacific Ocean. SURVEYS Seamount, Juan de Fuca Ridge. McClain, J. S.; Fondrk, Joseph, 1989, The Webb, S. C.; Hildebrand, J. A.; Fox, C. G.; nature of seismicity beneath the hydro­ Bibee, L. D., 1986, Ocean bottom seismom­ Crawford, W. C.; Hammer, P. T. C.; thermal field of the Endeavour Segment eter measurements on the Gorda Ridge. Herzfeld, U. C.; McDonald, M.A.; Ste­ of the Juan de Fuca Ridge [abstract). Calvert, A. J.; Hasselgren, E. O.; Clowes, venson, J. M., 1990, Geophysical stud­ McClain, J. S.; Wright, M. A.; Fondrk, Jo. R. M., 1990, Oceanic rift propagation­ ies at the megaplume site on the south­ seph, 1990, Microseismicity beneath hy­ A cause of crustal underplating and sea­ ern Juan de Fuca Ridge [abstract]. drothermal vent fields-Comparisons of mount volcanism. White, D. J.; Clowes, R. M., 1989, 2D seis­ locations and times (abstract].• Christeson, G.; Purdy, G. M.; Rohr, K. M. mic refraction tomography-Applica· Nobes, D. C.; Law, L K., 1991, Delineation M., 1989, A seismic refraction experi­ tion to the Juan de Fuca Ridge [ab­ of sediment-hosted sulphide mineraliza­ ment along the crest of the Northern stract]. tion, northern Juan de Fuca Ridge, using Symmetric Segment of the Juan de Fuca seafloor geophysics [abstract]. Ridge (abstract]. JUAN DE FUCA RIDGE - Olivarez, A. M.; Owen, R. M., 1986, Geo­ Clowes, R. M., 1986, Juan de Fuca Ridge GEOPHYSICS - THERMAL chemical associations of the rare earth system-Structure from a seismological SURVEYS elements in a shallow core from the Juan perspective (abstract]. Farrar, Edward; Dixon, J.M., 1991, Ridge de Fuca Ridge (abstract]. Clowes, R. M.; Calvert, A. J.; Hasselgren, subduction and the thermal nature of Stakes, D.S.; Moore, W. S., 1989, Ages of E. 0., 1989, Seismic reflections from a spreading ridges (abstract]. hydrothermal vents on the Juan de Fuca seamount on the Juan de Fuca plate (ab­ Karsten, J. L.; Delaney, J. R., 1989, Hot stract]. Ridge (abstract]. spot-ridge crest convergence in the Thomson, R. E.; Gordon, R. L.; Dymond, Denny, Stuart, 1988, Crustal structure of northeast Pacific. Jack, 1989, Acoustic Doppler current the Juan de Fuca Ridge as determined Moran, J.E., 1986, Heat flow and the ther· profiler observations of a mid-ocean from deep towed seismic reflection pro­ mal evolution of Cascadia Basin. files. ridge hydrothermal plume. Trivett, D. A.; Williams, A. J., ill, 1990, Trivett, D. A.; Williams, A. J., ill, 1990, Hasselgren, E. O.; Clowes, R. M., 1989, Velocity and temperature profiles of dif­ Velocity and temperature profiles of dif­ Crustal structure of a young ocean fuse hydrothermal flow at the southern basin-Intraplate deformation observed fuse hydrothermal flow at the southern Juan de Fuca Ridge (abstract]. Juan de Fuca Ridge [abstract]. on multichannel reflection profiles (ab­ stract]. JUAN DE FUCA RIDGE - Turner, R. J. W.; Leitch, C.H. B.; Ames, D. E.; Hoy, Trygve; Franklin, J. M.; Good­ Hyndman, R. D.; Rogers, G. C.; Barrett, D. HYDROTHERMAL VENTS fellow, W. D., 1991, Character of hydro­ L., 1977, Earthquake and seismic refrac­ Baker, E. T.; Massoth, G. J., 1986, The tion results from ocean bottom seis­ thermal mounds and adjacent altered along-strike distribution of hydrother­ sediments, active hydrothermal areas, mometers off British Columbia (ab­ mal activity on a spreading segment of stract]. Middle Valley sedimented rift, northern the Juan de Fuca Ridge (abstract]. Juan de Fuca Ridge, northeastern Pa­ Hyndman, R. D.; Rogers, G. C.; Bone, M. Delaney, J. R.; McDuff, R. E.; Robigou, V.; cific-Evidence from ALVIN push N.; Lister, C.R. B.; Wade, U.S.; Barrett, Schultz, Adam; Smith, M.; Wells, J.; cores. D. L.; Davis, E. E.; Lewis, T.; Lynch, Atnipp, V. A.; McClain, J. S., 1990, Co­ Steve; Seemann, .D. A., 1978, Geophys­ variation in microseismicity and hydro· JUAN DE FUCA RIDGE - ical measurements in the region of the thermal output in the Endeavour vent MIDDLE VALLEY Explorer Ridge off western Canada. field (abstract]. Nobes, D. C.; Law, L K., 1991, Delineation Malacek, S. J.; Clowes, R. M., 1978, Embley, R. W.; Chadwick, W.W., Jr.; Perfit, of sediment-hosted sulphide mineraliza­ Crustal structure near Explorer Ridge M. R.; Baker, E.T., 1991, Geology of tion, northern Juan de Fuca Ridge, using from a marine deep seismic sounding the northern Cleft segment, Juan de seafloor geophysics (abstract). survey. Fuca Ridge-Recent lava flows, sea­ Turner, R. J. W.; Leitch, C.H. B.; Ames, D. McClain, K. J .; Lewis, B. T. R., 1982, Geo­ floor spreading, and the formation of E.; Hoy, Trygve; Franklin, J.M.; Good­ physical evidence for the absence of a mega plumes. fellow, W. D., 1991, Character of hydro­ crustal magma chamber under the north­ Fondrk, Joseph; McClain, J. S., 1989, Ob­ thermal mounds and adjacent altered ern Juan de Fuca Ridge-A contrast servations of microseismicity related to sediments, active hydrothermal areas, with ROSE results. hydrothermal vents on the Juan de Fuca Middle Valley sedimented rift, northern Poujol, M.; Jacobson, R. S., 1988, Using Ridge (abstract]. Juan de Fuca Ridge, northeastern Pa­ inverse theory and SEABEAM bathym­ Franklin, J.M.; Kappel, E. S., 1986, Com­ cific-Evidence from ALVIN push etry to improve seismic refraction data positional characteristics and volcanic cores. corrections. setting of massive sulphide deposits on JUAN DE FUCA RIDGE - Purdy, G. M.; Christeson, G.; Rohr, K. M. Juan de Fuca and Explorer Ridges (ab· M., 1989, An on-bottom refraction pro­ stract]. SEDIMENTS file on the eastern flank of the Endeavor Hammond, S. R., 1990, Relationships be· Phipps,J. B., 1974, Sediments and tectonics Segment of the Juan de Fuca Ridge re­ tween lava types, seafloor morphology, of the Gorda-Juan de Fuca plate. corded using a deep towed explosive and the occurrence of hydrothermal Turner, R. J. W.; Leitch, C.H. B.; Ames, D. source (abstract]. venting in the ASHES vent field of Axial E.; Hoy, Trygve; Franklin, J.M.; Good­ Rohr, K. M. M.; Lewis, B. T. R., 1987, volcano. fellow, W. D., 1991, Character of hydro­ Shallow crustal reflections from the Kadko, D. C., 1990, In-situ gamma spec­ thermal mounds and adjacent altered Juan de Fuca rise [abstract]. trometry of a warm vent fluid emanating sediments, active hydrothermal areas, Rohr, K. M. M.; Milkereit, Bernd; Yorath, from the north Cleft area of the southern Middle Valley sedimented rift, northern C. J., 1988, Asymmetric deep crustal Juan de Fuca Ridge [abstract). Juan de Fuca Ridge, northeastern Pa­ structure across the Juan de Fuca Ridge. Kappel, E. S.; Franklin, J.M., 1989, Rela· cific-Evidence from ALVIN push tionships between geologic develop- cores. INDEX JUAN DE PUCA RIDGE - TUZO WILSON SEAMOUNT 161

JUAN DE FUCA RIDGE - for megaplumes and 1eafloor monitor­ Normark, W. R.; Monon, J. L; Saxena, N., STRUCTURES AND TECTONICS ing [abstract]. 1990, Scaling considerations for acous­ tic measurement of ridge extension [ab­ Appelgate, T. B., Jr., 1990, Volcanic and Embley, R. W.; Chadwick, W.W., Jr.; Perfit, stract]. structural morphology of the south flank M. R.; Baker, E. T., 1991, Geology of of Axial volcano, Juan de Puca Ridge­ the nonhern Cleft segment, Juan de Odegard, M. E., 1978, Upper mantle struc­ Results from a Sea MARC I side scan Fuca Ridge-Recent lava flows, sea­ ture of the Gorda-Juan de Fuca Ridge sonar survey.• floor spreading, and the formation of system [abstract]. Barone, A. M.; Ryan, W. B. F., 1988, Along­ mega plumes. Phipps, J.B., 1974, Sediments and tectonics axis variations within the plate bound­ Farrar, Edward; Dixon, J. M., 1991, Ridge of the Gorda-Juan de Fuca plate. ary zone of the southern segment of the subduction and the thermal nature of Riddihough, R. P., 198S, A model for the Endeavour Ridge. spreading ridges [abstract]. tectonic development of the Explorer Botros, Mona; Johnson, H. P., 1988, Tec­ Fox, C. G., 1988, Central Axial caldera­ Ridge and Sovanco fracture zone [ab­ tonic evolution of the Explorer-north­ The site of recent venical tectonics [ab­ stract]. ern Juan de Fuca region from 8 Ma to the stract]. Riddihough, R. P.; Currie, R. G.; Davis, E. present. Hasselgren, E. O.; Clowes, R. M., 1989, E.; Rogers, G. C.; Hyndman, R. D., Calven, A. J.; Hauelgren, E. O.; Clowes, Crustal structure of a young ocean 1978, The Dellwood Knolls-The link R. M., '1990, Oceanic rift propagation­ basin-Intraplate deformation observed between Explorer Ridge and the Queen A cause of crustal underplating and sea­ on multichannel reflection profiles [ab­ Charlotte fault? [abstract]. mount volcanism. stract]. Rohr, K. M. M.; Lewis, B. T. R., 1987, Carbone, S. M.; Dixon, J. M.; Farrar, Ed­ Hooft, E.; Rohr, K. M. M.; Davis, E. E.; Shallow crustal reflections from the ward; Davis, E. E.; Riddihough, R. P., Currie, R. G., 1989, A comparison of Juan de Fuca rise [abstract}. 1989, Geological and geophysical char­ thermal subsidence curves for young Pa­ Rohr, K. M. M.; Milkereit, Bernd; Yorath, acteristics of the Tuzo Wilson sea­ cific and Juan de Fuca plates at the En· C. J., 1988, Asymmetric deep crustal mounu-Implications for plate geome­ deavour Segment [abstract]. structure across the Juan de Fuca Ridge. try in the vicinity of the Pacific-North Hyndman, R. D.; Rogers, G. C.; Bone, M. Shoberg, Tom; Stein, Seth; Karsten, J. L, America-Explorer triple junction. N.; Lister, C.R. B.; Wade, U. S.; Barrett, 1989, Constraints on rift propagation Caress, D. W., 1989, Some aspects of the D. L.; Davis, E. E.; Lewis, T.; Lynch, history at the Cobb Offset, Juan de Fuca structure and evolution of oceanic Steve; Seemann, D. A., 1978, Geophys­ Ridge, from numerical modeling of tee· spreading centers. ical measurements in the region of the tonic fabric [abstract}. Chave, A. D.; Filloux, J. H.; Luther, D. S.; Explorer Ridge off western Canada. Van Heeswijk, Marijke, 1987, Shallow Law, L K., 1989, Observations of mo­ Hyndman, R. D.; Weichen, D. H., 1986, crustal structure of the caldera of Axial tional electromagnetic fields during Seismicity and rates of relative motion Seamount, Juan de Fuca Ridge. EMSLAB. on the transform faults of the Juan de Vine, F. J., 1968, Proof of ocean-floor Clowes, R. M., 1986, Juan de Fuca Ridge Fuca Ridge system [abstract]. spreading? [abstract]. system-Structure from a seismological Johnson, H.P.; Holmes, M. L., 1989, Evo· Webb, S. C.; Hildebrand, J. A., 1988, Con­ perspective [abstract]. lotion in plate tectonics-The Juan de straints on crustal structure beneath Ax­ Crawford, W. C.; Webb, S. C.; Hildebrand, Fuca Ridge. ial volcano derived from long period ac­ J. A., 1991, Seafloor compliance ob­ Johnson, H.P.; Ttvey, M. A.; Botros, Mona; celeration and pressure measurements served by long-period pressure and dis­ Pariso, J. E., 1986, Magnetic and tee· [abstract]. placement measurements. tonic structure of the Juan de Fuca re­ Webb, S. C.; Hildebrand, J. A.; Fox, C. G.; Currie, R. G.; Davis, E. E., 1986, Acoustic gion [abstract]. Crawford, W. C.; Hammer, P. T. C.; imagery over the northern Juan de Fuca Kadko, D. C., 1990, In-situ gamma spec· Herzfeld, U. C.; McDonald, M. A.; Ste· Ridge system [abstract]. trometry of a warm vent fluid emanating venson, J.M., 1990, Geophysical stud­ from the north Cleft area of the southern Dehlinger, Peter; Couch, R. W., 1969, Syn­ ies at the megaplume site on the south­ Juan de Fuca Ridge [abstract]. thesis of geophysical results in the Juan ern Juan de Fuca Ridge [abstract]. de Fuca and Gorda Ridge areas (north­ Kappel, E. S.; Franklin, J.M., 1989, Rela· Wilson, D. S., 1988, Tectonic history of the east Pacific Ocean) [abstract]. tionships between geologic develop• Juan de Fuca Ridge over the last 40 ment of ridge crests and sulfide deposits Delaney, J. R.; Johnson, H.P.; Kanten, J. million years. in the northeast Pacific Ocean. L., 1981, The Juan de Fuca Ridge-Hot Zervas, C. E., 1988, A finite element inves­ spot-Propagating rift system-New Karl, H. A.; Holmes, M. L, 1986, GLORIA tigation of topographic variation at mid­ tectonic, geochemical, and magnetic Il and SeaMARC Il acoustic imagery of ocean ridges spreading at the same rate. data. southern Juan de Fuca Ridge [abstract]. Kanten, J. L.; Delaney, J. R., 1989, Hot JUAN DE FUCA RIDGE - Delaney, J. R.; Karsten, J. L.; Hammond, S. TUZO WILSON SEAMOUNT R., 1986, Petrology and tectonics of the spot-ridge crest convergence in the Carbotte, S. M.; Dixon, J.M.; Farrar, Ed· Juan de Fuca Ridge [abstract]. northeast Pacific. Klitgord, K. D., 1974, Near-bottom geo· ward; Davis, E. E.; Riddihough, R. P., Denny, Stuan, 1988, Crustal structure of 1989, Geological and geophysical char· the Juan de Fuca Ridge as determined physical surveys and their implications on the crustal generation process, sea acteristics of the Tuzo Wilson sea­ from deep towed seismic reflection pro­ mounts-Implications for plate geome· files. floor spreading history of the Pacific and the geomagnetic time scale-0 to 6 try in the vicinity of the Pacific-North Dewhunt, W. T., 1989, The simultaneous M.y.b.p. America-Explorer triple junction. invenion of vector and total field aer­ Denton, A. W. S., 1986, Tectonics and sed­ omagnetic data using Bayesian infer­ Levy, S.; Rohr, K. M. M., 1989, Episodic crustal structure? Evidence for shon iment geochemistry of Tuzo Wilson sea· ence-A case study from the Cobb Off­ mounts, northeast Pacific Ocean. set of the Juan de Fuca Ridge [abstract]. scale crustal variation in young Pacific crust [abstract]. Embley, R. W.; Chadwick, W. W., Jr.; Fox, Malacek, S. J.; Clowes, R. M., 1978, C. G., 1990, New evidence for volcanic eruptions on the southern Juan de Fuca Crustal structure near Explorer Ridge from a marine deep seismic sounding Ridge during the 1980'1-Implications survey. 162 JUAN DE FUCA RIDGE - VANCE SEGMENT OPEN FILE REPORT 92-2

JUAN DE FUCA RIDGE - rocks in the Decatur terrane, San Juan Chelan, King, and Kittitas Counties, VANCE SEGMENT Islands, Washington. Washington. Herzfeld, U. C.; Stevenson, J.M.; Fox, C. Elison, M. W., 1991, Intracontinental con­ University of Puget Sound Geology Depart­ G.; Hildebrand, J. A., 1990, Multivari­ traction in western North America­ ment, 1981, Puget Group-Third annual ate geostatistical analyses of gravimet­ Continuity and episodicity. field trip. ric and bathymetric surveys on the Irving, E.; Yole, R. W., 1987, Tectonic rota­ URS Company; Jacobs A11ociate1; Con­ southern Juan de Fuca Ridge (NE Pa­ tions and translations in western Can­ verse Consultants; Evans-Hamilton, cific) [abstract). ada-New evidence from Jurassic rocks Inc., 1983, Metro Renton effluent trans­ of Vancouver Island. fer system, contract no. CW-F2-82; Pre­ JUAN DE FUCA RIDGE - KING CO., WASH. design study, Phase I, Preliminary re­ VOLCANISM port, geotechnical. Appelgate, T. B., Jr., 1990, Volcanic and Note: Specific materials on King Walsh, T. J., 1990, Geologic history of the structural morphology of the south flank County are listed here. Regional Tiger Mountain State Forest. materials which may include of Axial volcano, Juan de Fuca Ridge­ Yount, J.C.; Gower, H. D., 1991, Bedrock King County are listed under Results from a Sea MARC I side scan geologic map of the Seattle 30' by 60' sonar survey.• CASCADE RANGE or PUGET quadrangle, Washington. De1onie, D. L; Duncan, R. A., 1990, The LOWLAND, as appropriate. Cobb-Eickelberg seamount chain-Hot­ KING CO., WASH. - AREAL KING CO., WASH. - spot volcanism with mid-ocean ridge ba­ GEOLOGY BIBLIOGRAPHY salt affinity.• Manson, C. J., compiler, 1990, Bibliogra­ Bliton, W. S., 1989, Cedar River project. Embley, R. W.; Chadwick, W. W., Jr.; Fox, phy of the geology and mineral re­ Bliton, W. S., 1989, Tolt River project. C. G., 1990, New evidence for volcanic sources of King County, Washington. Booth, D. B., 1990, Pleistocene deposits eruptions on the southern Juan de Fuca KING CO., WASH. - CLIMATE Ridge during the l 980's-Implications and subglacial landforms of the south­ for megaplumes and seafloor monitor­ eastern Puget Lowland. Wiberg, E. J., 1990, The probability distri­ ing [abstract). Brown and Caldwell; Municipality of Met­ bution of 1nowmelt in clearcuts from a rain-on-snow event in the central Cas­ Fox, C. G., 1990, Evidence of active ground ropolitan Seattle; TCW Associates, Inc., cades of Washington. deformation on the mid-ocean ridge­ 1989, Geohydrology studies of the Axial Seamount, Juan de Fuca Ridge, Metro section 16 Silvigrow projecL KING CO., WASH. - April-June 1988. Easterbrook, D. J., 1966, Glaciomarine en­ EARTHQUAKE-INDUCED vironments and the Fraser glaciation in Franklin, J.M.; Kappel, E. S., 1986, Com­ LANDSLIDES, SLOPE positional characteristics and volcanic northwest Washington--Guidebook for first Annual Field Conference, Pacific STABILITY, AND SOIL setting of massive sulphide deposits on LIQUEFACTION Juan de Fuca and Explorer Ridges [ab­ Coast Section, Friends of the Pleisto­ stract). cene, September 24-25, 1966. Cheng, W.-L, 1980, Effects of soil proper­ ties on liquefaction potential during Holcomb, R. T.; Delaney, J. R., 1988, Post­ Galster, R. W., 1989, Howard A. Hanson Dam. earthquakes. valley volcanism along the Endeavour Ridge near 47 degrees S7 minutes N Galster, R. W., 1989, Mud Mountain Dam. Grant, W. P., 1989, Evaluation of liquefac­ [abstract). Galster, R. W.; Laprade, W. T., 1991, Geol­ tion potential, Seattle; Washington.• Johnson, H.P.; Embley, R. W., 1990, Axial ogy of Seattle, Washington, United Jacoby, G. C.; Williams, P. L., 1990, U 1e of Seamount-An active ridge axis vol­ States of America. temporal correlation to test a proposed cano on the central Juan de Fuca Ridge. Gualtieri, J. L; Simmons, G. C., 1989, Ge­ seismic origin for giant landslides in Se­ attle, Washington.• Johnson, H.P.; Holmes, M. L., 1988, Near­ ology of the Alpine Lakes study area and axis seamount formation-A detailed additions, Washington. Jacoby, G. C.; Williams, P. L.; Buckley, B. case history of Axial Seamount, central Minard, J.P.; Booth, D. B., 1988, Geologic M., 1990, Timing and distribution of Juan de Fuca Ridge [abstract). map of the Redmond quadrangle, King landslides in Lake Washington, Seat­ tle--Geohazards of possible seismic or­ Leybourne, M. I., 1988, Volcanism and geo­ County, Washington. igin [abstract). chemistry of parts of the Endeavour Seg­ Pistrang, M. A., 1981, Bedrock and boot­ ment of the Juan de Fuca Ridge system soles-An introduction to the geology Perkins, W. J.; Grant, W. P.; Youd, T. L, and a11ociated seamounts. of the Issaquah Alps. 1990, Liquefaction susceptibility maps for the Seattle North and South, Wash­ McClain, K. J.; Lewis, B. T. R., 1982, Geo­ Robinson and Noble, Inc., 1987, Descrip­ ington quadrangles [abstract). physical evidence for the absence of a tion of the aquifer systems in the Federal Williams, P. L.; Jacoby, G. C., 1989, Eval­ crustal magma chamber under the north­ Way area. ern Juan de Fuca Ridge-A contrast Sabol, M. A.; Tumey, G. L; Ryals, G. N., uation of possible seismic triggering of with ROSE results. 1988, Evaluation of available data on giant landslides in Seattle, Washington [abstract). Raleigh, C. B.; Barone, A. M.; Ryan, W. B. the geohydrology, soil chemistry, and F., 1989, Along-axis magma flow driven ground-water chemistry of Gas Works Youd, T. L., 1989, Liquefaction hazard by topographically induced hydraulic Park and surrounding region, Seattle, mapping for the Seattle urban region uti­ head [abstract). Washington. lizing LSI.• Zonenshain, L P.; Kuzmin, M. I.; Bogda­ Sweet, Edwards and Associates, Inc.; Her­ Yount, J. C.; Vick, G. S.; McCoy, Gail, nov, Y. A.; Lisitsin, A. P., 1987, A cata­ rera Environmental Consultants, 1987, 1990, The standard penetration versus strophic event on the Juan de Fuca Cedar Hills regional landfill site devel­ depth relations of Quaternary glacial and nonglacial deposits in the southern spreading center at Axial Mt. (46 de­ opment plan; Task 4S.O-Investigation Seattle area, Washington-Implications grees N) [abstract). of the feasibility of in-waste leachate head reduction; Progress report, Sept. for studies of liquefaction susceptibil­ JURASSIC 11, 1987. ity.• Bogue, S. W.; Cowan, D. S.; Garver, J. I., U.S. Geological Survey; U.S. Bureau of 1989, Paleomagnetic evidence for Mines, 1989, Mineral resources of the poleward transport of Upper Jurassic Alpine Lakes study area and additions, INDEX KING CO., WASH. - ENGINEERING GEOLOGY 163

KING CO., WASH. Shannon and Wilson, Inc., 1981, Seven geo­ KING CO., WASH. - EARTHQUAKES AND technical reports, South Fork Tolt River ENGINEERING GEOLOGY SEISMOLOGY dam-Report 2, Seismicity study, South DAMS AND RESERVOIRS Fork Tolt River dam. Algermissen, S. T.; Leyendecker, E. V., Anton, W. F., 1990, Overview of lifeline Tarr, A. C.; King, K. W., 1988, U.S. Geolo­ 1988, Estimation of earthquake losses in earthquake engineering-Panel discus­ gical Survey begins seismic ground re­ the Puget Sound area. sion responses to four topics. sponse experiments in Washington Anton, W. F., 1990, Overview of lifeline State. Bliton, W. S., 1989, Cedar River project. eanhquake engineering panel discus­ Tinsley, J. C., 1988, Quaternary framework Bliton, W. S., 1989, Toll River project. sion-Abstract of responses. for earthquake studies, Los Angeles, Convene Ward Davis Dixon, Inc., 1980, Anton, W. F., 1990, Overview of lifeline California. Report on earthquake motions for reser­ earthquake engineering-Panel discus­ voir seismic stability analyses, Seaule, Toliver, Paul, 1990, Lifeline panel #1. sion responses to four topics. Washington. Twelker, N. H., and Associates, 1966, Dam­ Ballantyne, D. B., 1989, Earthquake loss Galster, R. W., 1989, Howard A. Hanson ages caused by earthquake of April 29, estimation modeling of the Seattle water 1965-Letter report, Port of Seattle Dam. system.• Commission, Pier 5 Terminal. Galster, R. W., 1989, Mud Mountain Dam. Bodle, T. R., 1990, The relation of earth­ URS/John A. Blume and Associates, 1985, Geo-Recon, Inc., 1963, Phase I, Geophysi­ quake intensity to surface geology and Metro effluent transfer system, seismic cal investigation, proposed Morse Lake elevation in western Washington State.• evaluation amendment 4, task xvm.5. dam. Bolton, P. A., 1989, Post-disaster emer­ Washington Surveying and Rating Bureau, Shannon and Wilson, Inc., 1981, Seven geo­ gency response issues in urban seuings. 1966, Seattle and vicinity, Washington technical reports, South Fork Toll River Booth, D. B., 1988, Land-use planning in earthquake map, showing general areas dam-Report 2, Seismicity study, South the mitigation of seismic hazards. of filled or unstable ground. Fork Tolt River dam. Convene Ward Davis Dixon, Inc., 1980, Wen, Y.-K., 1983, Seismic risk and cost Wen, Y.-K., 1983, Seismic risk and cost Report on eanhquake motions for reser­ benefit analysis of the spillway tower, benefit analysis of the spillway tower, voir seismic stability analyses, Seaule, Toll River dam safety improvement Toh River dam safety improvement Washington. projecL project. Galster, R. W.; Laprade, W. T., 1991, Geol­ Zarker, Gary, 1990, City of Seaule's earth- KING CO., WASH. - ogy of Seattle, Washington, United quake preparedness plan. States of America. ENGINEERING GEOLOGY Karlin, Rohen, 1990, Paleoseismicity in the KING CO., WASH. - MUNICIPAL WATER SYSTEMS Puget Sound area recorded in Holocene ENGINEERING GEOLOGY Anton, W. F., 1990, Overview of lifeline sediments from Lake Washington, [GENERAL WORKS] earthquake engineering panel discus­ U.S.A. (abstract]. Galster, R. W.; Laprade, W. T., 1991, Geol­ sion-Abstract of responses. Kennedy/Jenks/Chilton, 1990, Earthquake ogy of Seattle, Washington, United Anton, W. F., 1990, Overview of lifeline loss estimation modeling of the Seattle States of America. earthquake engineering-Panel discus­ water system.• sion responses to four topics. King, K. W., 1990, Urban hazards seismic KING CO., WASH. - Ballantyne, D. B., 1989, Earthquake loss field investigations. ENGINEERING GEOLOGY - estimation modeling of the Seattle water King, K. W., 1991, Investigation of seismic BUILDINGS AND BUILDING system.• wave propagation for determination of STANDARDS Kennedy/Jenks/Chilton, 1990, Earthquake crustal structure. Celebi, Mehmet, 1991, Instrumentation of loss estimation modeling of the Seattle King, K. W.; Tarr, A. C., 1989, Urban haz­ structures. water system.• ards seismic field investigations and the Grant, W. P.; Yamane, George; Miller, R. P., KING CO., WASH. - study of the effects of site geology on 1984, Columbia Center shoring wall, ENGINEERING GEOLOGY ground shaking.• Seattle, Washington. ROADS AND BRIDGES King, K. W.; Tarr, A. C.; Carver, D. L; Gurtowski, T. M.; Boirum, R. N., 1989, Andrews, G. H.; Klasell, J. A., 1964, Cylin­ Williams, R. A.; Worley, D. M., 1988, Foundations and excavations for high­ der pile retaining wall. Geophysical studies in suppon of seis­ rise structures in downtown Seattle. Bronson, K. E., 1989, Geotechnical impacts mic hazards assessment of Seattle and Kennedy/Jenks/Chilton, 1990, Earthquake on construction of State Route 167, the Olympia, Washington. loss estimation modeling of the Seattle Valley Freeway. Marks, Clifford, 1991, Seismic hazard re­ water system.• Buechel, G. J.; Yamane, George, 1989, Sta­ duction planning process to develop pol­ Perbix, T. W., 1990, Introduction to a seis­ bilization of a roadway slide by drainage i.cies and programs for the City of Seat­ mic retrofit of older buildings (ab­ installation and light-weight tle. stract]. rm. Johnson, K. A., 1989, Seattle freeway con­ McLerran, Dennis, 1990, City of Seattle's Perbix, T. W., 1990, Seismic retrofit of struction, Intentate Highway 5, 1960- earthquake preparedness plan. Union Station. 1966. Perbix, T. W.; Burke, P., 1989, Toward a Shannon, W. L.; Strazer, R. J., 1970, Tied­ Kleppe, J. H.; Denby, G. M., 1984, Design philosophy for seismic retrofit-The Se­ back excavation wall for Seattle First and performance of horizontal drains. attle experience. National Bank. Qamar, A. I., 1988, The effect oflocal ge­ Robinson, R. A., 1989, Geotechnical im­ ology on earthquake intensity in the Se­ KING CO., WASH. - pacts on design and construction of the attle to Portland region of Washington ENGINEERING GEOLOGY - Mt. Baker Ridge Tunnel, interstate and northern Oregon. CANALS Highway 90, Seaule. Qamar, A. I.; Bodle, T. R., 1989, Using Galster, R. W., 1989, Geologic aspects of Shannon and Wtlson, Inc., 1980, Geotechni­ earthquake intensities to determine navigation canals of western Washing­ cal engineering studies-West Seattle ground response in the Puget Sound re­ ton. freeway bridge replacement, City of Se­ gion. attle; Main span substructure, Harbor Is­ land structure; Volume I, Engineering Rice, Norm, 1990, City of Seattle's earth­ studies and recommendations. quake preparedness plan. 164 KING CO.• WASH. - ENGINEERING GEOLOGY OPEN FILE REPORT 92-2

Shannon and Wilson, Inc., 1981, Geotechni­ Sherif, M.A.; Wu, M.-I., 1971, Summary Mills, D. E.; Cordell, D. A., 1989, A hydro· cal engineering studies-West Seattle and practical implications of the Univer­ geologic assessment of Cedar Hills re­ freeway bridge replacement, City of Se­ sity of Washington soil engineering re­ gional landfill, King County, Washing· attle; West interchange, east inter­ search. ton. change; Volume I, Engineering studies Squires, G. H., 1985, An experimental in­ Sweet, Edwards and Associates, Inc., 1986, and recommendations. vestigation of the consolidation and Cedar Hills regional landfill-Phase Sherif, M. A., 1966, Physical properties of shear strength characteristics of a Seat­ 2-Site development plan; Existing area Seattle freeway soils. tle clay. report. Sondergaard, I. N.; Fuller, S. R.; Otten, M. Washington Surveying and Rating Bureau, Sweet, Edwards and Associates, Inc.; Her­ T., 1989, Geology and design of the Se­ 1966, Seattle and vicinity, Washington rera Environmental Consultants, 1987, attle access portion of Intentate High­ earthquake map, showing general areas Cedar Hills regional landfill site devel­ way 90. of filled or unstable ground. opment plan; Task 45.0-Investigation Sondergaard, I. N.; Otten, M. T.; Fuller, S. Yount, I. C.; Vick, G. S.; McCoy, Gail, of the feasibility of in-waste leachate R., 1989, Geology and design of the Se­ 1989, The standard penetration venus head reduction; Progre11 report, Sept. attle access portion of Intentate High­ depth relations of Quaternary glacial 11, 1987. way 90. and nonglacial deposits in the greater URS Company; Jacobs A11ociate1; Con· Squier, L. R.; Klasell, I. A., 1989, Cylinder Seattle area, Washington-Implications verse Consultants; Evans-Hamilton, pile walls along Interstate Highway 5, for liquefaction susceptibility studies. Inc., 1983, Metro Renton effluent trans­ Seattle. fer system, contract no. CW-F2-82; Pre· KING CO., WASH. - design study, Phase I, Preliminary re· Wiatrak, P.A., 1966, Seattle's leaning wall. ENGINEERING GEOLOGY - Yamane, George; Wu, M.-J., 1989, Pile port, geotechnical. foundation for the West Seattle Freeway TUNNELS URS/John A. Blume and Associates, 1985, bridge replacement, Seattle, Washing­ Bauhof, F. C., 1989, Construction history of Metro effluent transfer system, seismic ton. the Cascade Railroad Tunnel. evaluation amendment 4, task xvm.5. Critchfield, I. W.; MacDonald, I. F., 1990, Zarker, Gary, 1990, City of Seattle's earth- KING CO., WASH. - quake preparedness plan. Downtown in soft ground. Laprade, W. T.; Thompson, S. R., 1989, GEOCHRONOLOGY KING CO., WASH. - Engineering geology of the Downtown Jacoby, G. C.; Williams, P. L., 1990, Use of ENGINEERING GEOLOGY Seattle Transit Project. temporal correlation to test a proposed SOIL MECHANICS Lowe, Roger, Associates, Inc., 1980, Report seismic origin for giant landslides in Se­ Bronson, K. E., 1989, Geotechnical impacts of geotechnical studies, SR 90 tunnel attle, Washington.• on construction of State Route 167, the project, Mercer Island, Washington. KING CO., WASH. - Valley Freeway. MacDonald, I. F., 1985, Mt. Baker Ridge GEOPHYSICS Cheng, W.-L, 1980, Effects of soil proper­ tunnel-Construction of a large diame­ Davis, W. E., 1989, Aeromagnetic interpre­ ties on liquefaction potential during ter soft ground tunnel by the stacked tation of the Alpine Lakes study area and earthquakes. drift method. additions, Washington. Gaddah, A.H., 1976, Damping ratio for dry Patten, R. H., 1987, Excavation problems of Geo-Compu-Graph, Inc., 1980, Engineer­ sands. E.T.S.-6 tunnel. ing reflection seismic survey in the Grant, W. P., 1989, Evaluation of liquefac­ Robinson, R. A., 1989, Geotechnical im­ Cedar River groundwater basin. tion potential, Seattle, Washington.• pacts on design and construction of the Geo-Recon, Inc., 1963, Phase I, Geophysi­ Gurtowski, T. M.; Boirum, R. N., 1989, Mt. Baker Ridge Tunnel, interstate cal investigation, proposed Morse Lake Foundations and excavations for high­ Highway 90, Seattle. dam. rise structures in downtown Seattle. Robinson, R. A.; Kueker, M. S.; Feldman, King, K. W.; Tarr, A. C.; Carver, D. L; Ludwig, H.P.; Weatherby, D. E., 1989, Be­ A. I.; Parker, H. W., 1987, Ground and Williams, R. A.; Worley, D. M., 1988, linear behavior during construction of havior of a tieback in cohesive soil. Geophysical studies in support of seis­ Miller, I. A., 1989, Landslide stabilization the ML Baker Ridge tunnel. mic hazards assessment of Seattle and in an urban setting, Fauntleroy District, Shannon and Wilson, Inc., 1985, Geotechni­ Olympia, Washington. Seattle, Washington. cal report-Downtown Seattle transit Lankston, R. W.; Lanklton, M. M.; West, L. Morse, R. W., 1989, Regrading years in project; Preliminary engineering. M., 1985, Seismic reflection profiling in Seattle. Sherif, M. A.; Strazer, R. I., 1973, Soil the Cedar River basin, western Washing­ Sherif, M. A., 1964, Flow and fracture prop­ parameters for design of Mt. Baker ton. erties of Seattle clays. Ridge tunnel in Seattle. Schwarz, S. D.; McLuca1, G. B., 1988, De­ Sherif, M. A., 1966, Physical properties of Sherif, M. A.; Tien, Y. B.; Lawrence, C. B., tection of de1tre11ed rock and potential Seattle freeway soils. 1983, Experimental versus field values collapse features above old mine work· Sherif, M. A.; Stru.er, R. I., 1973, Soil for Ko. ings by the seismic refraction method. parameters for design of Mt. Baker Tunnels and Tunneling, 1982, Seattle to get Shannon and Wilson, Inc., 1976, Cedar Ridge tunnel in Seattle. largest diameter soft-ground bored tun­ Falls project-Seismic refraction line Sherif, M. A.; Tien, Y. B.; Lawrence, C. B., nel in the USA. no. l, Preliminary results and recom· 1983, Experimental versus field values KING CO., WASH. - mended confirmation drilling program. for Ko. ENGINEERING GEOLOGY - Shannon and Wilson, Inc., 1979, Cedar Sherif,M. A.; Wu,M.-I., 1968, The residual WASTE DISPOSAL Falls project, seismic refraction line no. 2-Leuer report. strength of Seattle clays during triaxial Bailey, I. S.; Rowland, P. I., 1989, Hydro­ Sprenke, K. F., 1989, Efficient terrain cor- testing. geologic characterization of a rural Sherif, M. A.; Wu, M.-I., 1968, The short landfill for compliance operation and rections-A geo1tati1tical analysis. term failure criterion for Seattle clays. closure design. KING CO., WASH. - GLACIAL Sherif, M.A.; Wu, M.-I., 1969, Creep limit Brown and Caldwell; Municipality of Met­ GEOLOGY and residual strength relationship. ropolitan Seattle; TCW Associates, Inc., Booth, D. B., 1990, Pleistocene deposits Sherif, M. A.; Wu, M.-I., 1971, The dy­ 1989, Geohydrology studies of the and 1ubglacial landforms of the south­ namic shear behavior of Seattle clays. Metro section 16 Silvigrow projecL eastern Puget Lowland. INDEX KULA-FARALLON-PACIFIC PLATES 165

Easterbrook, D. J., 1966, Glaciomarine en­ Kleppe, J. H.; Denby, G. M., 1984, Design KITSAP CO., WASH. vironmenu and the Fraser glaciation in and performance of horizontal drains. Bucknam, R. C., 1991, Puget Sound paleo­ northwest Washington-Guidebook for Miller, J. A., 1989, Landslide stabilization seismicity. • first Annual Field Conference, Pacific in an urban setting, Fauntleroy District, Bucknam, R. C.; Barnhard, T. P., 1990, Ev­ Coast Section, Friends of the Pleisto­ Seattle, Washington. idence of sudden late Holocene uplift in cene, September 24-25, 1966. Wiberg, E. J., 1990, The probability distri­ the central Puget Lowland, Washington Haase, P. C., 1987, Glacial stratigraphy and bution of anowmelt in clearcuts from a [abstract].• landscape evolution of the north-central rain-on-snow event in the central Cas­ aark, K. P., 1989, The stratigraphy and Puget Lowland, Washington. cades of Washington. geochemistry of the Crescent Formation KING CO., WASH. - KING CO., WASH. - MAPS - basalts and the bedrock geology of &Ho· GUIDEBOOKS GEOLOGIC ciated igneous rocks near Bremerton, Washington. Booth, D. B., 1990, Pleistocene deposits Galster, R. W.; Laprade, W. T., 1991, Geol­ and aubglacial landforms of the south­ ogy of Seattle, Washington, United Madej, M. A., 1982, Sediment transport and eastern Puget Lowland. States of America. channel changes in an aggrading stream in the Puget Lowland, Washington. Crandell, D.R.; Mullineaux, D.R.; Wald­ Minard, J.P.; Booth, D. B., 1988, Geologic ron, H. H., 1965, Day 7-September 12, map of the Redmond quadrangle, King Manson, C. J., compiler, 1990, Bibliogra­ Seattle, Washington. County, Washington. phy of the geology and mineral re­ sources of Kitsap C911nty, Washington. Easterbrook, D. J., 1966, Glaciomarine en­ Sabol, M. A.; Tumey, G. L; Ryals, G. N., vironmenu and the Fraser glaciation in 1988, Evaluation of available data on Whitman, R. V., 1975, Seismic risk for Tri· northwest Washington-Guidebook for the geohydrology, soil chemistry, and dent support site drydock, NTS Keyport, first Annual Field Conference, Pacific ground-water chemistry of Gas Works Bangor Annex, Washington. Coast Section, Friends of the Pleisto· Park and surrounding ffgion, Seattle, Witek, B. M., 1989, Design and construe· cene, September 24-25, 1966. Washington. lion of a highway interchange on 10ft University of Puget Sound Geology Depart­ U.S. Geological Survey; U.S. Bureau of organic soils, State Route 16, Kitsap ment, 1981, Puget Group-Third annual Mines, 1989, Mineral resources of the Peninsula, Washington. field trip. Alpine Lakes study area and additions, Yount, J.C.; Gower, H. D., 1991, Bedrock Chelan, King, and Kittitas Counties, geologic map of the Seattle 30' by 60' KING CO., WASH. - LAKES quadrangle, Washington. AND LAKE SEDIMENTS Washington. Yount, J.C.; Gower, H. D., 1991, Bedrock Jacoby, G. C.; Williams, P. L., 1990, Use of KITTITAS CO., WASH. geologic map of the Seattle 30' by 60' Brunengo, M. J., 1990, A method of model­ temporal correlation to test a proposed quadrangle, Washington. seismic origin for giant landslides in Se­ ing the frequency characteristics of attle, Washington.• KING CO., WASH. - RIVER daily snow amount, for stochastic simu· Jacoby, G. C.; Williams, P. L.; Buckley, B. AND STREAM MORPHOLOGY lation of rain-on-snowmelt events. M., 1990, Timing and distribution of Booth, D. B., 1990, Stream-channel inci- Davis, W. E., 1989, Aeromagnetic interpre­ tation of the Alpine Lakes study area and landslides in Lake Washington, Seat­ sion following drainage-basin urbaniza­ tle-Geohazards of possible seismic or­ tion. additions, Washington. igin [abstract]. Geomatrix Consultants, Inc., 1988, Karlin, Robert, 1990, Paleoseismicity in the KING CO., WASH. - SOILS, Seismotectonic evaluation of the north­ Puget Sound area recorded in Holocene SEDIMENTS, AND ern Cascade mountains geomorphic sediments from Lake Washington, STRATIGRAPHY province for Bumping Lake, Tieton, U.S.A. [abstract]. see also Keechelus, Kache11, Cle Elum, and Gear Lake dams. Yearsley, J. R.; Hileman, J. R.; Anderson, KING CO., WASH. - ENGINEERING Jenny, 1985, Application of estimation GEOLOGY - SOIL MECHANICS Gualtieri, J. L; Simmons, G. C., 1989, Ge­ ology of the Alpine Lakes study area and techniques to characterizing sediments KING CO., WASH. - LAKES AND additions, Washington. in Lake Union, Washington. LAKE SEDIMENTS Manson, C. J., compiler, 1991, Bibliogra­ Buchanan-Banks, J.M., 1989, Depth to bed­ KING CO., WASH. - phy of the geology and mineral re­ LANDSLIDES, SLOPE rock map in the greater Tacoma area, Washington. sources of Kittitas County, Washington. STABILITY, AND SOIL U.S. Geological Survey; U.S. Bureau of Haase, P. C., 1987, Glacial stratigraphy and LIQUEFACTION landscape evolution of the north-central Mines, 1989, Mineral resources of the Note: Here are Landslides (etc.) Puget Lowland, Washington. Alpine .Lakes study area and additions, not related to earthquakes. Chelan, King, and Kittitas Counties, Sabol, M. A.; Tumey, G. L; Ryals, G. N., Washington. see auo KING CO., WASH. - 1988, Evaluation of available data on EARTHQUAKE-INDUCED the geohydrology, soil chetnistry, and KLICKITAT CO., WASH. LANDSLIDES, SLOPE STABILITY, ground-water chetnistry of Gas Works Galster, R. W.; Sager, J. W., 1989, Dams of AND SOIL LIQUEFACTION Park and surrounding region, Seattle, the lower Columbia River-Geologic Buechel, G. J.; Yamane, George, 1989, Sta­ Washington. setting. bilization of a roadway slide by drainage Yount, J. C.; Vick, G. S.; McCoy, Gail, Wood, C. A., 1990, Volcanoes of Washing- installation and light-weight fill. 1990, Geotechnical drill-hole logs from ton-Simcoe, Washington. Evans, W. D., Jr., 1989, The East Whitney the southern Seattle area, Washington. KULA-FARALLON-PACIFIC Hill landslides. KING CO., WASH. - King County Department of Public Works; PLATES King County Department of Parks, Plan­ STRUCTURAL GEOLOGY AND Thorkelson, D. J.; Taylor, R. P., 1989, Cor· ning and Resources, 1987, King County TECTONICS dilleran slab windows. basin reconnainance program, program Harding, S. T., 1989, Investigation of seis­ summary. mic-wave propagation for determina­ tion of crustal structure. 166 LAHARS AND MUDFLOWS OPEN FILE REPORT 92-2

LAHARS AND MUDFLOWS sediments from Lake Washington, Verosub, K. L.; Mehringer, P. J., Jr., 1987, see also MOUNT ST. HELENS - U.S.A. (abstract]. Holocene geomagnetic intensity varia­ tions in western North America-The MASS MOVEMENTS - LAHARS LAKES AND LAKE AND MUDFLOWS record from Fish Lake, Oregon (ab­ SEDIMENTS [REGIONAL stract]. Cameron, K. A.; Pringle, P. T., 1987, A WORKS] detailed chronology of the most recent Hanna, R. L; Verosub, K. L., 1989, A re­ LAKES AND LAKE major eruptive period at Mount Hood, SEDIMENTS - WASHINGTON Oregon. view of lacustrine paleomagnetic re­ cords from western North America- Jacoby, G. C.; Williams, P. L., 1990, Use of Driedger, C. L., 1988, Geology in action­ 0-40,000 years BP. temporal correlation to test a proposed Jok.ulhlaups on Mount Rainier. seismic origin for giant landslides in Se­ Driedger, C. L.; Fountain, A.G., 1989, Gla­ LAKES AND LAKE attle, Washington.• cier outbunt floods at Mount Rainier, SEDIMENTS - BRITISH Jacoby, G. C.; Williams, P. L.; Buckley, B. Washington State, U.S.A. COLUMBIA M., 1990, Timing and distribution of Jonientz-Trisler, Chris; Driedger, C. L, Clague, J. J.; Shilts, W.W., 1989, Evidence landslides in Lake Washington, Seat­ 1990, Seismic evidence of historic de­ of paleoseismicity obtained by sub­ tle-Geohazards of possible seismic or­ bris flows and dry-season floods on bottom acoustic profiling of lakes (ab­ igin (abstract]. Mount Rainier, Washington, 1961-1990 stract]. Karlin, Robert, 1990, Paleoseismicity in the (abstract]. Clague, J. J.; Shilts, W.W.; Unden, R.H., Puget Sound area recorded in Holocene Jonientz-Trisler, Chris; Driedger, C. L; 1989, Application of subbottom profil­ sediments from Lake Washington, Qamar, A. L, 1990, Seismic signatures ing to a11essing seismic risk. on Vancou­ U.S.A. (abstract]. of debris flows on Mt. Rainier, Wa. (ab­ ver Island, British Columbia. Yeanley, J. R.; Hileman, J. R.; Anderson, stract]. LaCombe, J. L.; Schurer, P. J.; Mothersill, Jenny, 1985, Application of estimation Jonientz-Trisler, Chris; Qamar, A. I., 1989, 1. S., 1989, Mossbauer effect study on techniques to characterizing sediments Debris flow seismograms from Mt. glacial and postglacial sediment in in Lak.e Union, Washington. Rainier and Mt. Adams (abstract]. Georgie Lak.e (abstract]. LAND USE PLANNING Nelson, Jack., 1989, On the jok.ulhlaup trail, Mothenill, 1. S., 1987, The use of paleo­ Mount Rainier. magnetic logs in determining the post· Booth, D. B., 1988, Land-use planning in Norris, R. D., 1990, Seismograms from the glacial history of Vancouver Island [ab­ the mitigation of seismic hazards. 16 August 1989 rock.fall from Russell stract]. King County Department of Public Works; Cliff, Mount Rainier (abstract]. Mothenill, J. S., 1989, Paleomagnetic dat­ King County Department of Parks, Plan­ Pringle, P. T., 1990, Hazards from volcanic ing of postglacial sediments, Vancouver ning and Resources, 1987, King County debris flows in the Puyallup Valley, west Island, Canada. basin reconnaissance program, program of Mount Rainier, Washington (ab­ Mothenill, J. S., 1990, The paleomagnetic summary. stract]. and tephra record of Mara Lak.e, south­ Koler, T. E., 1989, Rural development and Scott, K. M., 1988, Origins, behavior, and central British Columbia (abstract]. land-use planning-Introduction. sedimentology of lahars and lahar-run­ Mothenill, J. S.; Fraser, J. D., 1989, The Lasmanis, Raymond, 1990, Growth Man­ out flows in the Toutle-Cowlitz River postglacial paleomagnetic record for agement Act of 1990 and mineral system. Vancouver Island (abstract]. resource lands. Scott, K. M., 1990, Volcanic flood hazards Turner, G. M., 1987, A 5000 year geomag­ Logan, R. L., 1989, Slope stability and rural for Mount Rainier in Washington. netic palaeosecular variation record land management-The Marblemount Walder, Joseph, 1990, Glacial outburst from western Canada. landslide case history. floods at Mount Rainier. Palmer, L.A.; Redfern, Roger, 1973, Envi­ Weaver, C. S.; Norris, R. D.; Jonientz­ LAKES AND LAKE ronmental geology for planning of the Trisler, Chris, 1990, Results of seismo­ SEDIMENTS - OREGON Marquam Hill area, Portland, Oregon. logical monitoring in the Cascade Herrero-Bervera, Emilio; Helsley, C. E.; Preuu, Jane, 1988, Coastal effects of a Range, 1962-1989-Earthquak.es, erup­ Hammond, S. R.; Chitwood, L.A., 1989, great subduction earthquake-Regional tions, avalanches and other curiosities. A possible lacustrine paleomagnetic re· land use implications. cord of the Blake episode from Pringle Reilly, T. K., 1985, Geotechnical group de­ LAKE UNION (King Co., Wash.) Falls, Oregon, U.S.A. velopments and activities-Gifford Yeanley, J. R.; Hileman, J. R.; Anderson, Negrini, R. M.; Darke, Rick.; Hoare, Brian, Pinchot National Forest, Region 6. Jenny, 1985, Application of estimation 1987, Climate-induced variations in the Waldo, J. J ., 1986, A survey of the engineer­ techniques to characterizing sediments geomagnetic field-Po11ible supporting ing geologic information needs of land in Lak.e Union, Washington. evidence from a Pleistocene paleomag­ use planners. LAKE WASHINGTON (King netic record (abstract]. LANDSLIDES AND SLOPE Co., Wash.) Negrini, R. M.; Verosub, K. L; Davis, J. 0., 1986, 400,000 years of geomagnetic STABILITY Jacoby, G. C.; Williams, P. 1990, Use of L, field behavior as recorded in fine­ Note: Include rock.falls. temporal correlation to test a proposed grained sediments from Summer Lak.e, see al.Jo seismic origin for giant landslides in Se­ Lak.e County, Oregon (abstract]. EARTHQUAKE-INDUCED attle, Washington.• Nelson, C. H.; Larsen, M. C.; Thor, D. R.; LANDSUDES Jacoby, G. C.; Williams, P. L.; Buckley, B. Wright, A. A., 1980, Sedimentary his­ EARTHQUAKE-INDUCED M., 1990, Timing and distribution of tory of the floor of Crater Lak.e, Ore­ LIQUEFACTION landslides in Lake Washington, Seat­ gon-A restricted basin with non-chan­ tle-Geohazanh of po11ible seismic or­ ENGINEERING GEOLOGY - SOIL nelized turbidites [abstract]. igin (abstract]. MECHANICS aacl ROCK Sherrod, D.R.; Pick.thorn, L.B. G., 1989, A MECHANICS Karlin, Robert, 1990, Paleoseismicity in the note on the origin of Bull Run and Lost Puget Sound area recorded in Holocene FOREST SOIL AND SLOPE Lale.es, western Cascades, Oregon. ST,\.BILITY INDEX LANDSLIDES AND SLOPE STABILITY - OREGON 167

LANDSLIDES AND SLOPE rain hazards, Coast Mountains, British Moore, D. P.; Enegren, E.G., 1990, Rock­ STABILITY - AQUEOUS Columbia, Canada (abstract]. slide hazard evaluation along B.C. (marine and lacustrine) Evans, S. G., 1989, Landslides and eco­ Hydro's reservoirs (abstract]. nomic development in the Canadian Prior, D. B.; Bornhold, B. D., 1990, Subma­ Atkins, R. J.; Lutemauer, J. L., 1991, Re­ Cordillera (abstract]. rine slope failure processes in British evaluation of slope failure volume esti­ Columbia fjords [abstract]. mates involving 3D computer graphics Evans, S. G., 1989, Landslides and related for the Fraser River delta front, British processes in the Canadian Cordillera. Savigny, K. W., 1990, Engineering geology Columbia. Evans, S. G., 1989, The 1946 Mount Colo­ of large landslides in the lower Fraser River valley area, southwestern Cana­ Brandon, M. T., 1984, Deformational pro­ nel Foster rock avalanches and associ­ dian Cordillera [abstract]. cesses affecting unlithified sediments at ated displacement wave, Vancouver Is­ active margins-A field study and a land, British Columbia. Skermer, N. A., 1990, Long-term landslide structural model. Evans, S. G., 1989, Problems in assessing hazard mitigation programs-Structure Jacoby, G. C.; Williams, P. L., 1990, Use of landslide potential and predicting land­ and experience from other countries­ temporal correlation to test a proposed slide behavior in the Canadian Cordil­ Discussion. seismic origin for giant landslides in Se­ lera (abstract). Weichert, D. H.; Homer, R. B.; Evans, S. attle, Washington.• Evans, S. G., 1990, Landslides in the Cor­ G., 1990, Earthquakes and the 196S Hope landslide? (abstract]. Jacoby, G. C.; Williams, P. L.; Buckley, B. dillera-An overview [abstract]. M., 1990, Timing and distribution of Evans, S. G.; Clague, J. J., 1988, Cata­ Wetmiller, R. J.; Evans, S. G., 1989, Anal­ landslides in Lake Washington, Seat· strophic rock avalanches in glacial envi­ ysis of the earthquakes associated with tle-Geohazards of possible seismic or­ ronments. the 196S Hope landslide and their ef­ igin (abstract]. Evans, S. G.; Clague, J. J.; Woodsworth, G. fects on slope stability at the site. Kostaschuk, R. A.; McCann, S. B., 1989, J.; Hungr, 0., 1989, The Pandemonium LANDSLIDES AND SLOPE Submarine slope stability of a fjord Creek rock avalanche, British Colum­ STABILITY - CALIFORNIA delta-Bella Coola, British Columbia. bia. Eyles, Nicholas; Clague, J. J., 1987, Land­ Lilligren, S. P., 1988, Unusual landslide McKenna, G. T., 1987, Evidence of large features, Cascade geologic province, scale mass wasting on the Fraser River sliding caused by Pleistocene glacial lake ponding-An example from central Klamath National Forest, Siskiyou delta front at Sand Heads, British Co­ County, California (abstract). lumbia. British Columbia. Youd, T. L; Hoose, S. N., 1978, Historic McKenna, G. T.; Kostaschuk, R. A., 1990, Hickin, E. J.; Sichingabula, H. M., 1989, The geomorphic impact of the cata­ ground failures in northern California Submarine slope failures at the mouth of triggered by earthquakes. the Fraser River, British Columbia (ab­ strophic October 1984 flood on the plan­ stract]. form of Squamish River, southwestern LANDSLIDES AND SLOPE Prior, D. B.; Bomhold, B. D., 1990, Subma­ British Columbia-Reply. STABILITY - OREGON rine slope failure processes in British Howes, D. E., 1981, Terrain inventory and Beaulieu, J. D., 1973, Environmental geol­ Columbia fjords (abstract]. geological hazards-Northern Vancou­ ogy of inland Tillamook and Clatsop ver Island. LANDSLIDES AND SLOPE Counties, Oregon. Howes, D. E., 1987, A terrain evaluation Beaulieu, J. D., 1974, Geologic hazards of STABILITY - BRITISH method for predicting terrain suscepti­ COLUMBIA the Bull Run watershed, Multnomah and ble to post-logging landslide activity­ Clackamas Counties, Oregon. A case study from the southern Coast Ashford, P. G., 1988, Geological hazard as­ Beaulieu, J. D.; Hughes, P. W., 197S, Envi­ Mountains of British Columbia.• sessment of a residential development in ronmental geology of western Coos and West Vancouver, British Columbia. Hungr, 0., 1988, Notes on dynamic analysis Douglas Counties, Oregon. of flowslides. Atkins, R. J.; Lutemauer, J. L., 1991, Re­ Benda, L. E.; Cundy, T. W., 1990, Predict­ evaluation of slope failure volume esti­ Hungr, O.; Evans, S. G., 1988, Engineering ing deposition of debris flows in moun­ mates involving 3D computer graphics evaluation of fragmental rockfall haz­ tain channels. for the Fraser River delta front, British ards. Benda, L. E.; Dunne, Thomas, 1987, Sedi­ Columbia. Kostaschuk, R. A.; McCann, S. B., 1989, ment routing by debris flow. Submarine slope stability of a fjord Bovis, M. J ., 1990, Rock slope movements Benda, L. E.; Dunne, Thomas, 1988, Varia­ delta-Bella Coola, British Columbia. in the southern Coast Mountains [ab­ tion of channel morphology controlled stract]. Laesecke, R. F., 1989, Factors causing in­ by the frequency and magnitude of man Brandon, M. T., 1984, Deformational pro­ stability of rock slopes along the Van­ wasting [abstract). couver-Squamish highway in south­ ceues affecting unlithified sediments at Cornforth, D. H., 1990, Earthquake-in­ western British Columbia. active margins-A field study and a duced landslides. structural model. Lister, D. R., 1989, Landslides, highways Glen, J. D., 1989, Slope stability as related and mountains-Stability problems as­ Brooks, G. R., 1990, The recognition of to geology at Rainier, Columbia County, sociated with highway development in landslide damming• in alpine river val­ Oregon. leys from backwater sediments [ab­ British Columbia [abstract]. Henkle, W. R., Jr.; Gentry, W. T.; Bingham, stract]. Mathews, W. H., 1979, Landslides of cen­ S. P., 1991, Geologic controls on land­ tral Vancouver Island and the 1946 Croasdale, D. A., 1989, A small scale trans· sliding-Siskiyou Mts. Oregon. lational rock failure affecting the basal earthquake. Long, M. T., 1987, Camp Five slide-Ex­ failure surface of the 196S Hope slide. · McKenna, G. T., 1987, Evidence of large ploration, design and construction of a scale mass wasting on the Fraser River Cruden, D. M.; Lu Z-Y., 1989, The geomor­ horizontal drain solution [abstract]. phic impact of the catastrophic October delta front at Sand Heads, British Co­ North, W. B., 1964, Coastal landslides in flood on the planform of Squamish lumbia. 1984 northern Oregon. River, southwestern British Columbia­ McKenna, G. T.; Kostaschuk, R. A., 1990, Discu11ion. Submarine slope failures at the mouth of Sayre, W. O.; Komar, P. D., 1988, The Jump-Off Joe landslide at Newport, Ore­ Evans, S. G., 1987, The application of Qua­ the Fraser River, British Columbia [ab­ stract]. gon-History of erosion, development ternary geology to the assessment ofter· and destruction. 168 LANDSLIDES AND SLOPE STABILITY - WASHINGTON OPEN FILE REPORT 92-2

Schlicker, H. G.; Deacon, R. I.; Olcott, G. Gowan, M. E., 1988, Slope failures and de­ Galster, R. W., 1987, A survey of coastal W.; Beaulieu, I. D., 1973, Environmen­ bris torrents-The effect of geology, hy­ engineering geology in the Pacific tal geology of l..incoln County, Oregon. drology, or man? [abstract). NorthwesL Schuster, R. L.; Chleborad, A. F., 1989, Gowan, M. E., 1989, Landslides as debris Johnson, A. C., 1991, Effects of landslide­ Landslides in Washington and Oregon­ sources for floods in a mountain basin dam-break floods on channel morphol­ An overview. [abstract]. ogy. Sherrod, D.R.; Pickthorn, L.B. G., 1989, A Gowan, M. E., 1989, The mechanisms of Reneau, S. L, 1988, Depositional and ero­ note on the origin of Bull Run and Lost landslide initiation and flood generation sional history of hollows-Application Lakes, western Cascades, Oregon. in the Boulder Creek basin, Whatcom to landslide location and frequency, Swanson, F. J.; Benda, L E.; Duncan, S. H.; County, Washington. long-term erosion rates, and the effects Grant, G. E.; Megahan, W. F.; Reid, L. Gowan, M. E., 1989, Slope failures and of climatic change. M.; Ziemer, R. R., 1987, Mass failures channelized debris flows-The effect of LANDSLIDES AND SLOPE geology, hydrology or man? (abstract). and other proceues of sediment produc­ STABILITY - WASHINGTON tion in Pacific Northwest forest land­ Jonientz-Trisler, Chris; Qamar, A. I., 1989, scapes. Debris flow seismograms from Mt. PUGET LOWLAND Rainier and Mt. Adams (abstract). Buechel, G. J.; Yamane, George, 1989, Sta­ LANDSLIDES AND SLOPE bilization of a roadway slide by drainage STABILITY - WASHINGTON Kawakauu, Hitoshi, 1989, Centroid single force inversion of seismic waves gener­ installation and light-weight fill. [REGIONAL] ated by landslides. Chleborad, A. F.; Schuster, R. L, 1990, Madole, R. F.; Schuster, R. L.; Chleborad, Logan, R. L., 1989, Slope stability and rural Ground failure associated with the A. F., 1988, Earthquake-induced land· land management-The Marblemount Puget Sound region earthquakes of April slides and liquefaction in western Wash­ landslide case history. 13, 1949, and April 29, 1965. ington.• Maloy, J. A., 1988, Changes in grain-size Cornforth, D. H., 1990, Eanhquake-in­ Schuster, R. L.; Chleborad, A. F., 1988, distribution in a gravel -bed stream due duced landslides. Earthquake-induced ground failure in to a point-source influx of fine sedi­ Evans, W. D., Jr., 1989, The East Whitney western Washington. ment. Hill landslides. Schuster,R. L.; Chleborad, A. F., 1989, His­ Meyer, William; Sabol, M. A.; Schuster, R. Galster, R. W., 1987, A survey of coastal toric earthquake-induced landslides in L., 1989, Landslide dammed lakes at engineering geology in the Pacific western Washington [abstract]. Mount St. Helens, Washington. Nonhwest. Schuster, R. L.; Chleborad, A. F., 1989, Norris, R. D., 1990, Seismograms from the Jacoby, G. C.; Williams, P. L., 1990, Use of Landslides in Washington and Oregon­ 16 August 1989 rockfall from Russell temporal correlation to test a proposed An overview. Cliff, Mount Rainier (abstract). seismic origin for giant landslides in Se­ Swanson, F. J.; Benda, L E.; Duncan, S. H.; Orme, A. R., 1989, The nature and rate of attle, Washington.• Grant, G. E.; Megahan, W. F.; Reid, L. alluvial fan aggradation in a humid tem­ Jacoby, G. C.; Williams, P. L.; Buckley, B. M.; Ziemer, R.R., 1987, Mass failures perate environment, northwest Wash­ M., 1990, Timing and distribution of and other processes of sediment produc­ ington. landslides in Lake Washington, Seat­ tion in Pacific Northwest forest land­ Orme, A. R., 1990, Recurrence of debris tle--Geohazards of possible seismic or­ scapes. production under coniferous forest, Cas­ igin [abstract]. Swanston, D. N.; Schuster, R. L., 1989, cade foothills, northwest United States. Johnson, A. C., 1991, Effects oflandslide­ Long-term landslide hazard mitigation Parks, D. S.; Reutebuch, S. E., 1990, Land­ dam-break floods on channel morphol· programs-Structure and experience slide mapping and analysis from aerial ogy. from other countries. photographs with a PC-based analytical King County Depanment of Public Works; Thorsen, G. W., 1989, Landslide provinces stereoplotter (abstract). King County Department of Parks, Plan· in Washington. Reilly, T. K., 1985, Landslide considera­ ning and Resources, 1987, King County LANDSLIDES AND SLOPE tions in project design. basin reconnaissance program, program summary. STABILITY - WASHINGTON Ryan, Jim; Cederholm, C. I.; Halloin, L. J.; Thorsen, G. W., 1984, Preliminary re­ Kleppe, J. H.; Denby, G. M., 1984, Design CASCADE RANGE AND and performance of horizontal drains. CASCADE FOOTHILLS pon-DeForest Creek landslide of March 1984. Miller, I. A., 1989, Landslide stabilization Benda, L. E.; Cundy, T. W., 1990, Predict· Thorsen, G. W., 1989, Splitting and sagging in an urban setting, Fauntleroy District, ing deposition of debris flows in moun­ mountains. Seattle, Washington. tain channels. Varnes, D. J.; Radbruch-Hall, D. H.; Sav­ Peck, C. A., and Associates, 1976, Draft Benda, L. E.; Zhang, Weihua, 1989, Hydro­ age, W. Z., 1989, Topographic and struc­ environmental impact statement for logic and geomorphic characteristics of tural conditions in areas of gravitational Seacliff, residential development. landslide/dam-break floods in the Cas­ spreading of ridges in· the western Pringle, P. T., 1990, The Nisqually landslide cade mountains of Washington (ab· United States. of September 1990. stract). Wiberg, E. J., 1990, The probability distri· Schreier, H., 1987, Asbestos fibres intro· Buchanan, Peter; Savigny, K. W., 1990, bution of snowmelt in clearcuts from a duce trace metals into streamwater and Factors controlling debris avalanche ini· rain-on-snow event in the central Cas­ sediments. tiation. cades of Washington. Simmons, J. D., 1973, Supplement to, Pre· Buchanan, Peter; Savigny, K. W.; De Vries, liminary report on the geology of south· J., 1990, A method for modeling water LANDSLIDES AND SLOPE em Snohomish County. tables at debris avalanche headscarps. STABILITY - WASHINGTON Williams, P. L.; Jacoby, G. C., 1989, Eval­ Eide, Jerry, 1990, A 48-year sediment bud­ OLYMPIC PENINSULA AND uation of po11ible seismic triggering of get (1942-1989) for Deer Creek basin, PACIFIC COAST giant landslides in Seattle, Washington Washington. Dengler, Lori; Montgomery, D. R., 1989, [abstract]. Frank, D. G., 1986, Hydrothermal processes Estimating the thickness of colluvial fill at Mount Rainier, Washington (ab­ in unchanneled valleys from surface to· stract]. pography. INDEX MAPS - GEOLOGIC - WASHINGTON 169

LANDSLIDES AND SLOPE Peterson, G. L.; Squier, L. R.; Weatherby, MAPS - GEOLOGIC - STABILITY - WASHINGTON D. 0., 1987, Load tests for instrumented BIBLIOGRAPHY SOUTHWESTERN high capacity tiebacks at the Bonneville Manson, C. J., compiler, 1991, Geologic navigation lock [abstract]. Duncan, S. H., 1989, Slope stability analy­ and geophysical mapping of Washing­ sis in timber harvest planning, Smith LEWIS CO., WASH. ton, 1984 through 1990, and, Theses on Creek, Pacific County, Washington. Clayton, G. A.; Zollweg, J.E., 1987, Terti­ the geology of Washington, 1984 Lowell, S. M., 1990, The K M Mountain ary-Quaternary faults and the 1981 through 1990. • landslide near Skarnokawa. magnitude 5 earthquake in the Goat MAPS - GEOLOGIC - Perkins, S. J., 1989, Interactions of land­ Rocks Wilderness, south-central Cas­ BRITISH COLUMBIA slide-supplied sediment with channel cade Range, Washington [abstract]. Croasdale, D. A., 1989, A small scale trans­ morphology in forested watersheds. Coombs, H. A., 1989, The Cowlitz River lational rock failure affecting the basal projects-Mayfield and Mossyrock Peterson, G. L.; Squier, L. R.; Weatherby, failure surface of the 1965 Hope slide. D. 0., 1987, Load tests for instrumented Darns. Kriens, 8. J., 1988, Tectonic evolution of high capacity tiebacks at the Bonneville Dethier, D. P., 1988, The soil chronose­ the Ross Lake area, northwest Washing­ navigation lock [abstract). quence along the Cowlitz River, Wash­ ton-southwest British Columbia. ington. LEWIS· CO., WASH. Reddy, D. G., 1989, Geology of the Indian Manson, C. J., compiler, 1990, Bibliogra­ River area, southwestern British Colum­ Clayton, G. A.; Zollweg, J.E., 1987, Terti­ phy of the geology and mineral re­ bia. ary-Quaternary faults and the 1981 sources of Lewis County, Washington. magnitude 5 earthquake in the Goat Wheeler, J. O.; McFeely, P., 1987, Tectonic Perkins, S. J., 1989, Interactions of land­ Rocks Wilderness, south-central Cas­ assemblage map of the Canadian cordil­ slide-supplied sediment with channel cade Range, Washington [abstract). lera and adjacent parts of the United morphology in forested watersheds. Coombs, H. A., 1989, The Cowlitz River States of America. Reilly, T. K., 1989, A method for applica­ projects-Mayfield and Mossyrock tion of geologic information in manage­ MAPS - GEOLOGIC - OREGON Darns. ment of the Gifford Pinchot National Beaulieu, J. D., 1973, Environmental geol­ Dethier, D. P., 1988, The soil chronose­ Forest. ogy of inland Tillamook and Clatsop quence along the Cowlitz River, Wash­ Stine, C. M., 1987, Stratigraphy of the Counties, Oregon. ington. Ohanapecosh Formation north of Ham­ Beaulieu, J. D., 1974, Geologic hazards of Manson, C. J., compiler, 1990, Bibliogra­ ilton Buttes, southcentral Washington. phy of the geology and mineral re­ the Bull Run watershed, Multnomah and Swanson, D. A., 1989, Geologic maps of the Clackamas Counties, Oregon. sources of Lewis County, Washington. French Butte and Greenhorn Buttes Beaulieu, J. D.; Hughes, P. W., 1975, Envi­ Perkins, S. J., 1989, Interactions of land­ quadrangles, Washington. ronmental geology of western Coos and slide-supplied sediment with channel Swanson, D. A., 1990, Trends of middle morphology in forested watersheds. Douglas Counties, Oregon. Tertiary dikes in and north of the Dark Reilly, T. K., 1989, A method for applica­ Madin, I. P., 1989, Distribution of poten­ Divide Roadless Area, southern Wash­ tially responsive Quaternary deposits in tion of geologic information in manage­ ington Cascades [abstract]. ment of the Gifford Pinchot National Portland. Swanson, D. A., 1991, Geologic map of the Forest. Madin, I. P., 1990, Earthquake-hazard geol­ Tower Rock quadrangle, southern Cas­ ogy maps of the Portland metropolitan Stine, C. M., 1987, Stratigraphy of the cade Range, Washington. area, Oregon-Text and map explana­ Ohanapecosh Formation north of Ham­ tion. ilton Buttes, southcentral Washington. Lifelines, 8tltl ENGINEERING Ogle Petroleum, Inc., compiler, 1981, Re­ Swanson, D. A., 1989, Geologic maps of the GEOLOGY - MUNICIPAL WATER port 7160; Appendix E-PNW-DAG French Butte and Greenhorn Buttes SYSTEMS and LIFELINES surface geology; map legends. quadrangles, Washington. Liquefaction, 1te Schlicker, H. G.; Deacon, R. J.; Olcott, G. Swanson, D. A., 1990, Trends of middle EARTHQUAKE-INDUCED W.; Beaulieu, J. D., 1973, Environmen­ Tertiary dikes in and north of the Dark LIQUEFACTION tal geology of Lincoln County, Oregon. Divide Roadless Area, southern Wash­ Magnetic surveys, ington Cascades [abstract). Sherrod, D.R., 1987, New compilation map of the Cascade Range in Oregon. Swanson, D. A., 1991, Geologic map of the GEOPHYSICS - MAGNETIC Tower Rock quadrangle, southern Cas­ Yeats, R. S.; Graven, E. P.; Werner, K. S., SURVEYS cade Range, Washington. 1989, Bedrock geologic map of the MARINE GEOLOGY - GEOPHYSICS - Willamette Valley, Oregon [abstract). Lifelines, see ENGINEERING MAGNETIC SURVEYS MAPS - GEOLOGIC - GEOLOGY - MUNICIPAL WATER and also see subdivision SYSTEMS and LIFELINES GEOPHYSICS - MAGNETIC WASHINGTON [REGIONAL STUDIES] Liquefaction, 1t1t1 SURVEYS under specific regions, EARTHQUAKE-INDUCED e.g., BRITISH COLUMBIA­ Atwater, Tanya; Severinghaus, Jeff, 1989, LIQUEFACTION GEOPHYSICS - MAGNETIC Tectonic maps of the northeast Pacific. SURVEYS Ogle Petroleum, Inc., compiler, 1981, Re­ LANDSLIDES AND SLOPE port 7160; Appendix E-PNW-DAG STABILITY - WASHINGTON Maps - Digitized, ltltl GEOGRAPHIC INFORMATION SYSTEMS surface geology; map legends. SOUTHWESTERN MAPS - GEOLOGIC MAPS - GEOLOGIC - Duncan, S. H., 1989, Slope stability analy­ WASHINGTON - CASCADE sis in timber harvest planning, Smith [REGIONAL STUDIES] Creek, Pacific County, Washington. Zoback, M. L.; Zoback, M. D.; Adams, RANGE Lowell, S. M., 1990, The K M Mountain John; Bell, S.; Suter, M.; Suarez, G.; Bittenbender, P. E., 1991, Mid-Cretaceous landslide near Skamokawa. Jacob, K.; Estabrook, C.; Magee, M., orogenesis in the Huckleberry Mountain area, North Cascades, Washington. Perkins, S. J., 1989, Interactions of land­ 1991, Stre11 map of North America. slide-supplied sediment with channel morphology in forested watersheds. 170 MAPS - GEOLOGIC - WASHINGTON OPEN FILE REPORT 92-2

Booth, D. B., 1989, Surficial geologic map Tabor, R. W.; Haugerud, R. A.; Brown, E. Madin, I. P., 1989, Distribution of poten­ of the Granite Falls IS-minute quadran­ H.; Babcock, R. S.; Miller, R. B., 1989, tially responsive Quaternary deposits in gle, Snohomish County, Washington. Accreted terranes of the North Cascades Portland. Dragovich, J. D., 1989, Petrology and struc­ Range, Washington-Spokane to Seat­ Madin, I. P., 1990, Eanhquake-hazard geol­ ture of the Cascade River Schist in the tle, Washington July 21-29, 1989. ogy maps of the Portland metropolitan Sibley Creek area, northern Cascades, U.S. Geological Survey; U.S. Bureau of area, Oregon-Text and map explana­ Washington. Mines, 1989, Mineral resources of the tion. Geomatrix Consultants, Inc., 1988, Seismo­ Alpine Lakes study area and additions, Dethier, D. P., 1988, The soil chronose­ tectonic evaluation of the northern Cas­ Chelan, King, and Kittitas Counties, quence along the Cowlitz River, Wash­ cade mountains geomorphic province Washington. ington. for Bumping Lake, Tieton, Keechelus, Wheeler, J. O.; Mcfeely, P., 1987, Tectonic Evarts, R. C.; Ashley, R. P., 1990, Prelimi­ Kacheu, Cle Elum, and Clear Lake assemblage map of the Canadian cordil­ nary geologic map of the Cougar quad­ dams. lera and adjacent pans of the United rangle, Cowlitz and Clark Counties, Geomatrix Consultants, Inc., 1989, Seismo­ States of America. Washington. tectonic evaluation-Northwest Rocky MAPS - GEOLOGIC - Evans, R. C.; Ashley, R. P., 1990, Prelimi­ Mountains-Okanogan Uplands geomor­ nary geologic map of the Goat Mountain phic province; Final report. WASHINGTON - OLYMPIC PENINSULA quadrangle, Cowlitz County, Washing­ Glicken, Hany; Meyer, William; Sabol, M. ton. A., 1989, Geology and ground-water hy­ Snavely, P. D., Jr.; Kvenvolden, K. A., Evans, R. C.; Ashley, R. P., 1991, Prelimi­ drology of Spirit Lake blockage, Mount 1989, Geology and hydrocarbon poten­ nary geologic map of the Lakeview Peak St. Helens, Washington, with im­ tial. quadrangle, Cowlitz County, Washing­ plications for lake retention. Snavely, P. D., Jr.; Niem, A. R.; MacLeod, ton. Graham, D. C., 1988, Hydrothermal alter­ N. S., 1989, Geology of the coastal area Stine, C. M., 1987, Stratigraphy of the ation of serpentinite with the Devils between Cape Flattery and Cape Aiava, Ohanapecosh Formation north of Ham­ Mountain fault zone, Skagit County, nonhwest Washington. ilton Buttes, southcentral Washington. Washington. MAPS - GEOLOGIC - Swanson, D. A., 1989, Geologic maps of the Kriens, B. J., 1988, Tectonic evolution of WASHINGTON - PUGET French Butte and Greenhorn Buttes the Ross Lake area, northwest Washing­ LOWLAND quadrangles, Washington. ton-southwest British Columbia. Wells, R. E., 1989, Geologic map of the Kriens, B. J.; Wemicke, B. P., 1990, Nature Brandon, M. T.; Cowan, D.S.; Vance, J. A., 1988, The Late Cretaceous San Juan Cape Disappointment-Naselle River of the contact zone between the North area, Pacific and Wahkiakum Counties, thrust system, San Juan Islands, Wash­ Cascades crystalline core and the Met­ Washington. how sequence in the Ross Lake area, ington. Washington-Implications for Cordille­ Clark, K. P., 1989, The stratigraphy and MAPS - GEOPHYSICAL ran tectonics. geochemistry of the Crescent Formation Beeson, P. T., 1990, Gravity maps, models Kuntz, M. A.; Rowley, P. D.; MacLeod, N. basalts and the bedrock geology of asso­ and analysis of the greater Portland S., 1990, Geologic maps of pyroclastic­ ciated igneous rocks near Bremenon, area, Oregon. flow and related deposits of the 1980 Washington. Finn, Carol; Phillips, W. M.; Williams, D. eruptions of Mount St. Helens, Washing­ Galster, R. W.; Laprade, W. T., 1991, Geol­ L., 1991, Gravity anomaly and terrain ton. ogy of Seattle, Washington, United maps of Washington. Longtine, M. W., 1991, Mid- to Late Creta­ States of America. Jachens, R. C.; Simpson, R. W.; Blakely, R. ceous structural, metamorphic, and Minard, J.P.; Booth, D. B., 1988, Geologic J.; Saltus, R. W., 1989, Isostatic residual magmatic evolution of the Sloan Peak map of the Redmond quadrangle, King gravity and crustal geology of the area, North Cascades, Washington. County, Washington. United States. McGroder, M. F., 1988, Structural evolu­ Pessl, Fred, Jr.; Dethier, D. P.; Booth, D. B.; Newitt, L. R.; Haines, G. V., 1990, Mag­ tion of the eastern Cascades foldbelt­ Minard, J. P., 1989, Surficial geologic netic declination chart of Canada lmplications for late Mesozoic accre­ map of the Pon Townsend 30- by 60- 1990.0. tionary tectonics in the Pacific North­ minute quadrangle, Puget Sound region, Newitt, L R.; Haines, G. V., 1990, Mag­ west. Washington. netic inclination chart of Canada Reller, G. J., 1986, Structure and petrology Sabol, M. A.; Tumey, G. L; Ryals, G. N., 1990.0. of the Deer Peaks area, western Nonh 1988, Evaluation of available data on Newitt, L. R.; Haines, G. V., 1990, Total Cascades, Washington. the geohydrology, soil chemistry, and intensity chart of Canada 1990.0. ground-water chemistry of Gas Works Smith, J. G., 1989, Geologic map of upper MARINE BIOLOGY Eocene to Holocene volcanic and re­ Parit and surrounding region, Seattle, lated rocks in the Cascade Range, Wash­ Washington. Gower, J. F. R., 1989, Coastal studies with ington. Whetten, J. T.; Carroll, P. I.; Gower, H. D.; the thematic mapper on the west coast of Stoffel, K. L; Joseph, N. L.; Waggoner, S. Brown, E. H.; Pessl, Fred, Jr., 1988, Canada. Z.; Gulick, C. W.; Korosec, M. A.; Bun­ Bedrock geologic map of the Pon Hemphill-Haley, Eileen, 1989, Investiga­ ning, B. B., 1991, Geologic map of Townsend 30- by 60-minute quadrangle, tion into the use of estuarine microfossil Washington-Nonheast quadrant. Puget Sound region, Washington. zones for determining amounts of co­ seismic subsidence in southwestern Swanson, D. A., 1991, Geologic map of the Yount, J.C.; Gower, H. D., 1991, Bedrock Washington [abstract). Tower Rock quadrangle, southern Cas­ geologic map of the Seattle 30' by 60' quadrangle, Washington. cade Range, Washington. Kulm, L. D.; Suen, Erwin, 1987, Fluid venting structures on the Oregon conti­ Tabor, R. W.; Booth, D. B.; Vance, J. A.; MAPS - GEOLOGIC nental shelf [abstract). Ford, A. B.; Ort, M. H., 1988, Prelimi­ WASHINGTON - Lewis, B. T. R.; Cochrane, G. R., 1990, nary geologic map of the Sauk River 30 SOUTHWESTERN by 60 minute quadrangle, Washington. Relationship between the location of Hodge, E. T., 1932, Report of dam sites on chemosynthetic benthic communities lower Columbia River. and geologic structure on the Cascadia subduction zone. INDEX MARINE GEOLOGY - EARTHQUAKES .AND SEISMOLOGY 171

Pattenon, R. T., 1990, Paleoecological sig­ Wells, R. E.; Snavely, P. D., Jr., 1989, MARINE GEOLOGY - nificance of foraminifera biofacies from Paleogene geologic history of the Ore­ EARTHQUAKES AND recent tidal flats and fringing marshes of gon-Washington continental margin SEISMOLOGY the Fraser River delta, British Columbia [abstract]. [abstract]. Adams, John, 1989, Turbidites off the Ore­ MARINE GEOLOGY gon-Washington margin record paleo­ Suess, Erwin; Kulm, L. D.; Carson, Bobb; earthquakes on the Cascadia subduction Whiticar, M. J., 1987, Fluid flow and BATHYMETRY AND zone.• methane fluxes from vent sites at the PHYSIOGRAPHY Oregon subduction zone (abstract]. Appelgate, T. B., Jr., 1990, Volcanic and Adams, John, 1990, Paleoseismicity of the structural morphology of the south flank Cascadia subduction zone.;_Evidence MARINE GEOLOGY of Axial volcano, Juan de Fuca Ridge­ from turbidites off the Oregon-Wash­ Note: Studies of offshore areas are Results from a Sea MARC I side scan ington margin.• listed here. Studies of specific sonar survey. Bibee, L. D., 1986, Ocean bottom seismom­ offshore areas are also listed Cacchione, D. A.; Drake, D. E.; Clarke, S. eter measurements on the Gorda Ridge. under those specific areas, e.g., H., Jr.; Masson, D. G., 1984, Physiogra­ Bobrowsky, P. T.; Clague, J. J., 1990, Holo­ JUAN DE FUCA RIDGE. phy of the sea-floor off northern Califor­ cene sediments from Saanich Inlet, Brit­ MARINE GEOLOGY nia and southern Oregon (abstract]. ish Columbia, and their neotectonic im­ plications. [GENERAL WORKS] Caress, D. W., 1989, Some aspects of the structure and evolution of oceanic Bolt, B. A.; Lomnitz, C.; McEvilly, T. V., Clague, D. A.; Rona, P.A., 1990, Geology spreading centers. 1968, Seismological evidence on the of the GR14 site on northern Gorda tectonics of central and northern Cali­ Ridge. Davis, E. E.; Hyndman, R. D., 1989, Accre­ tion and recent deformation of sedi­ fornia and the Mendocino escarpment. Couch, R. W.; Chase, R. L, 1973, Site sur­ ments along the northern Cascadia sub­ Carver, G. A.; Vick, G. S.; Burke, R. M., vey of Paul Revere Ridge west of north­ duction zone. 1989, Late Holocene paleoseismicity of ern Vancouver Island. Embley, R. W.; Murphy, K. M.; Fox, C. G., the Gorda segment of the Cascadia sub­ Couch, R. W.; Kienle, C. F., Jr.; Connard, 1990, High-resolution studies of the duction zone (abstract]. Gerry, 1978, The continental margin of summit of Axial volcano. Clarke, S. H., Jr.; Carver, G. A., 1989, Late the Pacific Northwest-A summary of Cenozoic structure and seismic poten­ the geological and geophysical data. Hammond, S. R., 1990, Relationships be­ tween lava types, seafloor morphology, tial of the southern Cascadia subduction Dupras, Don, 1987, A thumbnail sketch­ and the occurrence of hydrothermal zone (abstract]. California's marine geology. venting in the ASHES vent field of Axial Clarke, S. H., Jr.; Carver, G. A., 1989, On­ Fisk, M. R.; Howard, K. J., 1990, Geology volcano. shore-offshore characteristics and seis­ and geophysics of Gorda Ridge. Hampton, M. A.; Karl, H. A.; Kenyon, N. mic potential of structures along the Kulm, L. D.; Von Huene, Roland; Duncan, H., 1989, Sea-floor drainage features of Gorda segment of the Cascadia subduc­ J. R.; Ingle, J.C.; Kling, S. A.; Musich, Cascadia Basin and the adjacent conti­ tion zone [abstract]. L. F.; Piper, D. J. W.; Pratt, R. M.; Schra­ nental slope, northeast Pacific Ocean. Couch, R. W.; Pietrafesa, L. J., 1968, Earth­ der, H.-J.; Weser, O.; Wise, S. W., 1973, Herzfeld, U. C.; Stevenson, J.M.; Fox, C. quakes off the Oregon coast, January Site 174. G.; Hildebrand, J. A., 1990, Multivari­ 1968 to September 1968. Kulm, L. D.; Von Huene, Roland; Duncan, ate geostatistical analyses of gravimet­ Delaney, J. R.; McDuff, R. E.; Robigou, V.; J. R.; Ingle, J.C.; Kling, S. A.; Musich, ric and bathymetric surveys on the Schultz, Adam; Smith, M.; Wells, J.; L. F.; Piper, D.J. W.; Pratt,R.M.; Schra­ southern Juan de Fuca Ridge (NE Pa­ Atnipp, V. A.; McClain, J. S., 1990, Co­ der, H.-J.; Weser, 0.; Wise, S. W., 1973, cific) (abstract). variation in microseismicity and hydro­ Site 17S. Luternauer, J. L; Dunkley, D.; Gunkel, R.; thermal output in the Endeavour vent Kulm, L. D.; Von Huene, Roland; Duncan, Kostaschuk, R. A., 1989, New base map field [abstract]. J. R.; Ingle, J. C.; Kling, S. A.; Musich, and computer graphics to help identify Eaton, J.P., 1986, Dense microearthquake F. L.; Piper, D. J. W.; Pratt, R. M.; Schra­ failures off the mouth of the Fraser network study of northern California der, H.-J.; Weser, O.; Wise, S. W., 1973, River, British Columbia. earthquakes. Site 176. Mammerickx, Jacqueline, 1989, Bathyme­ Field, M. E.; Gardner,J. V.; Jennings, A. E.; McMurray, G. R., editor, 1990, Gorda try of the north Pacific Ocean. Edwards, B. D., 1981, Seafloor failures Ridge-A seafloor spreading center in Miller, K. L.; Rona, P.A., 1989, Bathyme­ caused by the November 8, 1980 earth­ the United States' Exclusive Economic tric comparison of three mid-ocean quake off northern California. Zone. ridge areas with slow-spreading charac­ Fondrk, Joseph; McClain, J. S., 1989, Ob­ Moore, G. W., 1984, Offshore geology, cir­ teristics. servations of microseismicity related to cum-Pacific region (abstract). Payton, W. H.; Lavin, P. M., 1987, Spatial hydrothermal vents on the Juan de Fuca Rea, D. K.; Heath, G. R., 1983, Oceanogra­ coherence of Juan de Fuca seamount Ridge (abstract]. phy and geology of Pacific low-level magnetic anomalies and modeled anom­ Heaton, T. H.; Hartzell, S. H., 1987, repr. waste disposal study area W-N (ab­ alies derived from bathymetry and grav­ 1988, Earthquake hazards on the Casca­ stract]. ity data (abstract]. dia subduction zone. Rogen, G. C.; Auld, D.R., 198S, The Juan Poujol, M.; Jacobson, R. S., 1988, Using Huang, P. Y.; Solomon, S. C., 1988, Cen­ de Fuca terrane map (abstract]. invene theory and SEABEAM bathym­ troid depths of mid-ocean ridge earth­ Snavely, P. D., Jr., 1984, Sixty million years etry to improve seismic refraction data quakes-Dependence on spreading rate. of growth along the Oregon continental corrections. Hyndman, R. D.; Rogers, G. C.; Barrett, D. margin. Zervas, C. E., 1988, A finite element inves­ L., 1977, Earthquake and seismic refrac­ Snavely, P. D., Jr.; Wagner, H. C.; Lander, tigation of topographic variation at mid­ tion results from ocean bottom seis­ D. L., 1984, Land-sea geologic cross ocean ridges spreading at the same rate. mometers off British Columbia (ab­ section of the southern Oregon conti­ stract]. nental margin (abstract]. MARINE GEOLOGY - DRILLING Ryall, P. J. C., 1990, An electric drill for deep-sea coring. 172 MARINE GEOLOGY - GEOCHRONOLOGY OPEN FILE REPORT 92-2

Hyndman, R. D.; Rogers, G. C.; Bone, M. Rogers, G. C., 1988, An assessment of the tory of Royal Roads Anchorage, Victo­ N.; Lister, C.R. B.; Wade, U.S.; Barrett, megathrust eanhquake potential of the ria, British Columbia.• D. L.; Davis, E. E.; Lewis, T.; Lynch, Cascadia subduction zone. Mothersill, J. S., 1989, Paleomagnetic dat­ Steve; Seemann, D. A., 1978, Geophys­ Rogers, G. C., 1988, The southern Queen ing of postglacial sediments, Vancouver ical measurements in the region of the Charlotte fault seismic gap [abstract]. Island, Canada. Explorer Ridge off western Canada. Shoemaker, C. A., 1984, A relocation of Stakes, D.S.; Moore, W. S., 1989, Ages of Hyndman, R. D.; Rogers, G. C.; Lee, Kieh­ eanhquakes in the area of the Gorda hydrothermal vents on the Juan de Fuca wa, 1978, Seismicity offshore western Rise. Ridge [abstract]. Canada [abstract]. Solano, A.; Bibee, L. D., 1985, Seismicity Hyndman, R. D.; Weichen, D. H., 1986, MARINE GEOLOGY - of the Gorda Ridge [abstract]. GEOMORPHOLOGY Seismicity and rates of relative motion Solano-Borrego, A. E., 1982, Microseis­ on the transform faults of the Juan de micity on the Gorda Ridge. Atkins, R. J.; Luternauer, J. L., 1991, Re­ Fuca Ridge system [abstract]. Solano-Borrego, A. E., 1984, Crustal struc­ evaluation of slope failure volume esti­ Johnson, D. A. L., 1987, Crustal structure ture and seismicity of the Gorda Ridge. mates involving 3D computer graphics for the Fraser River delta front, British and seismicity of the nonhern Gorda Stephens, Ernest, Jr., 1958, Intensity distri­ Columbia. Ridge. bution study and fault plan solution for Johnson, S. H.; Jones, P. R., ill; Gemperle, the Cape Mendocino, California, earth­ Bobrowsky, P. T.; Clague, J. J., 1990, Holo­ Michael, 1974, Microeanhquakes on the quake of October 11, 1956. cene sediments from Saanich Inlet, Brit­ ish Columbia, and their neotectonic im­ Blanco fracture zone [abstract]. Stoddard, P. R.; Woods, M. T., 1990, Master plications. Johnson, S. H.; Shimamura, Hideki; event relocation of Gorda Block eanh­ Shibuya, K.; Takano, K.; Asada, T., quakes-Implications for deformation.• Bornhold, B. D.; Prior, D. B., 1988, Blocky seafloor in a deep British Columbia 1978, OBS study of Gorda basin seis­ Sverdrup, Keith; Macdonald, K. C.; Pro­ fjord [abstract]. micity [abstract]. thero, W. A.; Reid, Ian, 1977, Ocean Jones, P. R., III, 1975, Microeanhquake bottom seismometer measurements of Field, M. E., 1983, Sediment failure of No­ studies of the Blanco fracture zone and earthquakes on the Gorda Rise [ab­ vember 1980, Klamath River Delta, Gorda Ridge using ,onobuoy arrays. stract]. nonhern California [abstract]. Kulm, L. D., 1989, Cascadia subduction Wahlstrom, Rutger; Rogers, G. C., 1990, Field, M. E., 1984, The submarine landslide zone-Structure, tectonics, and fluid Relocation of eanhquakes offshore Van­ of 1980 off nonhern California. processes of the accretionary wedge and couver Island. Field, M. E.; Gardner, J. V.; Jennings, A. E.; adjacent abyssal plain. Wahlstrom, Rutger; Rogers, G. C.; Ellis, R. Edwards, B. D., 1981, Seafloor failures Lee, Kiehwa, 1977, Eanhquake swarms M., 1986, Reassessment of seismicity caused by the November 8, 1980 eanh­ quake off nonhern California. near the nonhern end of the Juan de and seismotectonic implications for the Fuca Ridge [abstract].• region west of Vancouver Island [ab­ Hampton, M. A.; Karl, H. A.; Kenyon, N. Lee, Kiehwa, 1981, An eanhquake swarm stract]. H., 1986, The continental slope off west of Vancouver Island and its tec­ Wahlstrom, Rutger; Rogers, G. C.; Ellis, R. Washington and Oregon as displayed in tonic implications. M., 1989, Seismicity west of the nonh­ GLORIA sonographs [abstract]. McClain, J. S.; Fondrk, Joseph, 1989, The ern end of the Cascadia subduction zone Hampton, M. A.; Karl, H. A.; Kenyon, N. nature of seismicity beneath the hydro­ [abstract]. H., 1989, Sea-floor drainage features of thermal field Of the Endeavour Segment Walker, D. A.; Hammond, S. R., 1990, Spa­ Cascadia Basin and the adjacent conti­ of the Juan de Fuca Ridge [abstract]. tial and temporal distributions of T­ nental slope, nonheast Pacific Ocean. McClain, J. S.; Fondrk, Joseph; Wright, M. phase source locations on the Juan de Holmes, M. L.; Morton, J. L.; Clague, D. A., 1991, Seismic events from an active Fuca and Gorda Ridges [abstract]. A.; Embley, R. W.; Cacchione, D. A.; hydrothermal/volcanic region, the En­ Weichert, D. H.; Hyndman, R. D., 1982, Abbott, D. H., 1986, Morphology and deavour Segment of the Juan de Fuca Microzonation of the Queen Charlotte mineral resources of Gorda Ridge and Blanco fracture zone, nonheast Pacific Ridge [abstract].• Islands and adjacent areas. Ocean [abstract]. McClain, J. S.; Wright, M.A.; Fondrk, Jo­ White, D. J.; Clowes, R. M., 1989, 2D seis­ seph, 1988, The seismicity beneath a mic refraction tomography-Applica­ Karl, H. A.; Hampton, M. A.; Kenyon, N. H., 1989, Lateral migration of Cascadia hydrothermal vent field on the Endeav­ tion to the Juan de Fuca Ridge [ab­ Channel in response to accretionary tec­ our Segment of the Juan de Fuca Ridge stract]. tonics. [abstract]. Woodcock, S. F.; Couch, R. W., 1975, The Kostaschuk, R. A.; Luternauer, J. L.; Mc­ McClain, J. S.; Wright, M.A.; Fondrk, Jo­ Tillamook eanhquakes of 16 June 1973 Kenna, G. T.; Moslow, T. F., 1990, Mor­ seph, 1990, Microseismicity beneath [abstract]. hydrothermal vent fields-Comparisons phology and sediment transport in a sub­ of locations and times [abstract]. MARINE GEOLOGY - marine channel system-Fraser River McPherson, B. C., 1989, Focal mechanisms GEOCHRONOLOGY delta, British Columbia [abstract]. and seismicity at the southern end of the Desonie, D. L.; Duncan, R. A., 1990, The Kostaschuk, R. A.; McCann, S. B., 1989, Cascadia subduction zone [abstract]. Cobb-Eickelberg seamount chain-Hot­ Submarine slope stability of a fjord Nonhrop, John, 1970, Accuracy of eanh­ spot volcanism with mid-ocean ridge ba­ delta-Bella Coola, British Columbia. quake epicenters on the Gorda Ridge. salt affinity.• Kostaschuk, R. A.; Stephan, B. A.; Luter­ Nonhrop, John; Menard, H. W.; Duenneb­ Goldstein, S. J.; Murrell, M. T.; Janecky, D. nauer, J. L., 1989, Sediment dynamics ier, F. K., 1968, Seismic and bathymet­ R., 1989, Dating young MORD from and implications for submarine land­ slides at the mouth of the Fraser River, ric evidence of a fracture zone on Gorda Juan de Fuca and Gorda Ridges by 231U. British Columbia. Ridge. 230'fh disequilibrium [abstract]. Luternauer, J. L; Dunkley, D.; Gunkel, Oregon Geology, 1991, Significant Oregon Karsten, J. L; Gillot, P.-Y.; Valladas, G., R.; Kostaschuk, R. A., 1989, New base map eanhquakes in 1991. 1990, Thermoluminescence and K-Ar and computer graphics to help identify Rinehan, V. J., 1964, Investigation of dating of Juan de Fuca MORD [ab­ stract]. failures off the mouth of the Fraser twelve eanhquakes off the Oregon and River, British Columbia. nonhern California coasts. Linden, R. H.; Schurer, P. J., 1988, Sedi­ ment characteristics and sea-level his- INDEX MARINE GEOLOGY - GEOPHYSICS - GRAVITY SURVEYS 173

McKenna, G. T.; Kostaschuk, R. A., 1990, MARINE GEOLOGY - MARINE GEOLOGY - Submarine slope failures at the mouth of GEOPHYSICS - ACOUSTIC GEOPHYSICS - ELECTRICAL the Fraser River, British Columbia [ab­ SURVEYS SURVEYS stract). Appelgate, T. 8., Jr., 1989, Tectonic and Bahr, Karsten; Filloux, J. H., 1989, Local Orange, D. L.; Breen, N. A.; Dahlen, F. A., volcanic structures of the southern flank Sq response functions from EMSLAB 1989, Seepage force, submarine can­ of Axial volcano, Juan de Fuca Ridge­ data. yons, and the inter-relationship of hy­ Results from a SeaMARC I sidescan drology, geomorphology, and accretion­ Chave, A. D.; Filloux, J. H.; Luther, D.S.; sonar survey. ary tectonics [abstract). Law, L K., 1989, Observations of mo­ Appelgate, T. 8., Jr., 1990, Volcanic and tional electromagnetic fields during Prior, D. 8.; Bomhold, 8. D., 1990, Subma­ structural morphology of the south flank EMSLAB. rine slope failure processes in British of Axial volcano, Juan de Fuca Ridge­ Columbia fjords [abstract). Chave, A. D.; Weertman, 8. R.; Booker, J. Results from a Sea MARC I side scan R., 1990, Application of a galvanic MARINE GEOLOGY - sonar survey. static distortion removal technique to GEOPHYSICS [GENERAL Cacchione, D. A.; Drake, D. E.; Clarke, S. EMSLAB seafloor magnetotelluric data WORKS] H., Jr.; Masson, D. G., 1984, Long-range reveals a 2-D magnetotelluric imped­ Barone, A. M.; Ryan, W. 8. F., 1988, Along­ side-scan-sonar studies of the northern ance tensor aligned with the relative mo­ axis variations within the plate bound­ California and southern Oregon EEZ tion ofthe Juan de Fuca plate [abstract]. ary zone of the southern segment of the [abstract]. Law, L. K.; Nobes, D. C.; Edwards, R. N.; Endeavour Ridge. Currie, R. G.; Davis, E. E., 1986, Acoustic Wolfgram, P. A., 1986, Electrical sound­ Carbotte, S. M.; Dixon, J. M.; Farrar, Ed­ imagery over the northern Juan de Fuca ings of the Juan de Fuca Ridge (ab­ ward; Davis, E. E.; Riddihough, R. P., Ridge system [abstract). stract]. 1989, Geological and geophysical char­ Davis, E. E.; Hyndman, R. D., 1989, Accre­ Nobes, D. C.; Law, L K., 1991, Delineation acteristics of the Tuzo Wilson sea­ tion and recent deformation of sedi­ of sediment-hosted sulphide mineraliza­ mounts-Implications for plate geome­ ments along the northern Cascadia sub­ tion, northern Juan de Fuca Ridge, using try in the vicinity of the Pacific-North duction zone. seafloor geophysics (abstract]. America-Explorer triple junction. Embley, R. W.; Murphy, K. M.; Fox, C. G., Tarits, Pascal; Filloux, J. H.; Chave, A. D., Currie, R. G .; Riddihough, R. P., 1982, Geo­ 1990, High-resolution studies of the 1986, EM induction by tides in physical surveys in northeast Pacific summit of Axial volcano. EMSLAB experiment-Tidal modes [abstract). Fox, C. G., 1990, Acoustic techniques for separation and electrical conductivity of Davis, E. E.; Currie, R. G.; Sawyer, 8. S., imaging seafloor. the seafloor (abstract]. 1988, Seafloor mapping off western Goldfinger, Chris; Appelgate, T. 8., Jr.; Wannamaker, P. E.; Booker, J. R.; Filloux, Canada [abstract). Kulm, L. D.; Yeats, R. S., 1989, Side­ J. H.; Jones, A.G.; Chave, A. D., 1989, Dehler, S. A.; Clowes, R. M., 1990, Struc­ scan sonar imaging of probable active Uncovering deep structure, fluid move­ ture of the Cascadia accretionary margin faults on the Juan de Fuca plate adjacent ment and melting in the Cascadia sub­ of western Canada from geophysical to the central Oregon continental margin duction system from geomagnetic in­ analyses [abstract). (abstract). duction measurements (abstract]. Dehlinger, Peter; Couch, R. W., 1969, Syn­ Hampton, M. A.; Karl, H. A.; Kenyon, N. MARINE GEOLOGY - thesis of geophysical resuhs in the Juan H., 1986, The continental slope off GEOPHYSICS - GRAVITY Washington and Oregon as displayed in de Fuca and Gorda Ridge areas (north­ SURVEYS east Pacific Ocean) [abstract). GLORIA sonographs (abstract). Hampton, M.A.; Karl, H. A.; Kenyon, N. Crawford, W. C.; Webb, S. C.; Hildebrand, EEZ-SCAN '84 Scientific Team, 1985, Off J. A., 1991, Seafloor compliance ob­ the U.S. west coast-EEZ-SCAN pro­ H., 1989, Sea-floor drainage features of Cascadia Basin and the adjacent conti­ served by long-period pressure and dis­ gram maps sea floor. placement measurements. Fisk, M. R.; Howard, K. J., 1990, Geology nental slope, northeast Pacific Ocean. Karl, H. A.; Holmes, M. L, 1986, GLORIA Herzfeld, U. C.; Stevenson, J. M.; Fox, C. and geophysics of Gorda Ridge. G.; Hildebrand, J. A., 1990, Multivari­ Goldfinger, Chris; Kulm, L. D.; Yeats, R. II and SeaMARC II acoustic imagery of southern Juan de Fuca Ridge (abstract]. ate geostatistical analyses of gravimet­ S., 1991, Neotectonics and strike-slip Normark, W.R.; Morton, J. L; Saxena, N., ric and bathymetric surveys on the faulting in the Cascadia subduction zone southern Juan de Fuca Ridge (NE Pa­ off Oregon and Washington (abstract].• 1990, Scaling considerations for acous­ tic measurement of ridge extension (ab­ cific) (abstract]. Klitgord, K. D., 1975, Near-bottom geo­ stract]. Hildebrand, J. A.; Stevenson, J. M.; Ham­ physical surveys and their implications Pitt, P. L; Smith, R. D.; Sheffler, G. C.; mer, P. T. C.; Zumberge, M. A.; Parker, on the crustal generation process, sea R. L.; Fox, C. G.; Meis, P. J., 1990, A floor spreading history of the Pacific Warren, R. D.; Clements, R. M.; Hamil­ ton, T. S., 1988, A pulsed plasma jet seafloor and sea surface gravity survey and the geomagnetic time scale-0 to 6 of Axial volcano. M.y.b.p. (abstract]. acoustic source for profiling the ocean floor. Holmes, M. L.; Zervas, C. E., 1989, Resid­ Rea, D. K.; Ness, G. E.; Heath, G. R.; Prior, D. B.; Bornhold, 8. D., 1989, Subma­ ual gravity anomalies on the Juan de Lopez, C.; Pisias, N. G., 1983, Tectonic Fuca and Gorda Ridges (abstract]. implications of recent geological and rine sedimentation on a developing Hol­ ocene fan delta. Koryakin, Y. D., 1989, Anomalii sily geophysical field investigations of the tyazhesti i stroyeniye podvodnykh gor Pacific low-level waste disposal study Thomson, R. E.; Gordon, R. L.; Dymond, Jack, 1989, Acoustic Doppler current severo-vostochnoy chasti Tikhogo oke­ area-Offshore northern California (ab­ ana (Gravity anomalies and structure of stract]. profiler observations of a mid-ocean ridge hydrothermal plume. seamounts of the Northeast Pacific]. Thrasher, G. P., 1977, Median valley crustal Kulm, L. D.; Prince, R. A.; Snavely, P. D., structure and sea floor spreading at the Jr., 1973, Site survey of the northern Gorda Ridge, 42° N latitude. Oregon continental margin and Astoria Fan. Appendix I, Part A

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McClain, K. J.; Lewis, B. T. R., 1982, Geo­ Filloux, J. H.; Law, L. K.; Yukutake, T.; Calvert, A. J.; Hauelgren, E. O.; Clowes, physical evidence for the absence of a Segawa, J.; Hamano, Y.; Utada, H.; R. M., 1990, Oceanic rift propagation­ crustal magma chamber under the north­ White, A.; Chave, A. D.; Tarits, Pascal; A cause of crustal underplating and sea­ ern Juan de Fuca Ridge-A contrast Green, A. W., Jr., 1989, OFFSHORE mount volcanism. with ROSE results. EMSLAB-Objectives, experimental Christeson, G.; Purdy, G. M.; Rohr, K. M. Meis, P. J., 1989, Gravity anomaly of Axial phase and early results. M., 1989, A seismic refraction experi­ volcano-The trace of a hot spot? (ab­ Johnson, H. P.; Tivey, M. A.; Botros, Mona; ment along the crest of the Northern stract]. Pariso, J. E., 1986, Magnetic and tec­ Symmetric Segment of the Juan de Fuca Parker, R. L.; Stevenson, J. M.; Hedlin, tonic structure of the Juan de Fuca re­ Ridge [abstract]. Catherine; Hammer, P. T. C.; Meis, P. J., gion (abstract]. Clarke, S. H., Jr.; McClellan, P.H., 1989, 1989, Inversion of gravity measure­ Klitgord, K. D., 1974, Near-bottom geo­ Multichannel seismic-reflection pro­ ments collected over Axial Seamount physical surveys and their implications files collected in May 1981, between (abstract]. on the crustal generation process, sea latitudes 40° 40' and 45° 00' North, off­ Payton, W. H.; Lavin, P. M., 1987, Spatial floor spreading history of the Pacific shore of northern California and south· coherence of Juan de Fuca seamount and the geomagnetic time scale-0 to 6 em Oregon. magnetic anomalies and modeled anom­ M.y.b.p .. Clowes, R. M., 1986, Juan de Fuca Ridge alies derived from bathymetry and grav­ Kulm, L. D.; Prince, R. A.; Snavely, P. D., system---Structure from a seismological ity data (abstract]. Jr., 1973, Site survey of the northern perspective (abstract]. Seemann, D. A.; Hamilton, T. S.; Halpenny, Oregon continental margin and Astoria Clowes, R. M.; Calvert, A. J.; Ha11elgren, J. F., 1990, A high resolution multipara­ Fan. Appendix I, Part A. E. 0., 1989, Seismic reflections from a meter geophysical survey of the conti­ LaBreque, John; Cande, Steve, 1974, Tiny seamount on the Juan de Fuca plate (ab­ nental margin basin from Georgia Strait wiggles and paleomagnetic field behav­ stract]. to Puget Sound (abstract]. ior (abstract]. Clowes, R. M.; Knize, Stanislav, 1979, Stephens, L E.; Riddihough, R. P., 1977, Payton, W. H.; Lavin, P. M., 1987, Spatial Crustal structure from a marine seismic Marine gravity surveys off Canada's coherence of Juan de Fuca seamount survey off the west coast of Canada. west coast-A progress report (ab­ magnetic anomalies and modeled anom­ Clowes, R. M.; Spence, G. D.; Ellis, R. M.; stract]. alies derived from bathymetry and grav­ Waldron, D. A., 1986, Structure of the Stevenson, J. M.; Hammer, P. T. C.; Hil­ ity data (abstract]. lithosphere in a young subduction debrand, J. A.; Fox, C. G., 1988, The Seemann, D. A.; Hamilton, T. S.; Halpenny, zone-Results from reflection and re­ sea-surface and seafloor gravity field of J. F., 1990, A high resolution multipara­ fraction studies. Axial volcano, Juan de Fuca Ridge (ab­ meter geophysical survey of the conti­ Clowes, R. M.; Thorleifson, A. J.; Lynch, stract]. nental margin basin from Georgia Strait Steve, 1978, Crustal structure from a to Puget Sound (abstract]. MARINE GEOLOGY - seismic survey in Winona Basin off Tiffin, D. L., 1977, Interpretation of mag­ Canada's west coast (abstract]. GEOPHYSICS - MAGNETIC netic anomalies west of Vancouver Is­ Clowes, R. M.; Yorath, C. J.; Hyndman, R. SURVEYS land (abstract]. D., 1987, Reflection mapping across the Barr, S. M., 1974, Magnetic polarities of Tivey, M. A.; Johnson, H. P., 1988, The convergent margin of western Canada. basalts dredged from near the northern anomalous magnetic signature of Axial Cochrane, G. R.; Lewis, B. T. R., 1988, end o(Juan de Fuca Ridge (abstract]. Seamount; Central Juan de Fuca Ridge Deep-tow seismic reflection records Caress, D. W., 1989, Some aspects of the (abstract]. from the Oregon lower slope (abstract]. structure and evolution of oceanic Tivey, M. A.; Johnson, H. P., 1990, The Davis, E. E.; Hyndman, R. D., 1989, Accre­ spreading centers. magnetic structure of Axial Seamount, tion and recent deformation of sedi­ Currie, R. G.; Verhoef, J., 1989, Marine Juan de Fuca Ridge. ments along the northern Cascadia sub­ magnetic anomalies off western Can­ Vine, F. J., 1968, Proof of ocean-floor duction zone. ada-The Strait of Juan de Fuca to spreading? (abstract]. Davis, E. E.; Hyndman, R. D.; Villinger, Dixon entrance (abstract]. MARINE GEOLOGY - Heiner, 1990, Rates of fluid expulsion Delaney, J. R.; Johnson, H.P.; Karsten, J. across the northern Cascadia accretion­ L., 1981, The Juan de Fuca Ridge-Hot GEOPHYSICS - SEISMIC ary prism-Constraints from new heat spot-Propagating rift system-New SURVEYS AND SEISMIC flow and multichannel seismic reflec­ tectonic, geochemical, and magnetic PROFILES tion data. data. Bennett, L C., Jr.; Henry, M.; Lewis, L, Dehler, S. A.; Clowes, R. M., 1989, Struc­ DeLaurier, J. M.; Auld, D. R.; Law, L. K., 1969, Preliminary report, RV Thomas G. tural models across the northern Casca­ 1983, The geomagnetic response across Thompson cruise 13, continental shelf dia subduction zone-An integration of the continental margin off Vancouver Is­ survey 17 March to 25 March, 1967. geophysical data (abstract]. land-Comparison of results from nu­ Bennett, L C., Jr.; Henry, M.; Lewis, L, Denny, Stuart, 1988, Crustal structure of merical modelling and field data. 1969, Preliminary report, RV Thomas G. the Juan de Fuca Ridge as determined DeLaurier, J. M.; Law, L. K.; Auld, D. R., Thompson cruise 24, continental shelf from deep towed seismic reflection pro­ 1972, A geomagnetic profile across the survey 8 December to 15 December, files. northeastern continental margin of the 1967. Drew, J. J.; Clowes, R. M., 1990, A re-inter­ Pacific Ocean (abstract]. Bibee, L. D., 1986, Ocean bottom seismom­ pretation of the seismic structure across Dewhurst, W. T., 1988, The simµltaneous eter measurements on the Gorda Ridge. the active subduction zone of western inversion of vector and total field aero­ Cacchione, D. A.; Drake, D. E.; Clarke, S. Canada. magnetic data using Bayesian infer­ H., Jr.; Masson, D. G., 1984, Physiogra­ Egger, A.; Ansorge, J., 1990, Interpretation ence-A case study from the Cobb Off­ phy of the sea-floor off northern Califor­ of seismic refraction data-CCSS data set of the Juan de Fuca Ridge.• nia and southern Oregon (abstract]. set I-Vancouver bland-continental Feeney, Tracey, 1989, The petrology, mor­ Calvert, A. J.; Clowes, R. M., 1990, Reflec­ margin. phology and tectonics of Explorer Sea­ tions from the accreted margin western Hamill, Gary, 1982, Quaternary interpreta· mount. Canada-Evidence for the migration of lion of southwest Tofino Basin, Pacific fluids and a major shear zone above the Margin, Canada. subducting plate (abstract]. INDEX MARINE GEOLOGY - GEOPHYSICS - THERMAL SURVEYS 175

Hamilton, T. S.; Jewsbury, G.; Frydecky, I. Kulm, L. D.; Yeats, R. S., 1990, Cascadia Thrasher, G. P.; Johnson, S. H., 1977, Ve­ I., 1987, Single channel seismic data, subduction zone-Neotectonics of the locity structure of the Gorda Ridge me­ for the Strait of Georgia-British Co- accretionary wedge and adjacent abys­ dian valley at 42.3° N, 127.0° W [ab­ 1um bia, Canada and Washington, sal plain off Oregon and Washington. stract].• U.S.A .. Linden, R. H.; Schurer, P. J., 1988, Sedi­ Trehu, A. M.; Holt, T.; Shi, J.; Nakamura, Harding, S. T., 1988, Investigation of seis­ ment characteristics and sea-level his­ Y.; Bracher, T.; Moses, M., 1990, Pre­ mic-wave propagation for determina­ tory of Royal Roads Anchorage, Victo­ liminary results from the 1989 Oregon tion of crustal structure. ria, British Columbia.• onshore-offshore seismic imaging ex­ Harding, S. T.; Agena, W.; Nichols, D.; Lee, Lister, C.R. B.; deCharon, A. V.; Chiao, L., periment (abstract].• M., 1989, Small-boat, multi-channel, 1987, Profile delineates tilted sedimen­ Trehu, A. M.; Nakamura, Y.; Bracher, T.; high-resolution seismic reflection sur­ tary blocks on both sides of Cascadia Moses,M., 1991, 19890regononshore­ vey in Puget Sound and the Strait of spreading center in the Blanco trans­ offshore seismic imaging experiment Juan de Fuca. form (abstract]. (abstract]. Harding, S. T.; Barnhard, T. P.; Urban, T. C., Lynch, Steve; Clowes, R. M., 1977, A ma­ Van Heeswijk, Marijke, 1987, Shallow 1988, Preliminary data from the Puget rine seep seismic sounding profile along crustal structure of the caldera of Axial Sound multichannel seismic-reflection Winona Basin, west of N. Vancouver Seamount, Juan de Fuca Ridge. survey. Island [abstract]. Waldron, D. A.; Clowes, R. M., 1982, VISP Harding, S. T.; Urban, T. C.; Barnhard, T. Lynn, W.; Lamer, K., 1989, Effectiveness of Il-Structural characteristics of the sub­ P., 1988, Preliminary evidence of possi­ wide marine seismic source arrays. ducting oceanic plate off western Can­ ble Quaternary faulting in Puget Sound, Malacek, S. J.; Clowes, R. M., 1978, ada [abstract]. Washington, from a multichannel ma­ Crustal structure near Explorer Ridge Waldron, D. A.; Clowes, R. M.; White, D. rine seismic reflection survey. from a marine deep seismic sounding J., 1990, Seismic structure of a subduct­ Han, B. S.; Barrie, J. V.; Currie, R. G.; survey. ing oceanic plate off western Canada. Lutemauer, J. L; Prior, D. B.; Macdon­ McClain, K. J.; Lewis, B. T. R., 1982, Geo­ Webb, S. C.; Hildebrand, J. A.; Fox, C. G.; ald, R. D., 1991, High resolution seis­ physical evidence for the absence of a Crawford, W. C.; Hammer, P. T. C.; mic and side-scan sonar mapping of the crustal magma chamber under the.nonh­ Herzfeld, U. C.; McDonald, M.A.; Ste­ Fraser Delta front and adjacent Strait of em Juan de Fuca Ridge-A contrast venson, J. M., 1990, Geophysical stud­ Georgia, British Columbia. with ROSE results. ies at the megaplume site on the south­ Hasselgren, E. O.; Clowes, R. M., 1989, Miller, K. L.; Rona, P.A., 1989, Bathymet­ ern Juan de Fuca Ridge [abstract]. Crustal structure of a young ocean ric comparison of three mid-ocean ridge White, D. J.; Clowes, R. M., 1989, 2D seis­ basin-Intraplate deformation observed areas with slow-spreading characteris­ mic refraction tomography-Applica­ on multichannel reflection profiles [ab­ tics. tion to the Juan de Fuca Ridge [ab­ stract]. Poujol, M.; Jacobson, R. S., 1988, Using stract]. Hasselgren, E. 0.; Clowes, R. M., 1989, inverse theory and SEABEAM bathym­ Wrolstad, K. H.; Johnson, S. H., 1977, So­ Crustal structure of the nonhem Juan de etry to improve seismic refraction data nobuoy velocity profile from the conti­ Fuca plate from multichannel seismic corrections. nental shelf to the Gorda Ridge [ab­ reflection data (abstract] .. Purdy, G. M.; Christeson, G.; Rohr, K. M. stract]. Hyndman, R. D.; Davis, E. E., 1989, The M., 1989, An on-bottom refraction pro­ MARINE GEOLOGY Cascadia accretionary prism at Vancou­ file on the eastern flank of the Endeavor ver Island-Thermal and pore pressure Segment of the Juan de Fuca Ridge re­ GEOPHYSICS - THERMAL constraints on the zone of subduction corded using a deep towed explosive SURVEYS and GEOTHERMAL thrust eanhquake failure (abstract]. source [abstract]. RESOURCES Hyndman, R. D.; Rogers, G. C.; Barrett, D. Rhoads, Linden, 1990, Offshore seismic Abbott, D. H., 1986, Heat flow results from L., 1977, Eanhquake and seismic refrac­ survey data now available. the Gorda Ridge. tion results from ocean bottom seis­ Rohr, K. M. M., 1989, Shale diapirism and Davis, E. E.; Hyndman, R. D.; Villinger, mometers off British Columbia [ab­ thrusting in the accretionery [sic] front Heiner, 1990, Rates of fluid expulsion stract]. of Vancouver Island [abstract]. across the nonhern Cascadia accretion­ Hyndman, R. D.; Rogers, G. C.; Bone, M. Rohr, K. M. M.; Lewis, B. T. R., 1987, ary prism--Constraints from new heat N.; Lister, C.R. B.; Wade, U.S.; Barrett, Shallow crustal reflections from the flow and multichannel seismic reflec­ D. L.; Davis, E. E.; Lewis, T.; Lynch, Juan de Fuca rise [abstract]. tion data. Steve; Seemann, D. A., 1978, Geophys­ Rohr, K. M. M.; Milkereit, Bernd; Yorath, Lewis, T. J.; Bentkowski, W. H.; Davis, E. ical measurements in the region of the C. J., 1988, Asymmetric deep crustal E.; Hyndman, R. D.; Souther, J. G.; Explorer Ridge off western Canada. structure across the Juan de Fuca Ridge. Wright, J. A., 1988, Subduction of the Hyndman, R. D.; Yorath, C. J.; Davis, E. E.; Seely, D.R., 1977, The significance of land­ Juan de Fuca plate-Thermal conse­ Spence, G.D., 1990, Multichannel seis­ ward vergence and oblique structural quences. mic survey of the Tofino Basin off Van­ trends on trench inner slopes. Moran, J.E., 1986, Heat flow and the ther­ couver Island (abstract]. Seemann, D. A.; Hamilton, T. S.; Halpenny, mal evolution of Cascadia Basin. Iwasaki, Takaya; Shimamura, Hideki, 1990, J. F., 1990, A high resolution multipara­ Shi, Yaolin; Wang, C.-Y., 1988, Heat flow Velocity structure model determined meter geophysical survey of the conti­ and thermal structure of the Washing­ from onshore-offshore seismic profiling nental margin basin from Georgia Strait ton-Oregon accretionary prism-A across Vancouver Island and adjacent to Puget Sound [abstract]. study of the lower slope. continental margin. Sen, M. K.; Chapman, N. R.; Mallick, Sub­ Trivett, D. A.; Williams, A. J., m, 1990, Keach, R. W., Il; Potter, C. J., 1989, Eocene hashis; Frazer, L. N., 1986, Analysis of Velocity and temperature profiles of dif­ to present active margin tectonics, west­ multi-path sound propagation in the fuse hydrothermal flow at the southern ern Oregon, as revealed by deep reflec­ ocean [abstract]. Juan de Fuca Ridge [abstract]. tion profiles (abstract]. Spence, G.D., 1981, VISP 80-A seismic Wang, C.-Y.; Shi, Yaolin; Kulm, L. D.; Knize, Stanislav; Clowes, R. M., 1977, Ma­ project to study the oceanic/continental Langseth, M. G., 1989, Thermal con­ rine deep seismic sounding off the west lithosphere transition across Vancouver straints on fluid expulsion rate in accre­ coast of Canada [abstract]. Is. [abstract]. tionary prisms-A study of the Oregon­ Washington margin [abstract]. l 176 MARINE GEOLOGY - GROUND DEFORMATION OPEN FILE REPORT 92-2

MARINE GEOLOGY - areas, Middle Valley sedimented rift, Currie, R. G.; Riddihough, R. P., 1982, Geo­ GROUND DEFORMATION nonhern Juan de Fuca Ridge, nonheast­ physical surveys in nonheast Pacific ern Pacific-Evidence from ALVIN [abstract]. Fox, C. G., 1990, Evidence of active ground push cores. deformation on the mid-ocean ridge­ Dehlinger, Peter; Couch, R. W., 1969, Syn­ Axial Seamount, Juan de Fuca Ridge, MARINE GEOLOGY - thesis of geophysical results in the Juan April-June 1988. de Fuca and Gorda Ridge areas (nonh­ STRUCTURES AND east Pacific Ocean) [abstract]. MARINE GEOLOGY - TECTONICS [GENERAL Delaney, J. R.; Karsten, J. L.; Hammond, S. HYDROTHERMAL VENTS WORKS] R., 1986, Petrology and tectonics of the Balter, E. T.; Maasoth, G. J., 1986, The Appelgate, T. B., Jr., 1989, Tectonic and Juan de Fuca Ridge [abstract]. along-strike distribution of hydro­ volcanic structures of the southern flank Denny, Stuan, 1988, Crustal structure of thermal activity on a spreading segment of Axial volcano, Juan de Fuca Ridge­ the Juan de Fuca Ridge as determined of the Juan de Fuca Ridge [abstract]. Results from a SeaMARC I sidescan from deep towed seismic reflection pro­ Delaney, J. R.; McDuff, R. E.; Robigou, V.; sonar survey. files. Schultz, Adam; Smith, M.; Wells, J.; Atwater, Tanya, 1989, Plate tectonic history Denton, A. W. S., 1986, Tectonics and sed­ Atnipp, V. A.; McClain, J. S., 1990, Co­ of the nonheast Pacific and western iment geochemistry ofTuzo Wilson sea­ variation in microseismicity and hydro­ Nonh America. mounts, nonheast Pacific Ocean. thermal output in the Endeavour vent Atwater, Tanya; Severinghaus, Jeff, 1989, Dewhurst, W. T., 1989, The simultaneous field [abstract]. Tectonic maps of the nonheast Pacific. inversion of vector and total field aero­ Embley, R. W.; Chadwick, W.W., Jr.; Perfit, Barone, A. M.; Ryan, W. B. F., 1988, Along­ magnetic data using Bayesian infer­ M. R.; Balter, E. T., 1991, Geology of axis variations within the plate bound­ ence-A case study from the Cobb Off­ the nonhern Cleft segment, Juan de ary zone of the southern segment of the set of the Juan de Fuca Ridge [abstract]. Fuca Ridge-Recent lava flows, sea­ Endeavour Ridge. Drummond, K. J., chairman; and others, floor spreading, and the formation of Bennett, L C., Jr.; Henry, M.; Lewis, L, 1982, rev. 1984, Plate-tectonic map of mega plumes. 1969, Preliminary repon, RV Thomtis G. the circum-Pacific region, Pacific Basin Fondrlt, Joseph; McClain, J. S., 1989, Ob­ Thompson cruise 13, continental shelf sheeL servations of microseismicity related to survey 17 March to 25 March, 1967. Fox, C. G., 1988, Central Axial caldera­ hydrothermal vents on the Juan de Fuca Bennett, L C., Jr.; Henry, M.; Lewis, L, The site of recent venical tectonics (ab­ Ridge [abstract]. 1969, Preliminary repon, RV Thom4S G. stract]. Hammond, S. R., 1990, Relationships be­ Thompson cruise 24, continental shelf Hamill, Gary, 1982, Quaternary interpreta­ tween lava types, seafloor morphology, survey 8 December to IS December, tion of southwest Tofino Basin, Pacific and the occurrence of hydrothermal 1967. Margin, Canada. venting in the ASHES vent field of Axial Bolt, B. A.; Lomnitz, C.; McEvilly, T. V., Hoon, E.; Rohr, K. M. M.; Davis, E. E.; volcano. 1968, Seismological evidence on the Currie, R. G., 1989, A comparison of Kadlto, D. C., 1990, In-situ gamma spec­ tectonics of central and nonhern Cali­ thermal subsidence curves for young Pa­ trometry of a warm vent fluid emanating fornia and the Mendocino escarpment. cific and Juan de Fuca plates at the En­ from the nonh Cleft area of the southern Botros, Mona; Johnson, H. P., 1988, Tec­ deavour Segment [abstract]. Juan de Fuca Ridge [abstract]. tonic evolution of the Explorer-nonh­ Hyndman, R. D., 1987, A review of the Karsten, J. L.; Delaney, J. R., 1989, Hot ern Juan de Fuca region from 8 Ma to the present plate regime along the British spot-ridge crest convergence in the present. Columbia and Washington margin [ab­ nonheast Pacific. Carbotte, S. M.; Dixon, J.M.; Farrar, Ed­ stract]. McClain, J. S.; Fondrlt, Joseph, 1989, The ward; Davis, E. E.; Riddihough, R. P., Hyndman, R. D.; Herzer, R. H.; Riddi­ nature of seismicity beneath the hydro­ 1989, Geological and geophysical char­ hough, R. P., 1978, The Nootlta fault thermal field of the Endeavour Segment acteristics of the Tuzo Wilson sea­ zone-A new plate boundary off west­ of the Juan de Fuca Ridge [abstract]. mounts-Implications for plate geome­ ern Canada [abstract). McClain, J. S.; Wright, M.A.; Fondrlt, Jo­ try in the vicinity of the Pacific-Nonh Hyndman, R. D.; Rogers, G. C.; Bone, M. seph, 1988, The seismicity beneath a America-Explorer triple junction. N.; Lister, C.R. B.; Wade, U.S.; Barrett, hydrothermal vent field on the Endeav­ Clague, D. A.; Holmes, M. L., 1987, Geol­ D. L.; Davis, E. E.; Lewis, T.; Lynch, our Segment of the Juan de Fuca Ridge ogy, petrology, and mineral potential of Steve; Seemann, D. A., 1978, Geophys­ [abstract]. the Gorda Ridge. ical measurements in the region of the Olivarez, A. M.; Owen, R. M., 1986, Geo­ Clarke, S. H., Jr., 1987, Geology of the Explorer Ridge off western Canada. chemical associations of the rare eanh California continental margin nonh of Hyndman, R. D.; Weichen, D. H., 1986, elements in a shallow core from the Juan Cape Mendocino. Seismicity and rates of relative motion de Fuca Ridge [abstract]. Clowes, R. M., 1986, Juan de Fuca Ridge on the transform faults of the Juan de Stakes, D.S.; Moore, W. S., 1989, Ages of system-Structure from a seismological Fuca Ridge system [abstract]. hydrothermal vents on the Juan de Fuca perspective [abstract]. Johnson, D. A. L., 1987, Crustal structure Ridge [abstract]. Clowes, R. M.; Knize, Stanislav, 1979, and seismicity of the nonhern Gorda Thomson, R. E.; Gordon, R. L.; Dymond, Crustal structure from a marine seismic Ridge. Jack, 1989, Acoustic Doppler current survey off the west coast of Canada. Johnson, H.P.; Holmes, M. L., 1989, Evo­ profiler observations of a mid-ocean Clowes, R. M.; Thorleifson, A. J.; Lynch, lution in plate tectonics-The Juan de ridge hydrothermal plume. Steve, 1978, Crustal structure from a Fuca Ridge. Trivett, D. A.; Williams, A. J., ill, 1990, seismic survey in Winona Basin off Johnson, H. P.; nvey, M. A.; Botros, Mona; Velocity and temperature profiles of dif­ Canada's west coast [abstract). Pariso, J. E., 1986, Magnetic and tec­ fuse hydrothermal flow at the southern Crawford, W. C.; Webb, S. C.; Hildebrand, tonic structure of the Juan de Fuca re­ Juan de Fuca Ridge [abstract]. J. A., 1991, Seafloor compliance ob­ gion [abstract). Turner, R. J. W.; Leitch, C. H. B.; Ames, D. served by long-period pressure and dis­ Kadlto, D. C., 1990, In-situ gamma spec­ E.; Hoy, Trygve; Franklin, J. M.; placement measurements. trometry of a warm vent fluid emanating Goodfellow, W. D., 1991, Character of Currie, R. G.; Davis, E. E., 1986, Acoustic from the nonh Cleft area of the southern hydrothermal mounds and adjacent al­ imagery over the nonhern Juan de Fuca Juan de Fuca Ridge [abstract). tered sediments, active hydrothermal Ridge system [abstract]. INDEX MARINE GEOLOGY - STRUCTURES AND TECTONICS - FAULTS 177

Kappel, E. S.; Franklin, J.M., 1989, Rela­ Riddihough, R. P.; Hyndman, R. D., 1989, Yorath, C. J.; Massey, N. W. D., 1989, Ter­ tionships between geologic develop­ Queen Charlotte Islands margin. tiary accretion history of the Vancouver ment of ridge crests and sulfide deposits Rohr, K. M. M.; Lewis, B. T. R., 1987, Island continental margin (abstract]. in the northeast Pacific Ocean. Shallow crustal reflections from the Marine geology - Structures and Karl, H. A.; Hampton, M. A.; Kenyon, N. Juan de Fuca rise (abstract]. tectonics - Accretlonary prisms. H., 1989, Lateral migration of Cascadia Rohr, K. M. M.; Milkereit, Bernd; Yorath, see MARINE GEOLOGY - Channel in response to accretionary tec­ C. J., 1988, Asymmetric deep crustal STRUCTURES AND TECTONICS - tonics. structure across the Juan de Fuca Ridge. SUBDUCTION Karl, H. A.; Holmes, M. L, 1986, GLORIA Ryberg, P. T., 1989, Paleocene to early Eo­ Il and SeaMARC Il acoustic imagery of cene depositional systems along a tec­ MARINE GEOLOGY - southern Juan de Fuca Ridge (abstract]. tonically active continental margin, STRUCTURES AND Karsten, J. L.; Delaney, J. R., 1989, Hot southwestern Oregon (abstract]. TECTONICS - FAULTS spot-ridge crest convergence in the Shoberg, Tom; Stein, Seth; Karsten, J. L, Calvert, A. J.; Hasselgren, E. O.; Clowes, northeast Pacific. 1989, Constraints on rift propagation R. M., 1990, Oceanic rift propagation­ Levy, S.; Rohr, K. M. M., 1989, Episodic history at the Cobb Offset, Juan de Fuca A cause of crustal underplating and sea­ crustal structure? Evidence for short Ridge, from numerical modeling of tec­ mount volcanism. scale crustal variation in young Pacific tonic fabric (abstract]. Clarke, S. H., Jr.; Carver, G. A., 1989, Late crust (abstract]. Solano-Borrego, A. E., 1984, Crustal struc­ Cenozoic structure and seismic poten­ Malacek, S. J.; Clowes, R. M., 1978, ture and seismicity of the Gorda Ridge. tial of the southern Cascadia subduction Crustal structure near Explorer Ridge Stoddard, P. R., 1987, A kinematic model zone (abstract]. from a marine deep seismic sounding for the evolution of the Gorda plate. deCharon, A. V., 1989, Structure and tec­ survey. Stoddard, P.R., 1989, Kinematic models of tonics of Cascadia segment, central Malahoff, Alexander, 1981, Comparison be­ the evolution of the Gorda rise and Pres­ Blanco transform fault zone. tween Galapagos and Gorda spreading ident Jackson Seamount chain. Embley, R. W.; Kulm, L. D.; Massoth, G. J.; centers. Stoddard, P.R., 1989, Kinematic studies­ Abbott, D. H.; Holmes, M. L., 1987, Masson, D. G.; Cacchione, D. A.; Drake, D. Ridge evolution, Gorda plate, and Dec­ Morphology, structure and resource po­ E., 1988, Tectonic evolution of Gorda can traps. tential of the Blanco transform fault Ridge inferred from sidescan sonar im­ Stoddard, P. R., 1991, A comparison of brit­ zone. ages. tle deformation models for the Gorda Goldfinger, Chris; Appelgate, T. B., Jr.; Morton, J. L.; Normark, W. R.; Clague, D. plate. Kulm, L D.; Yeats, R. S., 1989, Side­ A.; Holmes, M. L., 1987, Fine-scale seg­ Stoddard, P.R.; Jurdy, D. M., 1987, Evolu­ scan sonar imaging of probable active mentation of the sedimented southern tion of the Gorda rise-A kinematic faults on the Juan de Fuca plate adjacent Gorda Ridge, offshore northern Califor­ model (abstract]. to the c;entral Oregon continental margin nia (abstract]. Stoddard, P. R.; Jurdy, D. M., 1987, A kine­ (abstract]. Muller, J. E., 1977, Evolution ofthe Pacific matic model for the evolution of the Goldfinger, Chris; Kulm, L. D.; Yeats, R. margin, Vancouver Island, and adjacent Gorda Rise (abstract]. S., 1991, Neotectonics and strike-slip regions. Thrasher, G. P.; Johnson, S. H., 1977, Ve­ faulting in the Cascadia subduction zone Normark, W. R.; Morton, J. L; S!lxena, N., locity structure of the Gorda Ridge me­ off Oregon and Washington (abstract].• 1990, Scaling considerations for acous­ dian valley at 42.3° N, 127.0° W (ab­ Goldfinger, Chris; MacKay, M. E.; Kulm, tic measurement of ridge extension [ab­ stract].• L. D.; Yeats, R. S., 1990, Neotectonics stract]. Van Heeswijk, Marijke, 1987, Shallow and possible segmentation of the Juan de Northrop, John; Menard, H. W.; Duenneb­ crustal structure of the caldera of Axial Fuca plate and Cascadia subduction ier, F. K., 1968, Seismic and bathymet­ Seamount, Juan de Fuca Ridge. zone off central Oregon (abstract]. ric evidence of a fracture zone on Gorda Vincent, Paul; Richards, M. A.; Weldon, R. Harding, S. T., 1988, Investigation of seis­ Ridge. J., II, 1990, Vertical deformation of the mic-wave propagation for determina­ Odegard, M. E., 1978, Upper mantle struc­ Oregon Cascadia margin (abstract]. tion of crustal structure. ture of the Gorda-Juan de Fuca Ridge Von Huene, Roland; Kulm, L. D., 1973, Harding, S. T.; Urban, T. C.; Barnhard, T. system (abstract]. Tectonic summary of Leg 18. P., 1988, Preliminary evidence of possi­ Palmer, S. P., 1989, Stratigraphic and struc­ Webb, S. C.; Hildebrand, J. A., 1988, Con­ ble Quaternary faulting in Puget Sound, Washington, from a multichannel ma­ tural interpretation of Willapa Basin straints on crustal structure beneath (abstract]. Axial volcano derived from long period rine seismic reflection survey. Phipps, J. B., 197 4, Sedimentsand tectonics acceleration and pressure measurements Hyndman, R. D.; Riddihough, R. P.; Herzer, of the Gorda-Juan de Fuca plate.• [abstract]. R., 1979, TheNootkafaultzone-Anew Riddihough, R. P., 1977, Recent plate tec­ Webb, S. C.; Hildebrand, J. A.; Fox, C. G.; plate boundary off western Canada. tonics off Canada's west coast (ab­ Crawford, W. C.; Hammer, P. T. C.; Kulm, L. D.; Yeats, R.-S., 1990, Cascadia stract]. Herzfeld, U. C.; McDonald, M.A.; Ste­ subduction zone-Neotectonics of the Riddihough, R. P., 198S, A model for the venson, J.M., 1990, Geophysical stud­ accretionary wedge and adjacent abys­ tectonic development of the Explorer ies at the megaplume site on the south­ sal plain off Oregon and Washington. Ridge and Sovanco fracture zone (ab­ ern Juan de Fuca Ridge (abstract]. Kulm, L. D.; Yeats, R. S.; Goldfinger, stract]. Wilson, D. S., 1988, Tectonic history of the Chris, 1991, Accretionary wedge and Riddihough, R. P., 1987, Predicted present Juan de Fuca Ridge over the last 40 adjacent abyssal plain off Oregon and plate motions in the Vancouver Island million years. Washington. region (abstract]. Wilson, D. S., 1989, Deformation of the Lister, C. R. B.; deCharon, A. V.; Chiao, L, Riddihough, R. P.; Currie, R. G.; Davis, E. so-called Gorda plate. 1987, Profile delineates tilted sedimen­ E.; Rogers, G. C.; Hyndman, R. D., Wilson, D.S., 1990, Kinematics of overlap­ tary blocks on both sides of Cascadia spreading center in the Blanco trans­ 1978, The Dellwood Knolls-The link ping rift propagation with cyclic rift form [abstract]. between Explorer Ridge and the Queen failure. Charlotte fault? [abstract]. Rohr, K. M. M., 1989, Shale diapirism and thrusting in the accretionery [sic] front of Vancouver Island (abstract]. l 178 MARINE GEOLOGY - STRUCTURES AND TECTONICS OPEN FILE REPORT 92-2

Tobin, J. H.; Moore, J. C.; MacKay, M. E.; MARINE GEOLOGY - the continental margin off Vancouver b­ Cochrane, G. R.; Moore, G. F.; Orange, STRUCTURES AND land-Comparison of results from nu­ D. L., 1991, ALVIN observations at the merical modelling and field data. central Oregon accretionary prism-Ev­ TECTONICS - SUBDUCTION Adams, John, 1987, Paleoseismicity of the Drew, J. J.; Clowes, R. M., 1990, A re-inter­ idence for fault control of fluid seepage pretation of the seismic structure acrou [abstract]. Cascadia subduction zone [abstract]. Adams, John, 1989, Turbidites off the Ore­ the active subduction zone of western MARINE GEOLOGY - gon-Washington margin record paleo­ Canada. STRUCTURES AND TECTONICS - earthquakes on the Cascadia subduction Egger, A.; Ansorge, J., 1990, Interpretation SEA FLOOR SPREADING zone.• of seismic refraction data-CCSS data Baker, E. T.; Massoth, G. J., 1986, The · Adams, John, 1990, Paleoseismicity of the set I-Vancouver Island-continental margin. along-strike distribution of hydro­ Cascadia subduction zone-Evidence thermal activity on a spreading segment from turbidites off the Oregon-Wash­ Finn, Carol, 1989, Structure of the conver­ of the Juan de Fuca Ridge [abstract]. ington margin.• gent Washington margin. Caress, D. W., 1989, Some aspects of the Brandon, M. T.; Davis, E. E.; Dragen, Herb; Finn, Carol, 1990, Geophysical constraints structure and evolution of oceanic Hudson, R. D., 1987, The potential for on Washington convergent margin struc­ spreading centers. geodetic monitoring of aseismic slip at ture. Delaney, J. R.; Johnson, H.P.; Kanten, J. the surface trace of the Vancouver Island Fowl~r, C. M. R.; Pandit, B. I., 1990, Anal­ L., 1981, The Juan de Fuca Ridge-Hot subduction thrust [abstract]. ysis of CCSS data set 1-Reflection-re­ spot-Propagating rift system-New Calven, A. J.; Clowes, R. M., 1990, Reflec­ fraction data from the Vancouver Island tectonic, geochemical, and magnetic tions from the accreted margin western continental margin of western Canada. data. Canada-Evidence for the migration of Goldfinger, Chris; Appelgate, T. B., Jr.; Embley, R. W.; Chadwick, W. W., Jr.; Fox, fluids and a major shear zone above the Kulm, L. D.; Yeats, R. S., 1989, Side· C. G., 1990, New evidence for volcanic subducting plate [abstract]. scan sonar imaging of probable active eruptions on the southern Juan de Fuca Carver, G. A.; Vick, G. S.; Burke, R. M., faults on the Juan de Fuca plate adjacent Ridge during the 1980's-lmplications 1989, Late Holocene paleoseismicity of to the central Oregon continental margin for megaplumes and seafloor monitor· the Gorda segment of the Cascadia sub­ [abstract]. ing [abstract]. duction zone [abstract]. Goldfinger, Chris; Kulm, L. D.; Yeats, R. Embley,R. W.;Chadwick, W. W.,Jr.;Perfit, Clarke, S. H., Jr.; Carver, G. A., 1989, Late S., 1991, Neotectonics and strike-dip M. R.; Baker, E.T., 1991, Geology of Cenozoic structure and seismic poten· faulting in the Cascadia subduction zone the northern Cleft segment, Juan de tial of the southern Cascadia subduction off Oregon and Washington [abstract].• Fuca Ridge-Recent lava flows, sea­ zone [abstract]. Goldfinger, Chris; MacKay, M. E.; Kulm, floor spreading, and the formation of Clarke, S. H., Jr.; Carver, G. A., 1989, On­ L. D.; Yeats, R. S., 1990, Neotectonics megaplumes. shore-offshore characteristics and seis­ and possible segmentation of the Juan de Huang, P. Y.; Solomon, S. C., 1988, Cen­ mic potential of structures along the Fuca plate and Cascadia subduction troid depths of mid-ocean ridge earth­ Gorda segment of the Cascadia subduc­ zone off central Oregon [abstract]. quakes-Dependence on spreading rate. tion zone [abstract]. llasselgren, E. O.; Clowes, R. M., 1989, Klitgord, K. D., 1974, Near-bottom geo­ Clowes, R. M., 1984, Transect B2- Crustal structure of a young ocean physical surveys and their implications Lithospheric structure across an accre­ basin-Intraplate deformation observed on the crustal generation process, sea tionary margin off western Canada [ab­ on multichannel reflection profiles [ab­ floor spreading history of the Pacific stract]. stract]. and the geomagnetic time scale-0 to 6 Clowes, R. M.; Spence, G.D.; Ellis, R. M.; Hasselgren, E. O.; Clowes, R. M., 1989, M.y.b.p.• Waldron, D. A., 1986, Structure of the Crustal structure of the northern Juan de Lister, C. R. B.; deCharon, A. V.; Chiao, L, lithosphere in a young subduction Fuca plate from multichannel seismic 1987, Profile delineates tilted sedimen­ zone-Results from reflection and re­ reflection data [abstract]. tary blocks on both sides of Cascadia fraction studies. Heaton, T. H.; Hanzell, S. H., 1987, repr. spreading center in the Blanco trans­ Cochrane, G. R.; Lewis, B. T. R.; McClain, 1988, Earthquake hazards on the Casca­ Conn [abstract]. K. J., 1988, Structure and subduction dia subduction zone. Miller, K. L.; Rona, P.A., 1989, Bathymet­ proceues along the Oregon-Washing­ Horath, F. L; Moore, J. C., 1989, Perme­ ric comparison of three mid-ocean ridge ton margin. ability evolution in the Caacadia accre­ areas with slow-spreading characteris­ Couch, R. W.; Riddihough, R. P., 1989, The tionary terrane; Examples from the sub­ tics. crustal structure of the western conti­ marine prism and uplifted shear zones [abstract). Moore, G. W., 1970, Sea-floor spreading at nental margin of North America. the junction between Gorda Rise and Davis, E. E.; Hyndman, R. D., 1989, Accre­ Hyndman, R. D.; Davis, E. E., 1989, The Mendocino Ridge. tion and recent deformation of sedi­ Cascadia accretionary prism at Vancou­ Thrasher, G. P., 1977, Median valley crustal ments along the nonhern Cascadia sub­ ver Island-Thermal and pore pressure structure and sea floor spreading at the duction zone. constraints on the zone of subduction Gorda Ridge, 42° N latitude. deCharon, A. V., 1989, Structure and tec­ thrust earthquake failure [abstract). Vine, F. J., 1968, Proof of ocean-floor tonics of Cascadia segment, central Hyndman, R. D.; Yorath, C. J.; Davia, E. E.; spreading? [abstract]. Blanco transform fault zone. Rohr, K. M. M.; Law, L. K., 1989, Van­ Dehler, S. A.; Clowes, R. M., 1989, Struc­ couver Island accretionary sedimentary Zervas, C. E., 1988, A finite element inves­ prism [abstract). tigation of topographic variation at mid­ tural models across the northern Casca­ ocean ridges spreading at the same rate. dia subduction zone-An integration of Iwasaki, Takaya; Shimamura, Hideki, 1990, geophysical data [abstract]. Velocity structure model determined Zonenshain, L. P.; Kuzmin, M. I.; from onshore-offshore seismic profiling Bogdanov, Y. A.; Lisitsin, A. P., 1987, A Dehler, S. A.; Clowes, R. M., 1990, Struc­ ture of the Cascadia accretionary margin across Vancouver Island and adjacent catastrophic event on the Juan de Fuca continental margin. spreading center at Axial Mt. (46° N) of western Canada from geophysical Keach, R. W., II; Potter, C. J., 1989, Eocene [abstract]. analyses [abstract]. .DeLaurier, J. M.; Auld, D. R.; Law, L. K., to present active margin tectonics, west­ ern Oregon, as revealed by deep reflec­ 1983, The geomagnetic response across tion profiles [abstract). INDEX MARINE GEOLOGY - SUBDUCTION ZONE FLUID VENTING 179

Kulm, L. D., 1989, Ca1cadia subduction Sykes, L. R.; Byrne, D. E.; Davis, D. M., northern Cascadia accretionary prism zone-Structure, tectonics, and fluid 1987, Seismic and aseismic subduction, off Vancouver Island [abstract]. processes of the accretionary wedge and Pan 2-Aseismic slip at zones of mas­ Davis, E. E.; Hyndman, R. D.; Villinger, adjacent abyssal plain. sive sediment supply and nature of great Heiner, 1990, Rates of fluid. expulsion Kulm, L. D.; Embley, R. W., 1988, Nature asperities at convergent margins [ab­ across the northern Cascadia accretion­ of the deformation front along the Ore­ stract]. ary prism--Constraints from new heat gon-Washington subduction zone. Tobin, H.J.; Moore, J.C.; MacKay, M. E.; flow and multichannel seismic reflec­ Kulm, L. D.; Yeats, R. S., 1990, Cascadia Cochrane, G. R.; Orange, D. L.; Moore, tion data. subduction zone-Neotectonics of the G. F.; Kulm, L D., 1991, Generation of Fyfe, W. S.; Kerrich, R.; Hicock, S. R.; accretionary wedge and adjacent abys­ fracture permeability along a venical Colloza, F. C., 1987, LITHOPROBE­ sal plain off Oregon and Washington. fault at the Oregon accretionary margin Faults and fluids. Kulm, L. D.; Yeats, R. S.; Goldfinger, and implications for wedge thrust verg­ Han, M. W., 1987, Dynamics and chemistry Chris, 1990, Cucadia subduction ence [abstract]. of pore fluids in marine sediments of zone-Neotectonics of the accretionary Trehu, A. M.; Holt, T.; Shi, J.; Nakamura, different tectonic settings--Oregon sub­ wedge and adjacent abyssal plain off Y.; Brocher, T.; Moses, M., 1990, Pre­ duction zone and Bransfield Strait ex­ Oregon and Washington. liminary results from the 1989 Oregon tensional basin.• Kulm, L. D.; Yeats, R. S.; Goldfinger, onshore-offshore seismic imaging ex­ Han, M. W.; Suess, Erwin, 1989, Subduc­ Chris, 1991, Accretionary wedge and periment [abstract].• tion-induced pore fluid venting and the adjacent abyssal plain off Oregon and Trehu, A. M.; Nakamura, Y.; Brocher, T.; formation of authigenic carbonates Washington. Moses, M., 1991, 1989 Oregon onshore­ along the Cascadia continental mar­ Lewis, T. J.; Bentkowski, W. H.; Davis, E. offshore seismic imaging experiment gin-Implications for the global Ca­ E.; Hyndman, R. D.; Souther, J. G.; [abstract]. cycle. Wright, J. A., 1988, Subduction of the Wahlstrom, Rutger; Rogers, G. C.; Ellis, R. Henry, P.; Wang, C.-Y., 1990, Modeling of Juan de Fuca plate-Thermal conse­ M., 1989, Seismicity west of the north­ fluid flow and pore pressure at the toe of quences. ern end of the Cascadia subduction zone the Oregon and Barbados accretionary McPherson, B. C., 1989, Focal mechanisms [abstract]. wedges [abstract]. and seismicity at the southern end of the Waldron, D. A.; Clowes, R. M., 1982, VISP Horath, F. L.; Moore, J. C., 1989, Perme­ Cascadia subduction zone [abstract]. Il-Structural characteristics of the sub­ ability evolution in the Cascadia accre­ Moore, J. C.; Cochrane, G. R.; MacKay, M. ducting oceanic plate off western Can­ tionary terrane; Examples from the sub­ E.; Moore, G. F.; Brown, Kevin, 1991, ada [abstract]. marine prism and uplifted shear zones Dilational stain waves along thrust Waldron, D. A.; Clowes, R. M.; White, D. [abstract]. faults of the modem Oregon accretion­ J., 1990, Seismic structure of a subduct­ Kulm, L. D., 1989, Cascadia subduction ary prism [abstract]. ing oceanic plate off western Canada. zone-Structure, tectonics, and fluid Orange, D. L.; Breen, N. A.; Dahlen, F. A., Wang, C.-Y.; Shi, Yaolin; Kulm, L. D.; processes of the accretionary wedge and 1989, Seepage force, submarine can­ Langseth, M. G., 1989, Thermal con­ adjacent abyssal plain. yons, and the inter-relationship of hy­ straints on fluid expulsion rate in accre­ Kulm, L. D.; Suen, Erwin, 1987, Fluid drology, geomorphology, and accretion­ tionary prisms-A study of the Oregon­ venting structures on the Oregon conti­ ary tectonics [abstract]. Washington margin [abstract]. nental shelf [abstract]. Reid, M. R.; Sample, J.C., 1991, Seawater Wannamaker, P. E.; Booker, J. R.; Filloux, Kulm, L. D.; Suess, Erwin, 1989, lnterrela­ and continental sources for syn-tectonic J. H.; Jones, A.G.; Chave, A. D., 1989, tionships of authigenic carbonate depos­ diagenetic carbonate in the Cascadia ac­ Uncovering deep structure, fluid move­ its, vent fluids and geologic structures­ cretionary wedge, Oregon-Sr and Nd ment and melting in the Caacadia sub­ Oregon accretionary prism [abstract]. isotope evidence [abstract]. duction system from geomagnetic in­ Kulm, L D.; Suess, Erwin, 1990, Relation­ Rogers, G. C., 1988, An assessment of the duction measurements [abstract]. ship between carbonate deposits and megathrust earthquake potential of the Yorath, C. J.; Davis, E. E., 1988, Cenozoic fluid venting--Oregon accretionary Cascadia subduction zone. accretion history of the Vancouver ls­ prism.• Sample, J.C.; Reid, M. R.; Moore, J.C., land continental margin [abstract]. Kulm, L. D.; Suess, Erwin; Moore, J.C.; 1991, Isotopic evidence from syn-tec­ MARINE GEOLOGY - Carson, Bobb; Lewis, B. T. R.; Ritger, tonic diagenetic carbonate for deeply­ SUBDUCTION ZONE FLUID S. D.; Kadko, D. C.; Thornburg, T. M.; derived fluids in the Caacadia accretion­ Embley, R. W.; and others, 1988, Ore­ ary wedge, Oregon [abstract]. VENTING gon subduction zone-Venting, fauna, Seemann, D. A.; Hamilton, T. S.; Halpenny, 1ee al10 MARINE SEDIMENTS - and carbonates. J. F., 1990, A high resolution multipara­ SUBDUCTION ZONE Kulm, L. D.; Suen, Erwin; Snavely, P. D., meter geophysical survey of the conti­ DEFORMATION Jr., 1988, Fluid venting structures on the nental margin basin from Georgia Strait Carson, Bobb; Holmes, M. L.; Johnson, H. northern Oregon continental shelf. to Puget Sound [abstract]. P., 1989, Large-scale diagenetic carbon­ Shi, Yaolin; Wang, C.-Y.; Hwang, W.-T.; Shi, Yaolin; Wang, C.-Y., 1988, Heat flow ate deposits on the Washington mar­ Von Huene, Roland, 1989, Hydrogeo­ and thermal structure of the Washing­ gin-GLORIA imagery of subduction logical modeling of porous flow in the ton-Oregon accretionary prism-A zone fluid expulsion patterns [abstract]. Oregon accretionary prism. study of the lower slope. Carson, Bobb; Suess, Erwin; Strasser, J. C., Strasser, J.C.; Carson, Bobb; Lewis, B. T. Silver, E. A.; Breen, N. A.; fillis, M. J.; 1990, Fluid flow and mass flux determi­ R., 1989, Velocity-derived porosity dis­ Shipley, T. H., 1986, Comment and reply nations at vent sites on the Cascadia tribution of the lower Oregon margin on "Comments on the growth of accre­ margin accretionary prism. accretionary prism-Implications for tionary wedges"-Reply. Cochrane, G. R.; Moore, J.C.; MacKay, M. dewatering [abstract]. Strauer, J.C.; Carson, Bobb; Lewis, B. T. E.; Moore, G. F., 1990, Fluid flow in the Suen, Erwin; Kulm, L. D.; Canon, Bobb; R., 1989, Velocity-derived porosity dis­ Oregon accretionary prism from seismic Whiticar, M. J., 1987, Fluid flow and tribution of the lower Oregon margin data and vents (abstract]. methane fluxes from vent sites at the accretionary prism-Implications for Davis, E. E.; Hyndman, R. D.; Villinger, Oregon subduction zone [abstract]. dewatering [abstract]. Heiner, 1989, Thermal structure, physi­ cal propenies and fluid expulsion in the 180 MARINE GEOLOGY - SUBMARINE CANYONS OPEN FILE REPORT 92-2

Tobin, J. H.; Moore, J.C.; MacKay, M. E.; em Juan de Fuca Ridge-A contrast mouth delta near Pon Gardner, Everett, Cochrane, G. R.; Moore, G. F.; Orange, with ROSE results. Washington. D. L., 1991, ALVIN observations at the Raleigh, C. B.; Barone, A. M.; Ryan, W. B. Galster, R. W., 1989, Geologic aspects of central Oregon accretionary prism-Ev­ F., 1989, Along -axis magma flow driven jetties, breakwaters, and boat basins in idence for fault control of fluid seepage by topographically induced hydraulic western Washington. [abstract]. head [abstract]. Malek, J. F.; Palermo, M. R., 1987, Appli­ Wang, C.-Y.; Shi, Yaolin; Hwang, W.-T.; Zonenshain, L P.; Kuzmin, M. I.; Bogda­ cation of a management strategy for Chen, Huiliang, 1990, Hydrogeologic nov, Y. A.; Lisitsin, A. P., 1987, A cata­ dredging and disposal of contaminated processes in the Oregon-Washington ac­ strophic event on the Juan de Fuca sediments to proposed U.S. Navy cretionary complex. spreading center at Axial Mt. (46° N) Homepon Project at East Waterway, Ev­ MARINE GEOLOGY - [abstract]. erett Harbor, Washington. SUBMARINE CANYONS MARINE SEDIMENTS MARINE SEDIMENTS - Karl, H. A.; Hampton, M. A.; Cacchione, D. [GENERAL WORKS] GEOCHEMISTRY AND A.; Drake, D. E.; Kenyon, N. H., 1988, Baptista, A. M.; Jarrell, W. M.; Barros, A. MINERALOGY Morphologic variation and evolutionary P.; Turner, P. J., 1990, Integrated analy­ Denton, A. W. S., 1986, Tectonics and sed­ history of some submarine channels on sis of pathways of water, sediments, and iment geochemistry of Tuw Wilson sea­ the Juan de Fuca and Gorda plates [ab­ contaminants in coastal watersheds­ mounts, nonheast Pacific Ocean. stract]. The case of Coos Bay [abatract]. Devol, A.H., 1991, Direct measurement of Orange, D. L.; Breen, N. A.; Dahlen, F. A., Blaise, Benrand; Bornhold, B. D.; Conway, nitrogen gas fluxes from continental 1989, Seepage force, submarine can­ K. W.; Karlin, R.H., 1988, Glacial his­ shelf sediments. yons, and the inter-relationship of hy­ tory and deep sea sedimentation in the Evans-Hamilton, Inc.; D. R. Systems, Inc., drology, geomorphology, and accretion­ nonheast Pacific since 38,000 a BP [ab­ 1987, Puget Sound environmental atlas. ary tectonics [abstract]. stract]. Han, M. W., 1987, Dynamics and chemistry MARINE GEOLOGY - Hands, E. B., 1968, Inner continental shelf of pore fluids in marine sediments of VOLCANISM sediments in the vicinity of Cape Flat­ different tectonic settings-Oregon sub­ tery, Washington. duction zone and Bransfield Strait ex­ Appelgate, T. B., Jr., 1989, Tectonic and Kulm, L. D.; Von Huene, Roland; Duncan, tensional basin.• volcanic structures of the southern flank J. R.; Ingle, J. C.; Kling, S. A.; Musich, of Axial volcano, Juan de Fuca Ridge­ Han, M. W.; Suess, Erwin, 1989, Subduc­ L. F.; Piper, D. J. W.; Pratt, R. M.; Schra­ tion-induced pore fluid venting and the Results from a SeaMARC I 1idescan der, H.-J.; Weser, O.; Wise, S. W., 1973, sonar survey. formation of authigcnic carbonates Site 174. along the Cascadia continental mar­ Desonie, D. L.; Duncan, R. A., 1990, The Kulm, L. D.; Von Huene, Roland; Duncan, gin-Implications for the global Ca­ Cobb-Eickelberg seamount chain-Hot· J. R.; Ingle, J.C.; Kling, S. A.; Musich, cycle. spot volcanism with mid-ocean ridge ba­ L. F.; Piper, D. J. W.; Pratt, R. M.; Schra­ salt affinity.• Kilby, C. E., 1990, Neanhore surficial ge­ der, H.-J.; Weser, O.; Wise, S. W., 1973, ology and heavy mineral assemblages, Emblcy, R. W.; Chadwick, W. W., Jr.; Fox, Site 175. nonhem Strait of Juan de Fuca [ab­ C. G., 1990, New evidence for volcanic Kulm, L. D.; Von Huene, Roland; Duncan, stract]. eruptions on the southern Juan de Fuca J. R.; Ingle, J.C.; Kling, S. A.; Musich, Kulm, L. D.; Suc11, Erwin, 1989, Interrela­ Ridge during the l 980's-Implications F. L.; Piper, D. J. W.; Pratt, R. M.; Schra­ for megaplumes and seafloor monitor­ tionships of authigenic carbonate depos­ der, H.-J.; Weser, O.; Wile, S. W., 1973, its, vent fluids and geologic structures­ ing [abstract]. Site 176. Oregon accretionary prism [abstract]. Franklin, J.M.; Kappel, E. S., 1986, Com­ Kunz, D. D., 1980, Stratigraphy and gene­ Pcllenbarg, R. E., 1988, Historical record of positional characteristics and volcanic sis of Early Proterowic diamictites­ setting of massive sulphide deposiu on silicones in sediment. Nonh America. Phipps, J.B., 1974, Sediments and tectonics Juan de Fuca and Explorer Ridges [ab­ Lyle, Mitchell; Fisk, M. R.; Abbott, D. H.; stract]. of the Gorda-Juan de Fuca plate.• Karlin, Rohen; Monon, J. L.; Holmes, Wong, F. L., 1989, Mineralogy of sand in Holcomb, R. T.; Delancy, J. R., 1988, Post­ M. L., 1986, High resolution studies of valley volcanism along the Endeavour turbidite1 from Escanaba trough, nonh­ ridge crest magmatism-Progress based east Pacific Ocean. Ridge near 47° 57' N (abstract]. upon studies in the sediment filled Es­ Johnson, H.P.; Embley, R. W., 1990, Axial canaba trough (Gorda Ridge) [abstract]. MARINE SEDIMENTS - Seamount-An active ridge axis vol­ Monon, J. L.; Normark, W. R.; Clague, D. GEOMORPHOLOGY cano on the central Juan de Fuca Ridge. A.; Holmes,M. L., 1987, Fine-scale seg­ Adams, John, 1989, Turbidite1 off the Ore­ Johnson, H.P.; Holmes, M. L., 1988, Near­ mentation of the sedimented southern gon-Washington margin record paleo­ axis seamount formation-A detailed Gorda Ridge, offshore nonhem Califor­ eanhquake1 on the Caacadia subduction case history of Axial Seamount, central nia [abstract]. wne.• Juan de Fuca Ridge [abstract]. Turner, R. J. W.; Leitch, C. H. B.; Ames, D. Adams, John, 1990, Paleoseismicity of the Leybourne, M. I., 1988, Volcanism and geo­ E.; H6y, Trygve; Franklin, J. M.; Caacadia subduction wne-Evidence chemistry of pans of the Endeavour Seg­ Goodfellow, W. D., 1991, Character of from turbidite1 off the Oregon-Wash­ ment of the Juan de Fuca Ridge system hydrothermal mounds and adjacent al­ ington margin.• and associated seamounu. tered sediments, active hydrothermal Bobrowaky, P. T.; Clague, J. J., 1990, Holo­ Lyle, Mitchell; Fisk, M. R.; Abbott, D. H.; areas, Middle Valley sedimented rift, cene sediments from Saanich Inlet, Brit­ Karlin, Rohen; Monon, J. L.; Holmes, nonhem Juan de Fuca Ridge, nonheast­ ish Columbia, and their neotectonic im­ M. L., 1986, High resolution studies of cm Pacific-Evidence from ALVIN plications. ridge crest magmatism-Progress based push cores. Kostaschuk, R. A.; Luternauer, J. L.; Mc­ ~pon studies in the sediment filled Es­ Kenna, G. T.; Moalow, T. F., 1990, Mor­ canaba trough (Gorda Ridge) [abstract]. MARINE SEDIMENTS - ENGINEERING phology and sediment tranapon in a sub­ McClain, K. J.; Lewis, B. T. R., 1982, Geo­ marine channel system-Fraser River physical evidence for the absence of a Fuller, S. R.; Sondergaard, J. N.; Fugle­ delta, British Columbia [abstract). crustal magma chamber under the nonh- vand, P. F., 1989, Stratigraphy and Holo­ cene stability of the Snohomish River- INDEX MENDOCINO FRACTURE ZONE 181

Lewis, T. J.; Bentkowsld, W. H., 1990, Thomson, R. E.; Gordon, R. L.; Dymond, Sample, J.C.; Reid, M. R.; Moore, J.C., Blocky sedimenu in Bute and Knight Jack, 1989, Acoustic Doppler current 1991, Isotopic evidence from syn-tec­ Inlets, British Columbia. profiler observations of a mid-ocean tonic diagenetic carbonate for deeply­ Niem, A. R.; Snavely, P. D., Jr.; Chen, Ying; ridge hydrothermal plume. derived fluids in the Cascadia accretion­ ary wedge, Oregon [abstract]. Niem, W. A., 1989, Jansen Creek Mem­ MARINE SEDIMENTS ber of the Makah Formation-A major Seely, D.R., 1977, The significance ofland­ Oligocene submarine landslide or slump SUBDUCTION ZONE ward vergence and oblique structural deposit from the Vancouver shelf in the DEFORMATION trends on trench inner slopes. Juan de Fuca deep margin basin, NW see also MARINE GEOLOGY - Sykes, L. R.; Byrne, D. E.; Davis, D. M., Olympic Peninsula, Washington [ab­ SUBDUCTION ZONE FLUID 1987, Seismic and aseismic subduction, stract]. VENTING Pan 2-Aseismic slip at zones of mas­ Prior, D. B.; Bornhold, B. D., 1987, Depo­ Brandon, M. T., 1984, Deformational pro­ sive sediment supply and nature of great sitional characteristics of a high-relief cesses affecting unlithified sediments at asperities at convergent margins [ab­ Holocene submarine fan, British Colum­ active margins-A field study and a stract]. bia [abstract]. structural model. Tobin, H. J.; Moore, J. C.; MacKay, M. E.; Prior, D. B.; Bomhold, B. D., 1989, Subma­ Byrne, D. E.; Sykes, L R.; Davis, D. M., Cochrane, G. R.; Orange, D. L.; Moore, rine morphology and processes of fjord 1987, Seismic and aseismic subduction, G. F.; Kulm, L D., 1991, Generation of fan deltas and related high-gradient sys­ Pan I-The role of young sediments in fracture permeability along a vertical tems-Modem examples from British controlling the mode of slip along the fault at the Oregon accretionary margin Columbia. plate boundary [abstract]. and implications for wedge thrust verg­ Prior, D. B.; Bomhold, B. D., 1989, Subma­ Byrne, Tim; Hibbard, Jim, 1987, Landward ence [abstract]. rine sedimentation on a developing Hol­ vergence in accretionary prisms-The Wang, C.-Y.; Shi, Yaolin; Hwang, W.-T.; ocene fan delta. role of the backstop and thermal history. Chen, Huiliang, 1990, Hydrogeologic Prior, D. B.; Wiseman, W. J.; Bomhold, B. Cochrane, G. R.; Lewis, B. T. R.; McCain, processes in the Oregon-Washington ac­ D.; Lowe, D.R., 1987, Active, channel­ K. J., 1988, Structure and subduction cretionary complex. ized sand flows and fan development, processes along the Oregon-Washing­ Wang, C.-Y.; Shi, Yaolin; Liang, G.; Bute Inlet, British Columbia [abstract]. ton margin. Sweeney, J. F., 1990, Thermal evolution Vallier, T. L.; Harold, P. J.; Girdley, W. A., Davis, E. E.; Brandon, M. T., 1987, The of sediments along the Pacific North­ 1973, Provenances and dispersal pat­ style of the initial deformation of sedi­ west margin [abstract]. ments along the nonhern Cascadia sub­ terns of turbidite sand in Escanaba Marshes, see PACIFIC COAST - trough, northeastern Pacific Ocean. duction zone [abstract]. MARSH STRATIGRAPHY and Wong, F. L., 1989, Mineralogy of sand in Davis, E. E.; Hyndman, R. D., 1989, Accre­ SUBSIDENCE AND UPUFT turbidites from Escanaba trough, nonh­ tion and recent deformation of sedi­ east Pacific Ocean. ments along the northern Cascadia sub­ MASON CO., WASH. duction zone. Bucknam, R. C., 1991, Puget Sound paleo­ MARINE SEDIMENTS - Davis, E. E.; Hyndman, R. D.; Villinger, seismicity. • GEOPHYSICS and PHYSICAL Heiner, 1990, Rates of fluid expulsion Coombs, H. A., 1989, The Skokomish River MEASUREMENTS across the northern Cascadia accretion­ projects-Cushman Dam no. 1 and Abbott, D. H., 1986, Heat flow results from ary prism-Constraints from new heat Cushman Dam no. 2. the Gorda Ridge. flow and multichannel seismic reflec­ Manson, C. J., compiler, 1990, Bibliogra­ Davis, E. E.; Hyndman, R. D., 1989, Accre­ tion data. phy of the geology and mineral re­ tion and recent deformation of sedi­ Gough, D. I., 1986, Magnetotelluric evi­ sources of Mason County, Washington. ments along the northern Cascadia sub­ dence for subduction of seafloor sedi­ McLucas and Auociates, Inc., 1991, Eval­ duction zone. ments. uation of the topography, geology, soils, Davis, E. E.; Hyndman, R. D.; Villinger, Hyndman, R. D.; Yorath, C. J.; Davis, E. E.; and geologic hazards of the proposed Heiner, 1990, Rates of fluid expulsion Rohr, K. M. M.; Law, L. K., 1989, Van­ Johns Prairie mine and barge-loading fa­ across the northern Cascadia accretion­ couver Iiland accretionary sedimentary cility, southeastern Mason County, ary prism-Constraints from new heat prism [abstract]. Washington. flow and multichannel seismic reflec­ Johnson, H. P.; Holmes, M. L.; Carson, Thonen, G. W., and Associates, 1991, Ge­ tion data. Bobb, 1989, Deep-water carbonates on ology of the Big Creek archaeological Evans-Hamilton, Inc.; D. R. Systems, Inc., the Cascadia margin [abstract]. site, (45-MS-100), Lake Cushman, 1987, Puget Sound environmental atlas. Kulm, L. D.; Suess, Erwin; Moore, J. C.; Mason County, Washington. Gough, D. I., 1986, Magnetotelluric evi­ Canon, Bobb; Lewis, B. T. R.; Ritger, Yount, J.C.; Gower, H. D., 1991, Bedrock dence for subduction of seafloor sedi­ S. D.; Kadko, D. C.; Thornburg, T. M.; geologic map of the Seattle 3oc;::Mc by ments. Embley, R. W.; and others, 1988, Ore­ 6oc;::Mc quadrangle, Washington. gon subduction zone-Venting, fauna, Lewis, T. J.; Bentkowski, W. H.; Davis, E. Mass movements, and carbonates. E., 1983, The variation in measured heat see Kulm, L. D.; Yeats, R. S.; Goldfinger, flow, Jervis Inlet, British Columbia [ab­ LAHARS AND MUDFLOWS stract]. Chris, 1991, Accretionary wedge and adjacent aby11al plain off Oregon and LANDSUDES AND SLOPE Linden, R. H.; Schurer, P. J., 1988, Sedi­ STABILITY ment characteristics and sea-level his­ Washington. tory of Royal Roads Anchorage, Victo­ Reid, M. R.; Sample, J.C., 1991, Seawater MOUNT ST. HELENS - MASS MOVEMENTS ria, British Columbia.• and continental sources for syn-tectonic Mothenill, J. S., 1989, Paleomagnetic dat­ diagenetic carbonate in the Cascadia ac­ MENDOCINO FRACTURE ZONE ing of postglacial sediments, Vancouver cretionary wedge, Oregon-Sr and Nd Bolt, B. A.; Lomnitz, C.; McEvilly, T. V., Island, Canada. isotope evidence (abstract]. 1968, Seismological evidence on the Rohr, K. M. M., 1989, Shale diapirism and Rohr, K. M. M., 1989, Shale diapirism and tectonics of central and northern Cali­ thrusting in the accretionery [sic] front thrusting in the accretionery [sic] front fornia and the Mendocino escarpment. of Vancouver Island [abstract]. of Vancouver Island [abstract]. 182 MESOZOIC OPEN FILE REPORT 92-2

Breen, N. A.; Lisowski, Michael; Prescott, MIMA MOUNDS MOUNT RAINIER. W. H., 1987, Spatially varying pattern of Berg, A. W., 1989, Formation of Mima Crandell, D. R.; Meier, M. F.; Mullineaux, crustal strain near the Mendocino triple mounds-A seismic hypothesis.• D.R., 1965, Day 3--September 8, Para­ junction, California (abstract). Cox, G. W., 1990, Comment and reply on dise Park, Mount Rainier National Park. Caress, D. W., 1989, Some aspects of the "Formation of Mima mounds-A seis­ Driedger, C. L., 1988, Geology in action­ structure and evolution of oceanic mic hypothesis"; Comment. Jokulhlaups on Mount Rainier. spreading centers. Hecht, Jeff, 1990, Earthquakes leave loose Driedger, C. L.; Fountain, A.G., 1989, Gla­ Carver, G. A.; Burke, R. M.; Kelsey, H. M., material all shook up. cier outburst floods at Mount Rainier, 1986, Late Quaternary tectonics of Saucier, R. T., 1991, Comment and reply on Washington State, U.S.A. coastal California north of the Mendo­ "Formation of Mima mounds-A seis­ Frank, D. G., 1986, Hydrothermal processes cino triple junction (abstract). mic hypothesis"; Comment. at Mount Rainier, Washington [ab­ Knapp, J. S., Jr., 1976, Velocity changes Science News, 1990, Mysterious Mima stract]. associated with the Ferndale earth­ mounds--Seismic source?. Jonientz-Trisler, Chris; Driedger, C. L., quake. Washburn, A. L., 1988, Mima mounds-An 1990, Seismic evidence of historic de­ Knapp, J. S., Jr., 1982, Seismicity, crustal evaluation of proposed origins with spe­ bris flows and dry-season floods on structure, and tectonics near the north­ cial reference to the Puget Lowland. Mount Rainier, Washington, 1961-1990 ern termination of the San Andreas fault. [abstract]. Lajoie, K. R., 1986, Rapid tectonic uplift MOUNT ADAMS Jonientz-Trisler, Chris; Driedger, C. L.; near the Mendocino triple junction re­ Hildreth, Wes, 1990, VolcanoesofWashing­ Qamar, A. I., 1990, Seismic signatures corded by emergent marine strandlines ton-Adams, Washington. of debris flows on Mt. Rainier, Wa. (ab­ (abstract). Hildreth, Wes; Fientein, Judy, 1989, Pre­ stract]. Merritu, Dorothy, 1986, Late Quaternary liminary geologic map of the Mount Jonientz-Trisler, Chris; Qamar, A. I., 1989, tectonism in coastal northern Califor­ Adams volcanic field, Cascade Range of Debris flow seismograms from Mt. nia-A geomorphic approach (abstract). southern Washington [abstract). Rainier and Mt. Adams (abstract]. Moore, G. W., 1970, Sea-floor spreading at Jonientz-Trisler, Chris; Qamar, A. L, 1989, Malone, S. D.; Qamar, A. I.; Jonientz­ the junction between Gorda Rise and Debris flow seismograms from Mt. Trisler, Chris, 1991, Recent seismicity Mendocino Ridge. Rainier and Mt. Adams (abstract). studies at Mount Rainier, Washington Niazi, Mansour; Karageorgi, Eleni, 1986, [abstract].• 3-D structure of the crust near Mendo­ MOUNT BAKER Hickson, C. J., 1990, Can it happen here? A Nelson, Jack, 1989, On the jokulhlaup trail, cino triple junction from teleseismic P­ Mount Rainier. delays (abstract). major volcanic eruption could occur in the Canadian Cordillera-It might sig­ Norris, R. D., 1990, Seismograms from the Rea, D. K.; Heath, G. R., 1983, Oceanogra­ 16 August 1989 rockfall from Russell phy and geology of Pacific low-level nificantly affect our environmenL Wood, C. A., 1990, Volcanoes of Washing­ Cliff, Mount Rainier (abstract]. waste disposal study area W-N (ab­ Pringle, P. T., 1990, Hazards from volcanic stract). ton-Baker, Washington. debris flows in the Puyallup Valley, west Rea, D. K.; Ness, G. E.; Heath, G. R.; MOUNT HOOD of Mount Rainier, Washington (ab­ Lopez, C.; Pisias, N. G., 1983, Tectonic Cameron, K. A.; Pringle, P. T., 1987, A stract]. implications of recent geological and detailed chronology of the most recent Pringle, P. T., 1990, Volcanoes of Washing­ geophysical field investigations of the major eruptive period at Mount Hood, ton-Rainier, Washington. Pacific low-level waste disposal study Oregon. area-Offshore northern California (ab­ Scott, K. M., 1990, Volcanic flood hazards Crampin, Stuart; McGonigle, Rohen; Ando, stract). for Mount Rainier in Washington. Masataka, 1986, Extensive-dilatancy Thompson, K. I.; Qamar, A. L, 1989, The Wtlson, D. S., 1986, Deformation of the anisotropy beneath Mount Hood, Ore­ Juan de Fuca plate near the Mendocino seismicity of Mount Rainier, Washing­ gon and the effect of aspect ratio on ton [abstract]. triple junction [abstract). seismic velocities through aligned Walder, Joseph, 1990, Glacial outburst MESOZOIC cracks. floods at Mount Rainier. Green, S. M.; Weaver, C. S.; Iyer, H. M., Ave Lallemant, H. G.; Oldow, J. S., 1988, MOUNT ST. HELENS Early Mesozoic southward migration of 1979, Seismic studies at the ML Hood Cordilleran transpreuional terranes. volcano, northern Cascade Range, Ore­ [GENERAL WORKS] Bilodeau, W. L., 1988, Sedimentation and gon. Note: Includes materials, whether basin evolution along the Mesozoic mar­ Leaver, D.S., 1984, Mixed stochastic and scientific or popular, which are gin of western North America (abstract). deterministic modeling of the crustal overall descriptions of Mount St. Helens. Brown, E. H.; Talbot,J. L., 1989, Late Mes­ structure in the vicinity of Mt. Hood, ozoic kinematic history of the North Ore. [abstract]. Frenzen, P. M.; Crisafulli, C. M., 1990, Cascades, Washington, and southern Rite, Alan; Iyer, H. M., 1981,July 1980Mt. Mount SL Helens ten yean later-Past Coast Mountains, British Columbia [ab­ Hood earthquake swarm. le11ons and future promise. stract). Rite, Alan; Iyer, H. M.; Rojas, V., 1980, July Holden, J.C., 1980, A shifting Earth, a fiery Miller, R. 8., 1989, The Mesozoic Rimrock 1980 Mount Hood earthquake swarm mountain. Lake inlier, southern Washington Cas­ [abstract]. Pringle, P. T., 1990, Mount St. Helens-A cades-Implications for the basement to Westhusing, J. K., 1974, Reconnaissance ten-year summary. the Columbia EmbaymenL surveys of near-event seismic activity in Pringle, P. T., 1990, Mount St. Helens­ Rubin, C. M.; Saleeby, J. 8.; Cowan, D. S.; the volcanoes of the Cascade Range, New link to the past for volcanic stratig­ McGroder, M. F.; Brandon, M. T., 1988, Oregon. raphy. Late Mesozoic compressional tecton­ MOUNT MAZAMA Swanson, D. A., 1990, Volcanoes of Wash­ ism-Development of a west-vergent ington--St. Helens, Washington. Bacon, C.R.; Lanphere, M.A.; O'Neil, J. T'tlling, R. L; Topinka, L. J.; Swanson, D. thrust system in the northwestern Cor­ R., 1989, Strontium and oxygen isotopes dillera [abstract]. A., 1984, rev. 1990, Eruptions of Mount in volcanic rocks near Crater Lake, Ore­ St. Helens-Past, present, and future. Middle Valley, 1ee JUAN DE FUCA gon, and their bearing on arc magma­ RIDGE - MIDDLE VALLEY tism. INDEX MOUNT ST. HELENS - ENGINEERING GEOLOGY 183

MOUNT ST. HELENS - AREAL Mount St. Helens - Disaster planning, Malone, S. D., 1990, Mount St. Helens, the GEOLOGY 11ee 1980 re-awakening and continuing seis­ Burk, R. L.; Moser, K. R.; McCreath, MOUNT ST. HELENS - mic activity.• Dougal; Norrish, N. I.; Plum, R. L., EMERGENCY RESPONSE Miyamachi, Hiroki; Malone, S. D., 1989, 1989, Engineering geology of a ponion MOUNT ST. HELENS - PLANNING, Relocation of eanhquakes at Mount St. of the Spirit Lake Memorial Highway. POLICY, AND GEOLOGIC Helens using a three-dimensional veloc­ ity model (abstract]. Doukas, M. P., 1990, Road guide to volcan­ HAZARDS Moran, S. C.; Malone, S. D., 1990, Focal ic deposits of Mount St. Helens and vi­ Mount St. Helens - Dome, 11ee cinity, Washington. MOUNT ST. HELENS - CRATER mechanism solutions from recent eanh­ Glicken, Harry; Meyer, William; Sabol, M. AND DOME quakes in the deeper magmatic system at A., 1989, Geology and ground-water hy­ Mt. St. Helens (abstract]. drology of Spirit Lake blockage, Mount MOUNT ST. HELENS - EARTH Moran, S. C.; Malone, S. D., 1990, Pre- St. Helens, Washington, with im­ TIDES 1980 seismicity at Mt. St. Helens-Is plications for lake retention. Christman, R. A., 1990, Was Mount St. Hel- the past the key to the present? (ab­ stract]. Waitt, R. B.; Hoblitt, R. P.; Criswell, C. W.; ens moonstruck? Scou, K. M.; Glicken, Harry; Brantley, Moran, S. C.; Malone, S. D., 1990, Recent MOUNT ST. HELENS micro-seismic activity at Mt. St. Helens S. R., 1989, Excunion 2A-Recent vol­ EARTHQUAKES AND caniclastic deposits and processes at and its implications for the evolution of Mount St. Helens volcano, Washington. SEISMOLOGY the deeper magmatic system (abstract]. Barker, S. E., 1988, Magma body geometry Murray, Thomas; Endo, E.T., 1987, Real­ MOUNT ST. HELENS - at Mount St. Helens inferred from the time seismic-amplitude measurement BIBLIOGRAPHY stress field associated with post-erup­ (RSAM)-A volcano-monitoring tool Manson, C. J.; Messick, C. H.; Sinnott, G. tive eanhquakes. (abstract). M., 1987, Mount St. Helens-A bibliog­ Barker, S. E.; Malone, S. D., 1991, Mag­ Neri, G.; Malone, S. D., 1989, An analysis raphy of geoscience literature, 1882- matic system geometry at Mount St. of the eanhquake time series at Mount 1986. Helens modeled from the stress field as­ St. Helens, in the framework of recent MOUNT ST. HELENS - BLAST sociated with posteruptive eanhquakes. volcanic activity. AND BLAST DEPOSITS Barquero, Rafael, 1988, Premonitory seis­ Norris, R. D., 1991, Seismic observations mic phenomena at volcanoes-The case of rock and debris falls at Mount St. Fisher, R. V., 1990, Transpon and deposi­ of Izu-Oshima, Sakurajima, Asama, St. Helens, Washington [abstract]. tion of a pyroclastic surge across an area Helens, Usu and Arenal volcanoes. Nowack, R. L., 198S, Wave propagation in of high relief-The 18 May 1980 erup­ Burger, R. W., 1984, So.urce mechanism of laterally varying media and iterative in­ tion of Mount St. Helens, Washington. the May 18, 1980 St. Helens eruption version for velocity. McEwen, A. S.; Malin, M. C., 1989, Dy­ from regional surface waves. Person, W.J., 1981, Eanhquakes,May-June namics of Mount St. Helens' 1980 pyro­ Eissler, H. K., 1986, Investigations of eanh­ 1981. clutic flows, rockalide-avalanche, quakes and other seismic sources in re­ Pringle, P. T., 1990, Seismicity at Mount St. lahan, and blast. gions of volcanism. Helens, 1989 to mid-1990. MOUNT ST. HELENS - Endo, E.T.; Dzurisin, Daniel, 1988, Recent Voight, Barry; Cornelius, R. R., 1991, Pros­ CRATER AND DOME Mount St. Helens seismicity-A de­ pects for eruption prediction in near Chadwick, W.W., Jr., 1988, Ground defor­ scription using Minakami's definitions real-time. of volcanic eanhquake types. mation precursory to extrusions at Weaver, C. S., 1982, Tectonic influence on Mount St. Helens, 1981-1982-Tec­ Endo, E. T.; Weaver, C. S.; Malone, S. D.; 1980 activity (abstract]. tonic analogues and mechanical model­ Noson, L. L.; Gn, W. C., 1981, Seismic Weaver, C. S.; Norris, R. D.; Jonientz­ ing.• studies (abstract]. Trisler, Chris, 1990, Results of seismo­ Chadwick, W. W., Jr.; Swanson, D. A., Ferrick, M. G.; Qamar, A. I.; St. Lawrence, logical monitoring in the Cascade 1989, Thrust faults and related struc­ W. F., 1982, Source mechanism of vol­ Range, 1962-1989-Eanhquakes, erup­ tures in the crater floor of Mount St. canic tremor. tions, avalanches and other curiosities. Helens volcano, Washington. Got,J. L.; Fremont, M.J.; Frechet,J., 1986, Doublets de seismes volcaniques du MOUNT ST. HELENS - Denlinger, R. P.; Dzurisin, Daniel, 1989, EMERGENCY RESPONSE Changes in the magnetic anomaly and Kilauea et du Mont St Helens (abstract]. Note: Describes plans or actions to thermal structure of Mount St. Helens Jonientz-Trisler, Chris; Myers, Bobbie; deal with potential or existant lava dome, Washington (abstract]. Power, John, 1991, Seismic identifica­ problems from eruption activity. Dzurisin, Daniel; Denlinger, R. P.; tion of gas-and-ash explosions at Mount see also MOUNT ST. HELENS - Rosenbaum, J. G., 1990, Cooling rate Saint Helens--Capabilities, limitations, PLANNING POLICY, AND and thermal structure determined from and regional application. (abstract]. GEOLOGIC HAZARDS progressive magnetization of the dacite Kawakatsu, Hitoshi, 1989, Centroid single dome at Mount St. Helens, Washington. force inversion of seismic waves gener­ Myers, Bobbie; Theisen, G. J., 1991, Vol­ canic-event notification at Mount St. Major, J. J.; Pringle, P. T., 1986, Rockfall­ ated by landslides. Helens (abstract]. avalanches from the Mount St. Helens Lees, J. M., 1990, Comparison of local Punongbayan, R. S.; Tilling, R. 1989, dome, March, 1984 (abstract]. tomographic P-wave velocity variations I., Some recent case histories. Mellon, R. A.; Waitt, R. B.; Swanson, D. in California and Washington--Can we A., 1988, Generation of pyroclastic image fault asperities? (abstract). MOUNT ST. HELENS - flows and surges by hot-rock avalanches Lees, J.M.; Crosson, R. S., 1989, Tomo­ ENGINEERING GEOLOGY graphic inversion for three-dimensional from the dome of Mount St. Helens vol­ Burk, R. L.; Moser, K. R.; McCreath, cano, U.S.A .. velocity structure at Mount St. Helens using eanhquake data. Dougal; Norrish, N. I.; Plum, R. L., 1989, Engineering geology of a portion Main, I. G., 1987, A characteristic eanh­ of the Spirit Lake Memorial Highway. quake model of the seismicity preceding the eruption of Mount St. Helens on 18 May 1980. l 184 MOUNT ST. HELENS - ERUPTION PREDICTION OPEN FILE REPORT 92-2

Flanagan, R. P., 1987, Mount St. Helens, Forecasts and predictions of eruptive ac­ Johnston, M. J. S.; Mueller, R.J.; Myren, G. Washington, Corps of Engineers activi­ tivity at Mount St. Helens, USA-197S- D., 1988, Ttlt, strain, and magnetic field ties. 1984. measurements. Fread, D. L, 198S, Dam breach erosion Tilling, R. I., 1989, Volcanic hazards and MOUNT ST. HELENS - modeling. their mitigation-Progress and prob­ GEOPHYSICS - GRAVITY Glicken, Harry; Meyer, William; Sabol, M. lems. A., 1989, Geology and ground-water hy­ Voight, Barry; Cornelius, R.R., 1991, Pros­ SURVEYS drology of Spirit Lake blockage, Mount pects for eruption prediction in near Finn, Carol, 1988, Structure of the Wash­ St. Helens, Washington, with im­ real-time. ington convergent margin, implications plications for lake retention. for other subduction zones and for con­ MOUNT ST. HELENS - tinental growth processes. Lasmanis, Raymond, 1990, Mount St. Hel­ GEOCHRONOLOGY ens sediment retention strUcture. MOUNT ST. HELENS - McCracken, Bruce, 1989, Storing sediment Yamaguchi, D. K.; Boblitt, R. P.; Lawrence, D. B., 1990, A new tree-ring date for the GEOPHYSICS - MAGNETIC and freeing fish. SURVEYS Meyer, D. F., 1990, Effects of the release "floating island" lava flow, Mount St. from Spirit Lake on South Fork Coldwa­ Helens, Washington. Davis, P. M.; Dvorak, J. J.; Johnston, M. J. S.; Dzurisin, Daniel, 1989, Electric and ter Valley. Mount St. Helens - Geologic hazards, magnetic field measurements on Mount Meyer, William; Sabol, M. A., 1989, Hy­ 81111 St. Helens volcano at times of eruptions drology of the Castle Lake blockage, MOUNT ST. HELENS - 1980-198S. Mount St. Helens, Washington. EARTHQUAKES AND Denlinger, R. P.; Dzurisin, Daniel, 1989, Meyer, William; Sabol, M. A.; Schuster, R. SEISMOLOGY Changes in the magnetic anomaly and 1989, Landslide dammed lakes at L., MOUNT ST. HELENS - thermal structure of Mount SL Helens Mount St. Helens, Washington. EMERGENCY RESPONSE lava dome, Washington [abstract]. Sager, J. W.; Budai, C. M., 1989, Geology MOUNT ST. HELENS - Dzurisin, Daniel; Denlinger, R. P.; Rosen­ and construction of the Spirit Lake out­ ENGINEERING GEOLOGY baum, J. G., 1990, Cooling rate and ther­ let tunnel, Mount St. Helens, Washing­ MOUNT ST. HELENS - ERUPTION mal strUcture determined from progres­ ton. PREDICTION sive magnetization of the dacite dome at Schuster, R. L., 1989, Engineering geologic· MOUNT ST. HELENS - MASS Mount St. Helens, Washington. effects of the 1980 eruptions of Mount MOVEMENTS Finn, Carol, 1988, Structure of the Wash­ St. Helens. MOUNT ST. HELENS - PLANNING, ington convergent margin, implications U.S. Army Corps of Engineers, 1989, POLICY, AND GEOLOGIC for other subduction zones and for con­ Mount St. Helens protective works­ HAZARDS tinental growth processes. Mount St. Helens, Washington--Castle Johnston, M. J. S., 1987, Tectonomagnetism Lake monitoring plan. MOUNT ST. HELENS GEOMORPHOLOGY and tectonoelectricity. MOUNT ST. HELENS - Johnston, M. J. S., 1989, Review of mag­ 81111 also ERUPTION PREDICTION netic and electric field effects near ac­ MOUNT ST. HELENS - MASS tive faults and volcanoes in the U.S.A .. Barquero, Rafael, 1988, Premonitory seis- MOVEMENTS mic phenomena at volcanoes-The case Johnston, M. J. S.; Mueller, R. J .; Myren, G. MOUNT ST. HELENS - RIVER D., 1988, Ttlt, strain, and magnetic field of Izu-Oshima, Sakurajima, Asama, St. MORPHOLOGY Helens, Usu and Arenal volcanoes. measurements. Hadley, Richard, 1988, Erosion and sedi­ Chadwick, W.W., Jr., 1988, Ground defor­ Mueller, R. J.; Johnston, M. J. S., 1989, ment transport resulting from volcanic Large-scale magnetic field perturbation mation precursory to extrusions at eruptions (report]. Mount St. Helens, 1981-1982-Tec­ arising from the 18 May 1980 eruption Paine, A. D. M., 1984, Canyon and terrace from Mount St. Helens, Washington. tonic analogues and mechanical model­ formation near Mount St. Helens, Wash­ ing.• ington. MOUNT ST. HELENS - Coombs, C. R.; Wood, C. A., 1990, The GEOPHYSICS - THERMAL calm before the storm-Precursors to MOUNT ST. HELENS - SURVEYS volcanic eruptions (abstract]. GEOPHYSICS - ELECTRICAL Friedman, J. D.; Realmuto, V. J.; Frank, D. Cornelius, R. R.; Voight, Barry, 1990, Fea­ SURVEYS G., 1991, Comparison of thermal fea­ sibility of material failure approach to Davis, P. M.; Dvorak, J. J.; Johnston, M. J. tures of Cordilleran volcanoes using air­ eruption prediction for Mount St. Hel­ S.; Dzurisin, Daniel, 1989, Electric and borne sensing systems, with special ref­ ens, 198S and 1986 (abstract]. magnetic field measurements on Mount erence to Mount SL Helens, WA ( ab­ Decker, R. W., 1989, Dynamics of magma St. Helens volcano at times of eruptions stract].• ascent and eruption at Kiluaea (sic] ver­ 1980-198S. sus Mount St. Helens volcanoes (ab­ Johnston, M. J. S., 1989, Review of mag­ MOUNT ST. HELENS - stract]. netic and electric field effects near ac­ GLACIER AND SNOW Murray, Thomas; Endo, E. T., 1987, Real­ tive faults and volcanoes in the U.S.A .. SURVEYS time seismic-amplitude measurement Waitt, R. B.; Kamata, Hiroki; Denlinger, R. (RSAM)-A volcano-monitoring tool MOUNT ST. HELENS - GEOPHYSICS - GEODESY P., 1989, Rapid mobilization of winter­ (abstract]. spring snowpack during eruptions at Pallister, J. S.; Boblitt, R. P.; Crandell, D. AND GEODETIC SURVEYS Mount St. Helens volcano in 1980-1986 R.; Mullineaux, D.R., 1990, Mount St. Chadwick, W.W., Jr., 1988, Ground defor- and at Augustine volcano in 1986 (ab­ Helens a decade after the 1980 erup­ mation precursory to extrusions at stract). tions-Chemical cycles, magmatic Mount St. Helens, 1981-1982-Tec­ models, and a revised hazards assess­ tonic analogues and mechanical model­ MOUNT ST. HELENS - ment (abstract). ing.• GUIDEBOOKS Swanson, D. A.; Casadevall, T. J.; Dzurisin, Ewert, J. W., 1989, A trigonometric method Doukas, M. P., 1990, Road guide to volcan­ Daniel; Holcomb, R. T.; Newhall, C. G.; for measuring ground tilt on composite ic deposits of Mount St. Helens and vi­ Malone, S. D.; Weaver, C. S., 198S, volcanoes (abstract). cinity, Washington. INDEX MOUNT ST. HELENS - PLANNING 185

Waitt, R. B.; Hoblitt, R. P.; Criswell, C. W.; the north flank of Mount St. Helens vol­ 1980 eruption of Mount St. Helens, Scott, K. M.; Glicken, Harry; Brantley, cano, Washington.• USA. S. R., 1989, Excunion 2A-Recent vol­ Ivenon, R. M., 1990, Mass-movement dy­ Brown, B. J., 1987, Sediment transport in caniclastic deposits and processes at namics-Interaction with ground water hyperconcentrated flows in sand-bed Mount St. Helens volcano, Washington. and streams. streams of volcanic origin.• MOUNT ST. HELENS - Kawakatsu, Hitoshi, 1989, Centroid single Cameron, K. A.; Pringle, P. T., 1990, Ava­ MAGMA AND THE MAGMA force inversion of seismic waves gener­ lanche-generated debris flow of 9 May 1986, at Mount SL Helens, Washington. CHAMBER ated by landslides. Major, J. J.; Pringle, P. T., 1986, Rockfall­ Hansen, R. P., 1989, Simulation of debris Barker, S. E., 1988, Magma body geometry avalanches from the Mount St. Helens flows using the hydraux model. at Mount SL Helens inferred from the dome, March, 1984 [abstract]. Lang, T. E.; Dent, J. D., 1987, Kinematic stress field associated with post-erup­ McEwen, A. S.; Malin, M. C., 1989, Dy­ properties of mudflows on Mt. St. Hel­ tive earthquakes. namics of Mount St. Helens' 1980 pyro­ ens.• Barker, S. E.; Malone, S. D., 1991, Mag­ clastic flows, rockslide-avalanche, Major, J. J.; Scott, K. M., 1988, Volcan­ matic system geometry at Mount St. lahars, and blasL iclastic sedimentation in the Lewis Helens modeled from the stress field as­ Mellon, R. A.; Waitt, R. B.; Swanson, D. River valley, Mount St. Helens, Wash­ sociated with posteruptive earthquakes. A., 1988, Generation of pyroclastic ington-Processes, extent, and hazards. Decker, R. W., 1989, Dynamics of magma flows and surges by hot-rock avalanches Packard, F. A., 1990, Influence of sediment ascent and eruption at Kiluaea [sic] ver­ from the dome of Mount St. Helens vol­ from the 1980 Mount St. Helens sus Mount St. Helens volcanoes [ab­ cano, U.S.A .. mudflows on the ground-water system stract]. Meyer, William; Sabol, M. A.; Schuster, R. in the lower Cowlitz River valley, Wash­ Hausback, B. P.; Swanson, D. A., 1989, L., 1989, Landslide dammed lakes at ington. Structure and avalanche history of the Mount St. Helens, Washington. Pienon; T. C., 1990, Mudflow/debris flow north flank of Mount St. Helens, Wash­ Norem, Harald; Locat, Jacques, 1990, An rheology and initiation. ington [abstract].• approach to rock avalanches dynamics Pringle, P. T.; Cameron, K. A., 1986, Lahar Moran, S. C.; Malone, S. D., 1990, Recent [abstract]. and lahar-runout flow of May 14, 1984 micro-seismic activity at Mt. St. Helens Norris, R. D., 1991, Seismic observations at Mount St. Helens [abstract]. and its implications for the evolution of of rock and debris falls at Mount St. Pringle, P. T.; Cameron, K. A., 1987, Fac­ the deeper magmatic system [abstract]. Helens, Washington [abstract]. tors affecting the magnitude of May MOUNT ST. HELENS - MAPS - Pienon, T. C.; Janda, R. J., 1990, A pre­ 1984 and May 1986 lahan at Mount St. GEOLOGIC viously unrecognized type of proxintal Helens, Washington [abstract]. Glicken, Harry; Meyer, William; Sabol, M. pyroclastic deposit at snow-and ice-cov­ Scott, K. M., 1988, Origin, behavior, and A., 1989, Geology and ground-water hy­ ered volcanoes [abstract]. sedimentology of prehistoric cata­ drology of Spirit Lake blockage, Mount Siebert, Lee; Glicken, Harry; Ui, Tadahide, strophic lahars at Mount St. Helens, St. Helens, Washington, with im­ 1990, Large volcanic debris ava­ Washington. plications for lake retention. lanches-A 10-yearpost-Mount St. Hel­ Scott, K. M., 1988, Origins, behavior, and Kuntz, M. A.; Rowley, P. D.; MacLeod, N. ens perspective [abstract]. 1edimentology of lahars and lahar-run­ S., 1990, Geologic maps of pyroclastic­ Skermer, N. A.; Voight, Barry; Janda, R. J.; out flows in the Toutle-Cowlitz River flow and related deposits of the 1980 Glicken, Harry; Douglass, P. M., 1983, system. eruptions of Mount St. Helens, Washing­ Nature and mechanics of the Mount St. Scott, K. M., 1989, Magnitude and fre­ ton. Helens rockslide-avalanche of 18 May quency oflahan and lahar-runout flows 1980; Discussion and reply. in the Toutle-Cowlitz River system. MOUNT ST. HELENS - MASS Voight, Barry, 1989, Mount St. Helens rock­ Scott, K. M., 1990, Sedimentology oflahars MOVEMENTS - AVALANCHES slide-avalanche of May 18, 1980-Mit­ at Mount St. Helens. AND LANDSLIDES igation, prediction, and engineering ef­ Smith, G. A.; Fritz, W. J., 1989, Penrose Rissler, H. K., 1986, Investigations of earth­ fects [abstract]. Conference report-Volcanic influences quakes and other seismic sources in re­ Voight, Barry; Sousa, James, 1990, Compu­ on terrestrial sedimentation. gions of volcanism. tational fluid dynamic modeling of vol­ Weaver, C. S.; Norris, R. D.; Jonientz­ Glicken, Harry, 1987, Rockslide-debris av­ canic avalanches at Ontake, Japan, and Trisler, Chris, 1990, Results of seismo­ alanche of May 18, 1980, Mount St. Hel­ Mount St. Helens, USA [abstract]. logical monitoring in the Cascade ens volcano, Washington [abstract]. Waitt, R. B.; Kamata, Hiroki; Denlinger, R. Range, 1962-1989-Earthquakes, erup­ Glicken, Harry, 1990, The rockslide-debris P., 1989, Rapid mobilization of winter­ tions, avalanches and other curiosities. avalanche of the May 18, 1980, eruption spring snowpack during eruptions at Mount St. Helens volcano in 1980-1986 MOUNT ST. HELENS - of Mount St. Helens-10th anniversary PLANNING, POLICY, AND perspectives.• and at Augustine volcano in 1986 [ab­ Glicken, Harry, 1991, Sedimentary archi­ stract]. GEOLOGIC HAZARDS tecture of large volcanic-debris ava­ MOUNT ST. HELENS - MASS 11ee a/110 MOUNT ST. HELENS - EMERGENCY RESPONSE lanches. MOVEMENTS - LAHARS AND Hickson, C. J., 1991, Holocene volcanism Glicken, Harry; Komorowski, J.-C.; Sheri­ MUDFLOWS dan, M. F., 1989, Particle-particle inter­ in the Canadian Cordillera [abstract]. action in the Mount St. Helens debris Bradley, J. B., 1987, Hydraulics and trans­ Miller, C. D., 1990, Volcanic hazards in the port at high fine sediment loads. avalanche-Scanning electron micro­ Pacific Northwest. scope approach [abstract]. Bradley, J. B., 1989, Kinematic properties Pallister, J. S.; Hoblitt, R. P.; Crandell, D. of mudflows on ML St. Helens-Discus­ Hausback, B. P.; Swanson, D. A., 1989, R.; Mullineaux, D.R., 1990, Mount St. Structure and avalanche history of the sion. Helens a decade after the 1980 erup­ north flank of Mount St. Helens, Wash­ Brantley, S. R.; Waitt, R. B., 1988, Interre­ tions-Chemical cycles, magmatic ington [abstract].* lations among pyroclastic surge, pyro­ models, and a revised hazards a11e11- clastic flow, and lahan in Smith Creek Hausback, B. P.; Swanson, D. A., 1990, Re­ ment [abstract]. valley during fint minutes of 18 May cord of prehistoric debris avalanches on 186 MOUNT ST. HELENS - PYROCLASTIC FLOWS AND DEPOSITS OPEN FILE REPORT 92-2

Perry, R. W.; Lindell, M. K., 1990, Living MOUNT ST. HELENS - NANAIMO GROUP with Mount SL Helens-Human adjust­ STREAM SEDIMENTS England, T. D. J., 1988, Stratigraphy and ment to volcano hazards. see also MOUNT ST. HELENS - structure of the Nanaimo Basin, south­ Peterson, D. W., 1990, Overview of the ef­ MASS MOVEMENTS - LAHARS western British Columbia [abstract]. fects and influence of the activity of AND MUDFLOWS England, T. D. J., 1989, Lithostratigraphy Mount St. Helens in the 1980s. Bradley, J.B., 1987, Hydraulics and trans­ of the Nanaimo Group, Georgia Basin, Pringle, P. T., 1990, Mount St. Helens­ port at high fine sediment loads. southwestern British Columbia. New link to the past for volcanic stratig­ Brown, B. J., 1987, Sediment transport in England, T. D. J.; Hiscott, R. N., 1991, raphy. hyperconcentrated flows in sand-bed Upper Nanaimo Group and younger Tilling, R. I., 1989, Volcanic hazards and streams of volcanic origin.• strata, outer Gulf Islands, southwestern their mitigation-Progress and prob­ Lasmanis, Raymond, 1990, Mount St. Hel­ British Columbia. lems. ens sediment retention structure. Haggart, J. W., 1991, A new a11e11ment of U.S. Army Corps of Engineers, 1989, McCracken, Bruce, 1989, Storing sediment the age of the basal Nanaimo Group, Mount St. Helens protective works­ and ,freeing fish. Gulf Islands, British Columbia. Mount St. Helens, Washington--Castle Lake monitoring plan. Meyer, D. F., 1990, Effects of the release NEOGENE from Spirit Lake on South Fork Coldwa­ Voight, Barry, 1989, Mount St. Helens rock­ Sherrod, D.R.; Pickthorn, L.B. G., 1989, ter Valley. slide-avalanche of May 18, 1980-Mit­ Some notes on the Neogene structural igation, prediction, and engineering ef­ Packard, F. A., 1990, Influence of sediment evolution of the Cascade Range in Ore­ fects (abstract]. from the 1980 Mount St. Helens gon. mudflows on the ground-water system MOUNT ST. HELENS - in the lower Cowlitz River valley, Wash­ Nestucca Bay, see OREGON - PYROCLASTIC FLOWS AND ington. NESTUCCA BAY DEPOSITS MOUNT ST. HELENS - Netarts Bay, Oregon, see OREGON - Brantley, S. R.; Wain, R. B., 1988, Interre­ STRUCTURAL GEOLOGY NETARTS BAY lations among pyroclastic surge, pyro­ Chadwick, W. W., Jr., 1988, Ground defor- NEWBERRY VOLCANO (Oregon) clastic flow, and lahars in Smith Creek mation precursory to extrusions at valley during first minutes of 18 May Achauer, Ulrich; Evans, J. R.; Stauber, D. Mount St. Helens, 1981-1982-Tec­ 1980 eruption of Mount St. Helens, A., 1988, High-resolution seismic tonic analogues and mechanical model­ USA. tomography of compressional wave ve­ ing.• locity structure at Newberry Volcano, Fisher, R. V., 1990, Transport and deposi­ Chadwick, W. W., Jr.; Swanson, D. A., Oregon Cascade Range. tion of a pyroclastic surge across an area 1989, Thrust faults and related struc­ Catchings, R. D.; Mooney, W. D., 1988, of high relief-The 18 May 1980 erup­ tures in the crater floor of Mount St. Crustal structure of east central Ore­ tion of Mount St. Helens, Washington. Helens volcano, Washington. gon-Relation between Newberry Vol­ Kuntz, M. A.; Rowley, P. D.; MacLeod, N. Finn, Carol, 1988, Structure of the Wash­ cano and regional crustal structure. S., 1990, Geologic maps of pyroclastic­ ington convergent margin, implications Fiuerman, D. V.; Stanley, W. D.; Bisdorf, R. flow and related deposits of the 1980 for other subduction zones and for con­ J., 1988, Electrical structure of New­ eruptions of Mount St. Helens, Washing· tinental growth processes. berry Volcano, Oregon. ton. Hausback, B. P.; Swanson, D. A., 1989, McEwen, A. S.; Malin, M. C., 1989, Dy­ Gellings, M. E.; Griscom, Andrew, 1988, Structure and avalanche history of the namics of Mount St. Helens' 1980 pyro­ Gravity model studies of Newberry Vol­ north flank of Mount St. Helens, Wash­ cano, Oregon. clastic flows, rockslide-avalanche, la­ ington [abstract].• hars, and blasL Stauber, D. A., 1984, Oregon seismic exper­ Johnston, M. J. S.; Mueller, R. J.; Myren, G. Mellors, R. A.; Waitt, R. B.; Swanson, D. iment. D., 1988, Tilt, strain, and magnetic field A., 1988, Generation of pyroclastic Stauber, D. A.; Berge, P.A., 1985, Compar­ measurements. flows and surges by hot-rock avalanches ison of the P-velocity structures of Mt. from the dome of Mount St. Helens vol­ Lees, J. M.; Crosson, R. S., 1989, Tomo­ Shasta, California, and Newberry Vol­ cano, U.S.A •. graphic inversion for three-dimensional cano, Oregon (abstract]. velocity structure at Mount St. Helens Janda, Stauber, D. A.; Green, S. M.; Iyer, H. M., Pierson, T. C.; R. J., 1990, A pre· using earthquake data. viously unrecognized type of proximal 1988, Three-dimensional P velocity Weaver, C. S., 1982, Tectonic influence on pyroclastic deposit at snow-and ice-cov­ structure of the crust below Newberry 1980 activity [abstract]. ered volcanoes (abstract]. Volcano, Oregon. MOUNT ST. HELENS - RIVER MOUNT ST. HELENS SEISMIC NOOTKA FAULT ZONE MORPHOLOGY ZONE Hyndman, R. D.; Herzer, R. H.; Riddi­ Weaver, C. S., 1991, Geothermal seismotec­ hough, R. P., 1978, The Nootka fault Meyer, D. F., 1990, Effects of the release tonic studies. zone-A new plate boundary off west­ from Spirit Lake on South Fork Coldwa­ ern Canada (abstract]. ter Valley. MOUNT SHASTA (California) Hyndman, R. D.; Riddihough, R. P.; Herzer, Meyer, D. F.; Martinson, H. A., 1989, Rates Stauber, D. A.; Berge, P. A., 1985, Compar­ R., 1979, TheNoodtafaultzone-Anew and processes of channel development ison of the P-velocity structures of Mt. plate boundary off western Canada. and recovery following the 1980 erup­ Shasta, California, and Newberry Vol­ tion of Mount St. Helens, Washington. cano, Oregon (abstract]. NORTH AMERICAN PLATE Paine, A. D. M., 1984, Canyon and terrace Municipal water systems, see Atwater, Tanya, 1989, Plate tectonic history formation near Mount St. Helens,'Wash­ of the northeast Pacific and western ENGINEERING GEOLOGY - ington. MUNICIPAL WATER SYSTEMS and North America. Mount St. Helens - Snow surveys, LIFELINES Heaton, T. H.; Kanamori, Hiroo, 1984, repr. see MOUNT ST. HELENS - 1988, Seismic potential a11ociated with GLACIER AND SNOW SURVEYS subduction in the northwestern United States. INDEX OLYMPIC MOUNTAINS AND OLYMPIC PENINSULA 187

Hyndman, R. D., 1987, A review of the U.S. Cordillera in north-central Wash­ Brandon, M. T.; Calderwood, A. R., 1990, present plate regime along the British ington based on COCORP data. High-pressure metamorphism and uplift Columbia and Washington margin [ab­ Sanford, W. E.; Potter, C. J.; Oliver, J.E., of the Olympic subduction complex.• stract]. 1988, Detailed three-dimensional struc­ Cady, W. M.; Tabor, R. W., 1972, Olympic Jurdy, D. M.; Stefanick, Michael, 1986, Er­ ture of the deep crust based on COCORP Peninsula in the light of plate tectonics rors in plate reconstruction [abstract]. data in the Cordilleran interior, north­ [abstract]. Pollitz, F. F., 1988, Episodic Nonh America central Washington. Calderone, G. J.; Butler, R. F., 1988, The and Pacific plate motions. Stoffel, K. L; Joseph, N. L.; Waggoner, S. effects of randomly directed noise on Riddihough, R. P.; Hyndman, R. D., 1989, Z.; Gulick, C. W.; Korosec, M. A.; Bun­ paleomagnetic directions [abstract]. Queen Charlotte Islands margin. ning, B. B., 1991, Geologic map of Calderwood, A. R.; Brandon, M. T., 1990, Spence, G. D.; Ellis, R. M.; Clowes, R. M., Washington-Northeast quadrant. Structure and tectonics of the Olympic 1982, VISP ID-Ray tracing and itera­ OLYMPIA, WASH. (Thurston Mountains subduction complex, Casca­ dia convergent margin [abstract]. tive inversion of traveltimes for struc­ Co.) ture across the Juan de Fuca/America Chiao, L.-Y.; Creager, K. C.; Boyd, T. M., plate margin [abstract]. Bodle, T. R., 1990, The relation of earth­ 1989, Membrane and bending strains as­ quake intensity to surface geology and Stock, Joann; Molnar, Peter, 1986, Quanti­ sociated with subduction of the Casca­ elevation in western Washington State.• fied uncertainties in the relative posi­ dia slab [abstract]. tions of the Pacific, Farallon, Kula, and Denby, G. M.; Bangash, A. A.; Brigham, J. Eckerlin, R. D., 1989, Dams of the Olympic North American plates in the Tertiary E.; Fragazsy, R. J., 1989, Field test to Peninsula-Introduction and geologic [abstract]. evaluate load transfer for soil anchors. setting. Fajfar, Peter; Vidic, Tomaz; Fischinger, Nuclear power-plants, Engebretson, D. C.; Warnock, A.; Burmes­ Matej, 1990, A measure of earthquake ter, R. F.; Kelley, K.; Beck, M. E., Jr., motion capacity to damage medium-pe­ 1988, Paleomagnetic results from the EARTHQUAKES AND NUCLEAR riod structures. Crescent Formation on the Olympic POWER-PLANTS King, K. W.; Tarr, A. C., 1989, Urban haz­ Peninsula, Washington-A progress re­ ENGINEERING GEOLOGY - ards seismic field investigations and the port [abstract]. NUCLEAR POWER-PLANT SITING study of the effects of site geology on Green, A. G.; Clowes, R. M.; Ellis, R. M., OKANOGAN CO., WASH. ground shaking.• 1990, Crustal studies across Vancouver Bazard, D. R.; Burmester, R. F.; Beck, M. King, K. W.; Tarr, A. C.; Carver, D. L; Island and adjacent offshore margin. E., Jr.; Granirer, J. L.; Schwarz, C. G., Wtlliams, R. A.; Worley, D. M., 1988, Kerr, R. A., 1991, Big squeeze points to a 1990, Paleomagnetism of the Methow Geophysical studies in suppon of seis­ big quake. region, north-central Washington­ mic hazards assessment of Seattle and Koler, T. E.; Neal, K. G., 1989, Chestershire Olympia, Washington. Structural application of paleomagnetic and Backdrop timber sales--Case histo­ data in a complexly deformed, variably King, K. W.; Tarr, A. C.; Carver, D. L; ries of the practice of engineering geol­ remagnetized terrane. Williams, R. A.; Worley, D. M., 1990, ogy in the Olympic National Forest. Geomatrix Consultants, Inc., 1989, Seismo­ Seismic ground-response studies in Lisowski, Michael; Savage, J.C.; Prescott, tectonic evaluation-Northwest Rocky Olympia, Washington, and vicinity. W. H.; Dragen, Herb, 1987, Strain accu­ Mountains-Okanogan Uplands geomor­ Liu, T.-K., 1980, A spectral density and re­ mulation across the Strait of Juan de phic province; Final repon. sponse spectra analysis of some earth­ Fuca and in the Olympic Mountains, Hanna, R. L.; Verosub, K. L., 1989, A re­ quake records. Washington [abstract]. view of lacustrine paleomagnetic re­ Tarr, A. C.; King, K. W., 1988, U.S. Geolog­ Lisowski, Michael; Savage, J.C.; Prescott, cords from western North America~- ical Survey begins seismic ground re­ W. H.; King, N. E., 1990, Crustal strain. 40,000 years BP. sponse experiments in Washington Monger, J. W. H., 1990, Regional structural Hopkins, W. N., 1987, Geology of the State. setting of Vancouver, British Columbia Newby Group and adjacent units in the Tinsley, J. C., 1988, Quaternary framework (abstract]. southern Methow trough, northeast Cas­ for earthquake studies, Los Angeles, Lisowski, Michael; Savage, J. C.; Prescott, cades, Washington. California. W. H.; King, N. E.; Svare, J. L, 1991, Hurlow, H. A., 1989, Polyphase kinematic OLYMPIC MOUNTAINS AND Crustal strain. history of the Pasayten fault in Washing· OLYMPIC PENINSULA Muhs, D. R.; Thorson, R. M.; Clague, J. J.; ton-Preliminary repon [abstract]. Applegate, J. D.R.; Brandon, M. T., 1989, Mathews, W. H.; McDowell, P. F.; Kriens, B. J., 1988, Tectonic evolution of An upper plate origin for basalt blocks Kelsey, H. M., 1987, Pacific Coast and the Ross Lake area, northwest Washing­ in the Cenozoic subduction complex of mountain system. ton-southwest British Columbia.• the Olympic Mountains, northwest Orange, D. L, 1990, Criteria helpful in rec­ Kriens, B. J.; Wernicke, B. P., 1990, Char· Washington State [abstract]. ognizing shear-zone and diapiric me­ acteristics of a continental margin mag· Babcock, R. S.; Engebretson, D. C., 1991, langes-Examples from the Hoh accre­ matic arc as a function of depth-The Kula-Farallon-Nonh America plate in­ tionary complex, Olympic Peninsula, Skagit-Methow crustal section. teractions and basalt extrusion in the Washington. McGroder, M. F., 1988, Structural evolu­ Oregon-Washington Coast Range [ab­ Paterson, S. R.; Brandon, M. T., 1990, The tion of the eastern Cascades foldbelt­ stract]. significance of strains a11ociated with Implications for late Mesozoic accre­ Boyer, S. E.; Lingley, W. S., Jr., 1991, cleavage development in the Olympic tionary tectonics in the Pacific North­ Structure and kinematics of the Olympic Mountains, Washington [abstract]. west.• subduction complex, NW Washington, Reneau, S. L.; Dietrich, W. E., 1990, Depo­ McGroder, M. F.; Miller, R. B., 1989, Geol­ and implications for mechanical models sitional history of hollows of steep hill­ ogy of the eastern North Cascades. of accretionary prisms [abstract]. slopes, coastal Oregon and Washington. Potter, C. J ., 1989, Structure of the northern Brandon, M. T., 1990, Exhumation of young Roden, M. K.; Brandon, M. T., 1990, Apa­ pan of the Okanogan Complex, north· metamorphic rocks in the Olympic sub­ tite fi11ion-track thermochronology of central Washington [abstract]. duction complex, NW Washington State the Olympic subduction complex, Wash-· Sanford, W. E., 1986, Detailed three-dimen­ [abstract). ington (abstract]. sional structure of the deep crust in the 188 OLYMPIC SUBDUCTION COMPLEX OPEN FILE REPORT 92-2

Savage, J. C.; Lisowski, Michael, 1991, Madin, I. P., 1989, Distribution of poten­ Blakely, R. J.; Wells, R. E., 1990, Cascade Strain measurements and the potential tially responsive Quaternary deposits in Range evolution-Constraints from for a great subduction earthquake off the Ponland. gravity and magnetic anomalies [ab­ coast of Washington. Miller, P. R., 1984, Mid Tertiary history of stract]. Savage, J.C.; Lisowski, Michael; Prescott, the Oregon western Cascades [abstract]. Cameron, K. A.; Pringle, P. T., 1987, A W. H., 1991, Strain accumulation in Palmer, L.A.; Redfern, Roger, 1973, Envi­ detailed chronology of the most recent western Washington. ronmental geology for planning of the major eruptive period at Mount Hood, Snavely, P. D., Jr.; Kvcnvoldcn, K. A., Marquam Hill area, Portland, Oregon. Oregon. 1989, Geology and hydrocarbon poten­ Schlicker, H. G.; Deacon, R. J.; Olcott, G. Carlson, R. W.; Han, W. K., 1990, West­ tial. W.; Beaulieu, J. D., 1973, Environmen­ ward migration of calc-allcalinc basaltic Snavely, P. D., Jr.; Kvcnvolden, K. A.; and tal geology of Lincoln County, Oregon. volcanism and the nature of the Cas­ othcn, 1989, Preliminary evaluation of Shon, N. M., 1987, Tcrrancs as terrains-A cade-Basin and Range boundary [ab­ the petroleum potential of the Tertiary gcomorphic study of the Klamath Moun­ stract]. accretionary tcrranc, west side of the tains [abstract]. Catchings, R. D.; Mooney, W. D., 1988, Olympic Peninsula, Washington. Snavely, P. D., Jr.; Wagner, H. C.; Lander, Crustal structure of cast central Ore­ Yorath, C. J.; Davis, E. E., 1988, Cenozoic D. L., 1984, Land-sea geologic cross gon-Relation between Newberry Vol­ accretion history of the Vancouver Is­ section of the southern Oregon conti­ cano and regional crustal structure. land continental margin (abstract]. nental margin (abstract]. Cotton, J. A.; Catchings, R. D., 1989, Data Yorath, C. J.; Ma11cy, N. W. D., 1989, Ter­ Yeats, R. S., 1990, A search for active faults repon for the 1983 U.S. Geological Sur­ tiary accretion history of the Vancouver in the Willamette Valley, Oregon.* vey cast-central Oregon seismic refrac­ Island continental margin (abstract]. Yeats, R. S.; Graven, E. P.; Werner, K. S., tion experiment. OLYMPIC SUBDUCTION 1989, Bedrock geologic map of the Couch, R. W.; Foote, R. W., 1985, The Shu­ Willamette Valley, Oregon [abstract]. leash and Lapine basins-Pleistocene COMPLEX depressions in the Cascade Range of Boyer, S. E.; Lingley, W. S., Jr., 1991, OREGON - BIBLIOGRAPHY central Oregon [abstract]. Structure and kinematics of the Olympic Manson, C. J., compiler, 1988, Seismic haz­ Crampin, Stuan; McGoniglc, Roben; Ando, subduction complex, NW Washington, ards of western Washington and selected Masatalca, 1986, Extcnsivc-dilatancy and implications for mechanical models adjacent areas-Bibliography and anisotropy beneath Mount Hood, Ore­ of accretionary prisms (abstract]. index, 1855-Junc 1988. • gon and the effect of aspect ratio on Calderwood, A. R., 1991, The uplift of sub­ OREGON - CASCADE RANGE seismic velocities through aligned duction complexes; Constraints from cracks. see also OREGON - NEWBERRY the Cascadia convergent margin (ab­ Curtis, J. H.; Jiracelc, G. R.; Stevens, J. L; stract].* VOLCANO Barker, Terry, 1987, Two-dimensional Achaucr, Ulrich; Evans, J. R.; Stauber, D. OLYMPIC-WALLOWA inverse modeling of land EMSLAB A., 1988, High-resolution seismic to­ magnctotclluric data [abstract]. LINEAMENT mography of compressional wave veloc­ Ferrick, M. G.; Qamar, A. I.; St. Lawrence, Hooper, P. R.; Conrey, R. M., 1989, The ity structure at Newberry Volcano, Ore­ W. F., 1982, Source mechanism of vol­ Olympic-Wallowa-lineament (OWL) as gon Cascade Range. canic tremor. a Basin and Range-related mcgashcar, Ahmad, Raisuddin, 1985, Eocene tectonics Fiucrman, D. V.; Ncev, D. K., 1985, Tran­ and its control of magmatism during the and sedimentation in southwest Oregon sient sounding investigation of New­ eruption of the Columbia River basalts and their relationship with the origin of berry Volcano, Oregon. (abstract]. Oregon Cascade volcanic arc. Fiucrman, D. V.; Stanley, W. D.; Bisdorf, R. Tabor, R. W., 1986, Changing concepts of Bacon, C. R., 1983, Eruptive history of geologic structure and the problem of J., 1988, Electrical structure of New­ Mount Mazama and Crater Lake cal­ berry Volcano, Oregon. siting nuclear reactors-Examples from dera, Cascade Range, U.S.A. Washington State. Gettings, M. E.; Griscom, Andrew, 1988, Bacon, C.R.; Lanphere, M.A.; O'Neil, J. Gravity model studies of Newberry Vol­ OREGON - AREAL GEOLOGY R., 1989, Strontium and oxygen isotopes cano, Oregon. in volcanic rocks near Crater Lake, Ore­ Ahmad, Raisuddin, 1985, Eocene tectonics gon, and their bearing on arc magma­ Green, S. M.; Weaver, C. S.; Iyer, H. M., and sedimentation in southwest Oregon tism. 1979, Seismic studies at the ML Hood and their relationship with the origin of volcano, northern Cascade Range, Ore­ Benda, L. E.; Cundy, T. W., 1990, Predict­ Oregon Cascade volcanic arc. gon. ing deposition of debris flows in moun­ Beaulieu, J. D., 1973, Environmental geol­ tain channels. Hermance, J. F.; Lusi, S.; Slocum, W.; Neu­ ogy of inland Tillamook and Clatsop mann, G. A.; Green, A. W., Jr.; Stanley, Benda, L. E.; Dunne, Thomas, 1988, Varia­ W. D.; Jones, A. G.; Filloux, J. H.; Law, Counties, Oregon. tion of channel morphology controlled L K.; Auld, D.R.; Boolccr,.J. R., 1987, Beaulieu, J. D., 1974, Geologic hazards of by the frequency and magnitude of mass Tectonic implications of a generalized the Bull Run watcnhed, Multnomah and wasting (abstract]. Clackamas Counties, Oregon. 2-D inversion of magnetotelluric and Berge, P. A., 1985, Tclescismic P-wavc Beaulieu, J. D.; Hughes, P. W., 1975, Envi­ magnetic variation data for an east-west travcltimc residuals across the Cascade transect acro11 the Oregon Coast Range ronmental geology of western Coos and Range in southern Oregon. Douglas Counties, Oregon. and High Cascades (abstract]. Blackwell, D. D.; Steele, J. L; Frohme, M. Glcss, J. D., 1989, Slope stability as related Hill, B. E., 1988, The Bull Springs inlier K.; Murphey, C. F.; Priest, G. R.; Blaclc, and its significance to Oregon central to geology at Rainier, Columbia County, G. L, 1990, Heat flow in the Oregon Oregon. High Cascade tectonic, (abstract]. Cascade Range and its correlation with Hughes, S.S., 1984, Structural and petro­ Hammond, P. E.; Benson, G. T.; Cash, D. J.; regional gravity, Curie point depths, and chemical indicaton for an extensional Palmer, L. A.; Donovan, Jan; Gannon, geology.• tectonic regime imposed on central High Brian, 1974, A preliminary geological Blakely, R. J.; Jachcns, R. C., 1990, Volcan­ investigation of the ground effects of Cascade volcanism (abstract]. ism, isostatic residual gravity, and re­ Hughes, S. S., 1990, Mafic magmatism and earthquakes in the Portland metropoli­ gional tectonic setting of the Cascade tan area, Oregon. associated tcctonism of the central High volcanic province. Cascade Range, Oregon.• INDEX OREGON - EARTHQUAKES AND SEISMOLOGY 189

Ingebritsen, S. E.; Sherrod, D. R.; Mariner, Priest, G. R., 1989, Model for volcanic arc Wells, R. E., 1990, Paleomagnetic rotations R. H., 1989, Heat flow and hydro­ migration and uplift in the Cascades [ab­ and the Cenozoic tectonics of the Cas­ thermal circulation in the Cascade stract]. cade arc, Washington, Oregon, and Cal­ Range, north-central Oregon. Priest, G. R., 1990, Volcanic and tectonic ifornia. Iyer, H. M.; Rite, Alan, 1981, Teleseismic evolution of the Cascade volcanic arc­ Westhusing, J. K., 1974, Reconnaissance P-wave delays in the Oregon Cascades Central Oregon.• surveys of near-event seismic activity in [abstract]. Rite, Alan; Iyer, H. M., 1981, July 1980 Mt. the volcanoes of the Cascade Range, Iyer, H. M.; Rite, Alan; Kollman, Auriel; Hood e~nhquake swarm. Oregon. Knapp, David, 1983, Seismic monitor­ Rite, Alan; Iyer, H. M.; Rojas, V., 1980, July Wolfe, E.W.; Miller, C. D., 1990, Volcano ing, Oregon and California volcanoes 1980 Mount Hood earthquake swarm hazards in the Pacific Northwest (ab­ [abstract]. [abstract]. stract]. Iyer, H. M.; Rite, Alan; Kollman, Aurie}; Rygh, J. T.; Livelybrooks, D. W.; Urquhan, Young, C. T.; Booker, J. R.; Fernandez, Ri­ Knapp, David, 1983, Seismicity in the S. A.; Waff, H. S.; Clingman, W. W., cardo; Jiracek, G. R.; Maninez, Mario; Cascades of Oregon and California [ab­ 1986, A magnetotelluric study of the Rogers, J.C.; Stodt, John; Waff, H. S.; stract]. High Cascades graben, Oregon [ab­ Wannamaker, P. E., 1988, Verification Keach, R. W., Il, 1986, Cenozoic active stract]. of five magnetotelluric systems in the margin and shallow Cascades struc­ Sherrod, D.R., 1987, New compilation map mini-EMSLAB experimenL ture-COCORP results from western of the Cascade Range in Oregon. Oregon. OREGON - .COAST RANGE Sherrod, D.R.; Pickthorn, L.B. G., 1989, A Babcock, R. S.; Engebretson, D. C., 1991, Keach, R. W., Il; Oliver, J.E.; Brown, L. D.; note on the origin of Bull Run and Lost Kula-Farallon-North America plate in­ Kaufman, Sidney, 1989, Cenozoic ac­ Lakes, western Cascades, Oregon. teractions and basalt extrusion in the tive margin and shallow Cascades struc­ Sherrod, D.R.; Pickthorn, L. B. G., 1989, ture-COCORP results from western Oregon-Washington Coast Range (ab­ Some notes on the Neogene structural stract]. Oregon. evolution of the Cascade Range in Ore­ Benda, L E., 1985, Behavior and effect of Keach, R. W., II; Potter, C. J.; Oliver, J. E.; gon. Brown, L. D., 1986, Cenozoic active debris flows on streams in the Oregon Smith, G. A., 1985, Basin analysis of the Coast Range. margin and shallow Cascades struc­ Deschutes Formation-An example of Benda, L. E.; Cundy, T. W., 1990, Predict­ ture-COCORP results from western the role of sedimentology in the study of ing deposition of debris flows in moun­ Oregon [abstract]. Cascade arc evolution [abstract]. Kollman, Auriel; Zollweg, J.E., 1985, Ore­ tain channels. Smith, G. A.; Snee, L. W., 1984, Revised Benda, L. E.; Dunne, Thomas, 1987, Sedi­ gon Cascades eanhquake catalog-Au­ stratigraphy of the Deschutes basin, ment routing by debris flow. gust 1, 1980-0ctober 31, 1982 [ab­ Oregon-Implications for the Neogene stract]. development of the central Oregon Cas­ Calderone, G. J.; Butler, R. F., 1988, The Leaver, D. S., 1984, Mixed stochastic and cades [abstract]. effects of randomly directed noise on paleomagnetic directions (abstract]. deterministic modeling of the crustal Smith, G. A.; Vincent, K. R.; Snee, L. W., structure in the vicinity of Mt. Hood, 1989, An isostatic model for basin for­ Comfonh, D. H., 1990, Eanhquake-in­ Ore. [abstract]. mation in and adjacent to the central duced landslides. Leaver, D. S.; Mooney, W. D.; Kohler, W. Oregon High Cascade Range. Personius, S. F., 1988, Fluvial terraces in M., 1983, Seismic studies between Cra­ Stanley, W. D.; Mooney, W. D.; Fuis, G. S., the Oregon Coast Range-Preliminary ter Lake and Mount Hood [abstract]. 1990, Deep crustal structure of the Cas­ assessment as indicators of Quaternary Leaver, D. S.; Mooney, W. D.; Kohler, W. cade Range and surrounding regions deformation. M., 1984, A seismic refraction study of from seismic refraction and magneto­ Reneau, S. L.; Dietrich, W. E., 1990, Depo­ the Oregon Cascades. telluric data. sitional history of hollows of steep hill­ Livelybrooks, D. W.; Clingman, W. W.; Stauber, D. A.; Berge, P.A., 1985, Compar­ slopes, coastal Oregon and Washington. Rygh, J. T.; Urquhan, S. A.; Waff, H. S., ison of the P-velocity structures of Mt. Snavely, P. D., Jr.; Wagner, H. C.; Lander, 1989, A magnetotelluric study of the Shasta, California, and Newberry Vol­ D. L., 1984, Land-sea geologic cross High Cascades graben in central Ore­ cano, Oregon (abstract]. section of the southern Oregon conti­ gon. Stauber, D. A.; Green, S. M.; Iyer, H. M., nental margin (abstract]. Long, M. T., 1987, Camp Five slide-Ex­ 1988, Three-dimensional P velocity Youd, T. L.; Madin, I. P., 1991, Liquefac­ ploration, design and construction of a structure of the crust below Newberry tion hazard mapping for the Ponland, horizontal drain solution [abstract]. Volcano, Oregon. Oregon region. Miller, P.R., 1984, Mid Teniary history of Stauber, D. A.; Iyer, H. M.; Mooney, W. D.; Young, C. T.; Kitchen, M. R., 1989, A mag­ the Oregon western Cascades [abstract]. Dawson, P. B., 1985, Three-dimensional netotelluric transect in the Oregon Coast Morris, I., 1989, Geomorphology and evo­ P-velocity structure of the summit cal­ Range. lution of the Quaternary stratovolcanoes dera of Newberry Volcano, Oregon. OREGON - EARTHQUAKES in the High Cascades and Japan [ab­ Sternberg, B. K.; Washburne, J. C.; AND SEISMOLOGY stract]. Pellerin, Louise, 1988, Correction for Algermissen, S. T., 1990, Regional and na­ the static shift in magnetotellurics using Muffler, L. J. P.; and others, 1989, South tional seismic hazard and risk assess­ transient electromagnetic soundings. Cascades arc volcanism, California and ment. southern Oregon-Red Bluff to Red­ Taylor, E. M., 1990, Volcanic history and Algermissen, S. T.; Perkins, D. M.; The­ ding, California, July 20-26, 1989. tectonic development of the central nhaus, P. C.; Hanson, S. L.; Bender, B. Nelson, C. H.; Larsen, M. C.; Thor, D. R.; High Cascade Range, Oregon.• L., 1990, Probabilistic earthquake ac­ Wright, A. A., 1980, Sedimentary his­ Verplanck, E. P.; Duncan, R. A., 1985, Tem­ celeration and velocity maps for the tory of the floor of Crater Lake, Ore­ poral geochemical variations in the United States and Puerto Rico. gon-A restricted basin with non-chan­ Western Cascades and the effect of Ballantyne, D. B., 1990, Lifelines session. nelized turbidites [abstract]. slowing convergence rate (abstract]. Beaulieu, J. D.; Hughes, P. W., 1975, Envi­ Neumann, G. A.; Hermance, J. F., 1989, The Weaver, C. S.; Green, S. M.; Iyer, H. M., ronmental geology of western Coos and deep crustal structure of the Oregon 1982, Seismicity of Mount Hood and Douglas Counties, Oregon. Cascades-Electromagnetic constraints structure as determined from teleseis­ [abstract]. mic P wave delay studies.• 190 OREGON - EARTHQUAKES AND SEISMOLOGY OPEN FILE REPORT 92-2

Berg, J. W., Jr.; Baker, C. D., 1963, Oregon Darienzo, M. E.; Petenon, C. D.; Clough, in the Pacific Nonhwest region ofNonh eanhquakes, 1841 through 1958 [ab­ C. M., 1991, Stratigraphic evidence for America; Pan 1-The outer coast. stract). synchroneity of coseismic burial events Iyer, H. M.; Rite, Alan, 1981, Teleseismic Bibee, L. D., 1986, Ocean bottom seismom­ between bays along the nonhem Oregon P-wave delays in the Oregon Cascades eter measurements on the Gorda Ridge. coast Iabstract J. [abstract]. Bodvarsson, G. M., 1975, Ocean wave-gen­ Dewey, J. W.; Spence, W. J., 1978, Expected Iyer, H. M.; Rite, Alan; Kollman, Auriel; erated microseisms at the Oregon coast. ground motion at proposed nuclear Knapp, David, 1983, Seismic monitor­ Boyle, B. J., 1990, Welcome address. power plant sites (abstract). ing, Oregon and California volcanoes Byerly, Perry, 1940, Seismicity of the Dusseau, R. A., 1991, Frequency and sur­ [abstract J. nonhern Pacific Coast of the United vivability profiles of highway bridges Iyer, H. M.; Rite, Alan; Kollman, Auriel; States. along the 1-5 corridor between Everett, Knapp, David, 1983, Seismicity in the Chan, W.W.; Wagner, R. A.; Cessaro, R. K.; Washington and Salem, Oregon.• Cascades of Oregon and California [ab­ Gupta, I. N., 1989, Source time func­ Elliott, W. M., 1988, The need to mitigate stract]. tions of some Cascadian eanhquakes eanhquake hazards to lifelines. Johnson, A.G.; Scofield, D. H., 1985, Seis­ [abstract). Elliott, W. M., 1990, Development of inven­ mic acceleration hazard map• for Ore­ Cohee, B. P.; Somerville, P. G.; Abraham­ tory and seismic loss estimation model gon [abstract). son, N. A., 1990, Ground motions from for Ponland, Oregon water and sewer Johnson, A. G.; Scofield, D. H.; Sager, J. hypothesized Mw=8 subduction eanh­ systems. W.; Grubaugh, Phil, 1984, Seismic haz­ quakes in the Pacific Nonhwest [ab­ Ferrick, M. G.; Qamar, A. I.; St. Lawrence,

May, P. J.; Fox, Edward; Hasan, N. S., 1989, Packard, E. L., 1947, Status of seismology Somerville, P. G., 1989, Strong ground mo­ Anticipating earthquakes-Risk reduc­ in Oregon [abstract]. tion attenuation in the Puget Sound­ tion policies and practices in the Puget Palmer, S. P., 1991, Western Oregon seis­ Portland region. Sound and Portland areas.• mic hazards workshop. Somerville, P. G.; Cohee, B. P., 1989, Sim­ May, P. J.; Fox, Edward; Hasan, N. S., 1989, Palmer, S. P., 1991, Workshop on Oregon ulation and empirical studies of ground Earthquake risk reduction profiles­ earthquake source zones. motion attenuation in the Seattle-Pon­ Local policies and practices in the Puget Pcrbix, T. W., 1988, Evaluation of earth­ land region.• Sound and Portland areas. quake hazard and risk in the Puget Somerville, P. G.; Cohee, B. P.; Sen, M. K., Mclnclly, G. W., 1989, Holocene and late­ Sound and Portland areas. 1989, Estimates of strong ground mo­ Pleistocene tectonic deformation in the Peterson, C. D., 1989, Mcgathrust and tions in the Seattle-Portland region Cape Arago-Bandon region of coastal upper-plate palcoscismicity of the from hypothesized magnitude 8 Casca­ Oregon as deduced from marine wave­ southern Cascadia margin. dia subduction canhquakcs. cut platforms. Peterson, C. D.; Darienzo, M. E., 1988, Ep­ Steele, Chuck, 1988, Overview of emer­ Mclnclly, G. W.; Kelsey, H. M.; Nelson, A. isodic tectonic subsidence of late Holo­ gency management planning and re­ R., 1989, Late Pleistocene and Holocene cene salt marshes in Oregon-Clear ev­ sponse planning. tectonic deformation of the Whiskey idence of abrupt strain release and grad­ Stoddard, P.R.; Woods, M. T., 1989, Master Run wave-cut platform in the Cape ual strain accumulation in the southern event relocations of Gorda plate earth­ Arago-Coos Bay area, coastal Oregon Cascadia margin during the last 3,500 quakes [abstract]. [abstract). years.• Stover, C. W.; Brewer, L. R., 1991, United Murphy, T. M.; Nicm, A. R., 1982, Tectonic Peterson, C. D.; Darienzo, M. E., 1989, Ep­ States earthquakes, 1985. and palcocnvironmcntal significance isodic, abrupt tectonic subsidence re­ Sullivan, Ken, 1990, [Ufclincs]. and magnetic-geochemical stratigraphy corded in late Holocene deposits of the Tinsley, J.C., 1989, Considerations for de­ of the Columbia River basalt at the mid­ South Slough syncline-An on-land ex­ terministic ground motion mapping in dle Miocene shoreline, northwestern pression of shelf fold belt deformation the Portland-Puget Sound region. Oregon Coast Range [abstract]. from the southern Cascadia margin [ab­ University of Washington Geophysics Pro­ Murray, Joseph, 1989, Oregon report. stract]. gram, 1988-91, Quarterly network rc­ Nabelck, J. L: Werner, K. S.; Yeats, R. S.; Peterson, C. D.; Darienzo, M. E., 1990, Ev­ port... on scismicity of Washington and Malone, S. D., 1990, The August, 1990, idence of subduction zone palcoscis­ northern Oregon.• Woodburn, Oregon earthquake se­ micity from the central Oregon mar­ Von Hake, C. A., 1976, Earthquake history quence-Constraints from broadband gin--Alsea Bay, Oregon [abstract]. of Oregon. regional recording and geological im­ Peterson, C. D.; Darienzo, M. E.; Parker, Walsh, T. J.; Madin, I. P.; Noson, L. L; plications [abstract]. M., 1988, Coastal ncotcctonic field trip Yelin, T. S., 1990, Proceedings of Con­ National Science Foundation; and others, guide for Nctarts Bay, Oregon. ference LX, 4th annual workshop on sponsors, 1984, Seismic hazards and Pringle, P. T.; Palmer, S. P.; Logan, R. L, "Earthquake hazards in the Puget Sound mitigation strategics for older and his­ 1990, Highlights of the fourth annual and Portland areas". toric unreinforced masonry buildings in NEHRP workshop for Puget Sound and Wang, L. R. L; Wang, J. C. C.; Ishibashi, small towns in Oregon and Washington; Portland areas. Isao, 1989, Development of inventory conference proceedings, Nov. 8 and 9, Qamar, A. I.; Ludwin, R. S., 1991, Earth­ and seismic loss estimation model for 1984, Seattle. quake intensities. Portland, Oregon water and sewer sys­ Nelson, A. R., 1987, Apparent gradual rise Rasmussen, J. R.; Humphreys, E. D., 1990, tems. in relative sea level on the south-central Tomographic image of the upper mantle Wang, L. R. L: Wang, J. C. C.; Ishibashi, Oregon coast during the late Holo­ P-wavc velocity structure beneath laao; Ballantyne, D. B.; Elliott, W. M., cene-Implications for the great Casca­ Washington and western Oregon (ab­ 1989, Development of inventory and dia earthquake hypothesis [abstract]. stract]. seismic loss estimation model for Pon­ Nelson, A. R., 1987, Earthquake recurrence Rinehart, V. J., 1964, Investigation of land, Oregon water and sewer systems. and Quaternary deformation on the twelve earthquakes off the Oregon and Weaver, C. S., 1991, Geothermal scismotec­ Cascadia subduction zone-Coastal northern California coasts. tonic studies.• Oregon. Rite, Alan; Iyer, H. M., 1981, July 1980 Mt. Weaver, C. S.; Green, S. M.; Iyer, H. M., Nelson, A. R., 1988, Implications of late Hood earthquake swarm. 1982, Scismicity of Mount Hood and Holocene salt-marsh stratigraphy for Rite, Alan; Iyer, H. M., 1981, Oregon scis­ structure as determined from tclcscis­ earthquake recurrence along the coast of micity-1981 [abstract). mic P wave delay studies.• south-central Oregon.• Rite, Alan: Iyer, H. M.; Rojas, V., 1980, July Werner, K. S.; Nabelck, J. L: Yeats, R. S.; Nelson, A. R.; Personius, S. F., 1991, Earth­ 1980 Mount Hood earthquake swarm Malone, S. D., 1990, The Mt. Angel quake recurrence and Quaternary defor­ [abstract]. fault-Implications of August, 1990, mation in the Cascadia subduction zone, Rogers, G. C., compiler, 1979, Scismicity Woodburn, Oregon earthquake sequence coastal Oregon. to the end of 1977. [abstract]. Nelson, A. R.; Personius, S. F.; Rhea, Shedlock, K. M.; Weaver, C. S., 1991, Pro­ Wcsthusing, J. K., 1974, Rcconnai11ancc Susan, 1990, Earthquake recurrence and gram for earthquake hazards assessment surveys of near-event seismic activity in Quaternary deformation in the Cascadia in the Pacific Northwest. the volcanoes of the Cascade Range, subduction zone, coastal Oregon.• Sirles, P. C., 1988, Shear wave velocity Oregon. Neumann, Frank, 1959, Seismological as­ measurements in embankment dams. Wong, I. G.; Silva, W. J.; Madin, I. P., 1990, pects of the earthquake engineering Smith, W. D., 1950, Faults and earthquake Preliminary aucumcnt of potential problem. possibilities in Oregon [abstract]. strong earthquake ground shaking in the Newton, V. C., Jr.; Peterson, N. V., 1973, Portland, Oregon, metropolitan area. Geologic criteria for siting nuclear Sokolowski, T. J.; Fuller, G. W.; Blackford, M. E.; Jorgensen, W. J., 1983, The Wong, I. G.; Silva, W. J.; Madin, I. P., 1990, power plants in Oregon. Alaska Tsunami Warning Center's auto­ Site-specific earthquake strong ground Noson, LL, 1988, Objectives of the work­ matic earthquake procc11ing system. motion studies in the Puget Sound and shop. Portland, Oregon metropolitan areas. Oregon Geology, 1991, Significant Oregon earthquakes in 1991. 192 OREGON - ENGINEERING GEOLOGY OPEN FILE REPORT92-2

Woodcock, S. F.; Couch, R. W., 197S, The Wang, L. R. L; Wang, J. C. C.; Ishibashi, inverse modeling of land EMSLAB Tillamook eanhquakes of 16 June 1973 Isao; Ballantyne, D. B.; Elliott, W. M., magnetotelluric data (abstract}. (abstract]. 1989, Development of inventory and Egbert, G. D.; Booker, J. R., 1989, Multi­ Woodward, John; White, James; Cum­ seismic loss estimation model for Pon­ variate analysis of geomagnetic array mings, Ronald, 1990, Paleoseismicity land, Oregon water and sewer systems. data; 1. The response space. and the archaeological record-Areas of OREGON - GEOCHRONOLOGY EMSLAB Group, 1988, The EMSLAB elec­ investigation on the nonhem Oregon tromagnetic sounding experiment. coasL Cameron, K. A.; Pringle, P. T., 1987, A detailed chronology of the most recent Filloux, J. H.; Law, L. K.; Yukutake, T.; Yeats, R. S., 1989, Current assessment of Segawa, J.; Hamano, Y.; Utada, H.; eanhquake hazard in Oregon. major eruptive period at Mount Hood, Oregon. White, A.; Chave, A. D.; Tarits, Pascal; Yeats, R. S., 1989, The search for large Green, A. W., Jr., 1989, OFFSHORE eanhquakes in Oregon (abstract]. Darienzo, M. E.; Peterson, C. D., 1988, In­ EMSLAB-Objectives, experimental vestigation of salt marsh stratigraphic phase and early results. Yeats, R. S., 1990, A search for active faults response to climatic, oceanographic and in the Willamette Valley, Oregon.• tectonic-subsidence forcing processes Fitterman, D. V.; Neev, D. K., 198S, Tran­ Yelin, T. S.; Patton, H.J., 1991, Seismotec- in the Pacific Nonhwest region. sient sounding investigation of New­ berry Volcano, Oregon. tonics of the Portland, Oregon, region.• Muhs, D. R.; Kelsey, H. M.; Miller, G. H.; OREGON - ENGINEERING Kennedy, G. L.; Whelan, J. F.; Mclnelly, Fiuerman, D. V.; Stanley, W. D.; Bisdorf, R. G. W., 1990, Age estimates and uplift J., 1988, Electrical structure of New­ GEOLOGY (Including soil berry Volcano, Oregon. mechanics) rates for late Pleistocene marine ter­ races--Southem Oregon ponion of the Gough, D. I.; McKirdy, D. M.; Woods, D. Ake, Jon; Markiewicz, R. D.; Butler, David; Cascadia forearc. V.; Geiger, H. D., 1989, Conductive Harrell, H. C., 1988, Impact of shallow structures and tectonics beneath the seismic exploration on engineering de­ Nelson, A. R.; Personius, S. F., 1991, Eanh­ quake recurrence and Quaternary defor­ EMSLAB land array. cisions at Cold Springs Dam, Oregon Hermance, J. F.; Lusi, S.; Slocum, W.; Neu­ (abstract]. mation in the Cascadia subduction zone, coastal Oregon. mann, G. A.; Green, A. W., Jr., 1989, A Dewey, J. W.; Spence, W. J., 1978, Expected Personius, S. F., 1988, Pluvial terraces in high-density remote reference magnetic ground motion at proposed nuclear variation profile in the Pacific Nonh­ power plant sites (abstract]. the Oregon Coast Range-Preliminary assessment as indicators of Quaternary west of Nonh America. Dusseau, R. A., 1991, Frequency and sur­ deformation. Hermance, J. F.; Lusi, S.; Slocum, W.; Neu· vivability profiles of highway bridges Reneau, S. L.; Dietrich, W. E., 1990, Depo­ mann, G. A.; Green, A. W., Jr.; Stanley, along the 1-S corridor between Everett, W. D.; Jones, A. G.; Filloux, J. H.; Law, Washington and Salem, Oregon.• sitional history of hollows of steep hillslopes, coastal Oregon and Washing­ L. K.; Auld, D.R.; Booker, J. R., 1987, Elliott, W. M., 1990, Development of inven­ ton. Tectonic implications of a generalized tory and seismic loss estimation model 2-D inversion of magnetotelluric and for Portland, Oregon water and sewer Sherrod, D.R.; Pickthom, L. B. G., 1989, magnetic variation data for an east-west systems. Some notes on the Neogene structural transect across the Oregon Coast Range evolution of the Cascade Range in Ore­ Friday, W. M., 1989, Oregon's building reg­ and High Cascades (abstract]. gon. ulation system. Jiracek, G. R.; Cunis, J. H.; Ramirez, Jorge; May, P. J., 1990, Eanhquake risk reduction OREGON - GEOLOGIC Martinez, Mario; Romo, Jose, 1989, prospects-Puget Sound-Ponland as­ HAZARDS Two-dimensional magnetotelluric in­ sessment. Ballantyne, D. B., 1990, Lifelines session. version of the EMSLAB Lincoln Line. National Science Foundation; and others, Madin, I. P., 1990, Eanhquake-hazard geol- Jones, A. G.; Chave, A. D.; Egben, G. D.; sponsors, 1984, Seismic hazards and ogy maps of the Portland metropolitan Auld, D. R.; Bahr, Karsten, 1989, A mitigation strategies for older and his­ area, Oregon (abstract}. comparison of techniques for magneto­ toric unreinforced masonry buildings in Shedlock, K. M.; Weaver, C. S., 1991, Pro­ telluric response function estimation. small towns in Oregon and Washington; gram for eanhquake hazards assessment Livelybrooks, D. W.; Clingman, W. W.; conference proceedings, Nov. 8 and 9, in the Pacific Nonhwest. Rygh, J. T.; Urquhan. S. A.; Waff, H. S., 1984, Seattle. Sullivan, Ken, 1990, [Lifelines}. 1989, A magnetotelluric study of the High Cascades graben in central Ore­ Neumann, Frank, 19S9, Seismological as­ L L; Walsh, T. J.; Madin, I. P.; Noson, gon. pects of the eanhquake engineering Yelin, T. S., 1990, Proceedings of Con­ Neumann, G. A.; Hermance, J. F., 1989, The problem. ference LX, 4th annual workshop on Newton, V. C., Jr.; Peterson, N. V., 1973, "Eanhquake hazards in the Puget Sound deep crustal structure of the Oregon Cascades-IDectromagnetic constraints Geologic criteria for siting nuclear and Portland areas". (abstract]. power plants in Oregon. Youd, T. L.; Madin, I. P., 1991, Liquefac­ Oregon Depanment of Geology and Min­ tion hazard mapping for the Portland, Rygh, J. T.; Livelybrooks, D. W.; Urquhart, S. A.; Waff, H. S.; Clingman, W. W., eral Industries, 1978, Geologic hazards . Oregon region. review-Trojan nuclear power· plant 1986, A magnetotelluric study of the site, Columbia County, Oregon. OREGON - GEOPHYSICS - High Cascades graben, Oregon (ab­ Sirles, P. C., 1988, Shear wave velocity ELECTRICAL AND MAGNETIC stract}. measurements in embankment dams. SURVEYS Shoemaker, C. L.; Shoham, Yoram; Hockey, Tilford, K. R., 1990, Site geology and con­ Bisdorf, R. J., 198S, Schlumberger sound­ R. L., 1989, Calibration case study of struction dewatering of the Marmot ing results over the Newberry Volcano natural source electromagnetic array Dam rehabilitation near Sandy, Oregon area, Oregon. data recorded over a well in Oregon. (abstract]. Chave, A. D.; Thomson, D. J., 1989, Some Stanley, W. D.; Mooney, W. D.; Fuis, G. S., Wang, L. R. L; Wang, J. C. C.; Ishibashi, comments on magnetotelluric response 1990, Deep crustal structure of the Cas­ Isao, 1989, Development of inventory function estimation. cade Range and surrounding regions from seismic refraction and magneto­ and seismic 1011 estimation model for Cunis, J. H.; Jiracek, G. R.; Stevens, J. L; telluric data. Portland, Oregon water and sewer sys­ Barker, Terry, 1987, Two-dimensional tems. INDEX OREGON - GEOPHYSICS - SEISMIC SURVEYS 193

Sternberg, B. K.; Washburne, J. C.; Pel­ gional tectonic setting of the Cascade locity structure at Newberry Volcano, lerin, Louise, 1988, Correction for the volcanic province. Oregon Cascade Range. static shift in magnetotellurics using Blakely, R. J.; Wells, R. E., 1990, Cascade Ake, Jon; Markiewicz, R. D.; Butler, David; transient electromagnetic soundings. Range evolution-Constraints from Harrell, H. C., 1988, Impact of shallow Urquhan, S. A.; Waff, H. S.; Rygh, J. T.; gravity and magnetic anomalies [ab­ seismic exploration on engineering de­ Clingman, W. W.; Livelybrooks, D. W., stract). cisions at Cold Springs Dam, Oregon 1986, A magnetotelluric investigation of Bruemmer, J. L, 1964, Gravity models for [abstract). the Newberry Volcano, Oregon [ab­ peridotite injection and local metamor­ Berge, P. A., 1985, Teleseismic P-wave stract). phism along nonh-nonheast-trending traveltime residuals across the Cascade Waff, H. S.; Rygh, J. T.; Livelybrooks, D. zones of tectonism, southwest Oregon. Range in southern Oregon. W.; Clingman, W.W., 1988, Results of a Couch, R. W.; Foote, R. W., 1985, The Shu­ Bibee, L. D., 1986, Ocean bouom seismom­ magnetotelluric traverse across western kash and Lapine basins-Pleistocene eter measurements on the Gorda Ridge. Oregon-Crustal resistivity structure depressions in the Cascade Range of Catchings, R. D.; Mooney, W. D., 1988, and the subduction of the Juan de Fuca central Oregon [abstract). Crustal structure of east central Ore­ plate. Davis, S. A., 1988, An analysis of the gon-Relation between Newberry Vol­ Wannamaker, P. E.; Booker, J. R.; Filloux, eastern margin of the Ponland basin cano and regional crustal structure. J. H.; Jones, A.G.; Chave, A. D., 1989, using gravity surveys. Clarke, S. H., Jr.; McClellan, P. H., 1989, Uncovering deep structure, fluid move­ Gettings, M. E.; Griscom, Andrew, 1988, Multichannel seismic-reflection pro­ ment and melting in the Cascadia sub­ Gravity model studies of Newberry Vol­ files collected in May 1981, between duction system from geomagnetic in­ cano, Oregon. latitudes 40° 40' and 45° 00' Nonh, off. duction measurements [abstract). Johnson, A.G.; Beeson, P. T., 1989, Analy­ shore of nonhern California and south­ Wannamaker, P. E.; Booker, J. R.; Filloux, sis of gravity data for the greater Port­ ern Oregon. J. H.; Jones, A. G.; Jiracek, G. R.; land area.• Cochrane, G. R.; Lewis, B. T. R., 1988, Chave, A. D.; Tarits, Pascal; Waff, H. S.; Johnson, A. G.; Davis, S. A.; Perttu, J. C.; Deep-tow seismic reflection records Egben, G.D.; and others, 1989, Magne­ Titus, W. S., 1988, Analysis of gravity from the Oregon lower slope [abstract). totelluric observations across the Juan data in the Ponland area [abstract). Cotton, J. A.; Catchings, R. D., 1989, Data de Fuca subduction system in the Riddihough, R. P., 1985, The Roseburg­ repon for the 1983 U.S. Geological Sur­ EMSLAB project. Pendleton (ROPE) lineament, Oregon vey east-central Oregon seismic refrac­ Wannamaker, P. E.; Booker, J. R.; Jones, A. [abstract). tion experiment. G.; Chave, A. D.; Filloux, J. H.; Waff, Crampin, Stuan; McGonigle, Rohen; Ando, H. S.; Law, L. K., 1989, Resistivity OREGON - GEOPHYSICS - Masataka, 1986, Extensive-dilatancy cross section through the Juan de Fuca PALEOMAGNETISM anisotropy beneath Mount Hood, Ore­ subduction system and its tectonic im­ Calderone, G. J.; Butler, R. F., 1988, The gon and the effect of aspect ratio on plications. effects of randomly directed noise on seismic velocities through aligned Young, C. T.; Booker, J. R.; Fernandez, Ri­ paleomagnetic directions [abstract), cracks. cardo; Jiracek, G. R.; Maninez, Mario; Hanna, R. L.; Verosub, K. L., 1989, A re­ Dawson, P. B.; Stauber, D. A., 1986, Data Rogers, J. C.; Stodt, John; Waff, H. S.; view of lacustrine paleomagnetic re­ repon for a three-dimensional high-res­ Wannamaker, P. E., 1988, Verification cords from western Nonh America-0- olution P-velocity structural investiga­ of five magnetotelluric systems in the 40,000 years BP. tion of Newberry Volcano, Oregon, mini-EMSLAB experimenL Herrero-Bervera, Emilio; Helsley, C. E.; using seismic tomography. Young, C. T.; Kitchen, M. R., 1989, A mag­ Hammond, S. R.; Chitwood, L.A., 1989, Iyer, H. M., 1985, Imaging of velocity netotelluric trans.eel in the Oregon Coast A possible lacustrine paleomagnetic re­ anomalies in the crust and upper mantle Range. cord of the Blake episode from Pringle in diverse volcanic environments using OREGON - GEOPHYSICS - Falls, Oregon, U.S.A .. teleseismic waves. GEODESY AND GEODETIC Negrini, R. M.; Darke, Rick; Hoare, Brian, Iyer, H. M.; Stauber, D. A., 1985, High-res­ SURVEYS 1987, Climate-induced variations in the olution imaging of three-dimensional geomagnetic field-Possible supponing anomalies using explosion-generated Vincent, Paul, 1989, Geodetic deformation evidence from a Pleistocene paleo­ seismic waves [abstract). of the southern Cascadia margin. magnetic record [abstract). Keach, R. W., Il, 1986, Cenozoic active Weldon, Ray; Humphreys, E. D., 1991, Negrini, R. M.; Verosub, K. L.; Davis, J. 0., margin and shallow Cascades struc­ Crustal deformation of western Oregon. 1986, 400,000 years of geomagnetic ture-COCORP results from western OREGON - GEOPHYSICS - field behavior as recorded in fine­ Oregon. GRAVITY SURVEYS grained sediments from Summer Lake, Keach, R. W., Il; Oliver, J.E.; Brown, L. D.; Lake County, Oregon [abstract). Kaufman, Sidney, 1989, Cenozoic ac­ Alemi, M. A., 1978, A gravity survey of Verosub, K. L; Mehringer, P. J., Jr., 1987, tive margin and shallow Cascades struc­ Coos Bay, Oregon. Holocene geomagnetic intensity varia­ ture-COCORP results from western Beeson, P. T., 1990, Gravity maps, models tions in western Nonh America-The Oregon. and analysis of the greater Ponland record from Fish Lake, Oregon [ab­ Keach, R. W., Il; Potter, C. J., 1989, Eocene area, Oregon. stract). to present active margin tectonics, west­ Beeson, P. T.; Johnson, A.G., 1990, Gravity Wells, R. E., 1990, Paleomagnetic rotations ern Oregon, as revealed by deep reflec­ of the greater Ponland area [abstract). and the Cenozoic tectonics of the Cas­ tion profiles [abstract). Blackwell, D. D.; Steele, J. L; Frohme, M. cade arc, Washington, Oregon, and Cal­ Keach, R. W., II; Potter, C. J.; Oliver, J.E.; K.; Murphey, C. F.; Priest, G. R.; Black, ifornia. Brown, L. D., 1986, Cenozoic active G. L, 1990, Heat flow in the Oregon margin and shallow Cascades struc­ Cascade Range and its correlation with OREGON - GEOPHYSICS - SEISMIC SURVEYS ture-COCORP results from western regional gravity, Curie point depths, and Oregon [abstract). geology.• Achauer, Ulrich; Evans, J. R.; Stauber, D. Kohler, W. M.; Healy, J. H.; Wegener, S.S., Blakely,R.J.;Jachens,R.C., 1990, Volcan­ A., 1988, High-resolution seismic 1982, Upper crustal structure of the ism, isostatic residual gravity, and re- tomography of compressional wave ve- Mount Hood, Oregon region as revealed by time term analysis.• 194 OREGON - GEOTHERMAL RESOURCES OPEN FILE REPORT 92-2

Langston, C. A., 1981, Evidence for the thermal circulation in the Cascade Swanson, F. J.; Benda, LE.; Duncan, S. H.; subducting lithosphere under southern Range, north-central Oregon. Grant, G. E.; Megahan, W. F.; Reid, L Vancouver Island and western Oregon OREGON - GUIDEBOOKS M.; Ziemer, R.R., 1987, Mau failures from teleseismic P wave conversions. and other processes of sediment produc­ Leaver, D. S.; Mooney, W. D.; Kohler, W. Muffler, L. J. P.; and others, 1989, South tion in Pacific Northwest forest land· M., 1983, Seismic studies between Cra­ Cascades arc volcanism, California and scapes. ter Lake and Mount Hood [abstract]. southern Oregon-Red Bluff to Red­ Swanston, D. N.; Lienkaemper, G. W.; Leaver, D. S.; Mooney, W. D.; Kohler, W. ding, California, July 20-26, 1989 .. Mersereau, R. C.; Levno, A. 8., 1988, M., 1984, A seismic refraction study of OREGON - LANDSLIDES AND Timber harvest and progre11ive defor­ the Oregon Cascades. SLOPE STABILITY mation of slopes in southwestern Ore· gon. Lister, C.R. 8.; deCharon, A. V.; Chiao, L, Beaulieu, J. D., 1973, Environmental geol­ 1987, Profile delineates tilted sedimen­ ogy of inland Tillamook and Clatsop OREGON - MAPS - GEOLOGIC tary blocks on both aides of Cascadia Counties, Oregon. spreading center in the Blanco trans­ Beaulieu, J. D., 1973, Environmental geol· Beaulieu, J. D., 1974, Geologic hazards of form (abstract). ogy of inland Tillamook and Clatsop the Bull Run watershed, Multnomah and Counties, Oregon. Nazy, D. J., 1987, A seismic refraction Clackamas Counties, Oregon. study of a portion of the northeastern Beaulieu, J. D., 1974, Geologic hazards of Beaulieu, J. D.; Hughes, P. W., 1975, Envi­ margin of the Tualatin Valley, Oregon. the Bull Run watershed, Multnomah and ronmental geology of western Coos and Clackamas Counties, Oregon. Nelson, C. H.; Larsen, M. C.; Thor, D. R.; Douglas Counties, Oregon. Wright, A. A., 1980, Sedimentary his­ Beaulieu, J. D.; Hughes, P. W., 1975, Envi­ Benda, LE., 1985, Behavior and effect of tory of the floor of Crater Lake, Ore­ ronmental geology of western Coos and debris flows on streams in the Oregon Douglas Counties, Oregon. gon-A restricted basin with non-chan­ Coast Range. nelized turbiditea (abstract]. Madin, I. P., 1989, Distribution of poten· Benda, L. E.; Cundy, T. W., 1990, Predict­ Potter, C. J., 1989, The deep structure of tially responsive Quaternary deposits in ing deposition of debris flows in moun­ Portland. North American accreted terranes from tain channels. deep seismic reflection data. Schlicker, H. G.; Deacon, R. J.; Olcott, G. Benda, L. E.; Dunne, Thomas, 1987, Sedi­ Stanley, W. D.; Mooney, W. D.; Fuis, G. S., W.; Beaulieu, J. D., 1973, Environmen· ment routing by debris flow. 1990, Deep crustal structure of the Cas­ tal geology of Lincoln County, Oregon. cade Range and surrounding regions Benda, L. E.; Dunne, Thomas, 1988, Varia­ Sherrod, D.R., 1987, New c:ompilation map from seismic refraction and magneto­ tion of channel morphology controlled of the Cascade Range in Oregon. telluric data. by the frequency and magnitude of mass Yeats, R. S.; Graven, E. P.; Werner, IC. S., wasting (abstra.ct]. Stauber, D. A., 1984, Oregon seismic exper­ 1989, Bedrock geologic map of the iment. Cornfonh, D. H., 1990, Eanhquake-in­ Willamette Valley, Oregon (abstract]. duced landslides. Stauber, D. A.; Berge, P.A., 1985, Compar­ Glen, J. D., 1989, Slope stability as related OREGON - MAPS - ison of the P-velocity structures of Mt. GEOPHYSICAL Shasta, California, and Newberry Vol­ to geology at Rainier, Columbia County, cano, Oregon (abstract]. Oregon. Beeson, P. T., 1990, Gravity maps, models Henkle, W. R., Jr.; Gentry, W. T.; Bingham, and analysis of the greater Ponland Stauber, D. A.; Green, S. M.; Iyer, H. M., area, Oregon. 1988, Three-dimensional P velocity S. P., 1991, Geologic controls on land­ structure of the crust below Newberry sliding-Siskiyou Mts. Oregon. OREGON - NESTUCCA BAY Long, M. T., 1987, Camp Five slide-Ex­ Volcano, Oregon. Peterson, C. D.; Darienzo, M. E., 1988, Ep­ ploration, design and construction of a Stauber, D. A.; Iyer, H. M.; Mooney, W. D.; isodic tectonic subsidence of late-Holo· horizontal drain solution (abstract]. Dawson, P. B., 1985, Three-dimensional cene salt marshes in Oregon--Clear ev­ P-velocity structure of the summit cal­ Montgomery, D.R.; Dietrich, W. E., 1988, idence of abrupt strain release and grad­ dera of Newberry Volcano, Oregon. Where do channels begin?. ual strain accumulation in the southern Trehu, A. M.; Holt, T.; Shi, J.; Nakamura, North, W. 8., 1964, Coastal landslides in Cascadia margin during the last 3,500 Y.; Brocher, T.; Moses, M., 1990, Pre­ northern Oregon. years. Orange, D. L; Breen, N. A.; Dahlen, F. A., liminary results from the 1989 Oregon OREGON - NETARTS BAY onshore-offshore seismic imaging ex­ 1989, Seepage force, submarine can­ periment (abstract].• yons, and the inter-relationship of hy­ Darienzo, M. E.; Peterson, C. D., 1988, In· Trehu, A. M.; Nakamura, Y.; Brocher, T.; drology, geomorphology, and accretion­ vestigation of salt manh stratigraphic Moses, M., 1991, 1989 Oregon onshore­ ary tectonics (abstract]. response to climatic, oceanographic and offshore seismic imaging experiment Reneau, S. L; Dietrich, W. E., 1990, Depo­ tectonic-subsidence forcing processes (abstract]. sitional history of hollows of steep in the Pacific Northwest region. Weaver, C. S.; Green, S. M.; Iyer, H. M., hillslopes, coastal Oregon and Washing­ Darienzo, M. E.; Peterson, C. D., 1990, Ep­ 1982, Seiamicity of Mount Hood and ton. isodic tectonic subsidence of late Holo­ structure as determined from teleseis­ Sayre, W. O.; Komar, P. D., 1988, The cene salt marshes, northern Oregon cen­ tral Cascadia margin.• mic P wave delay studies.• Jump-Off Joe landslide at Newpon, Ore­ gon-History of erosion, development Peterson, C. D.; Darienzo, M. E., 1988, Ep­ OREGON - GEOTHERMAL and destruction. isodic tectonic subsidence of late-Holo­ RESOURCES and THERMAL Schlicker, H. G.; Deacon, R. J.; Olcott, G. cene salt marshes in Oregon--Clear CV• SURVEYS W.; Beaulieu, J. D., 1973, Environmen­ idence of abrupt strain release and grad­ Blackwell, D. D.; Steele, J. L; Frohme, M. tal geology of Lincoln County, Oregon. ual strain accumulation in the southern IC.; Murphey, C. F.; Priest, G. R.; Black, Schuster, R. L.; Chleborad, A. F., 1989, Cascadia margin during the last 3,500 G. L, 1990, Heat flow in the Oregon Landslides in Washington and Oregon­ years. Cascade Range and its correlation with An overview. Peterson, C. D.; Darienzo, M. E.; Parker, regional gravity, Curie point depths, and Sherrod, D.R.; Pickthorn, L. 8. G., 1989, A M., 1988, Coastal neotectonic field trip geology.• note on the origin of Bull Run and Lost guide for Netarts Bay, Oregon. Ingebritsen, S. E.; Sherrod, D. R.; Mariner, Lakes, western Cascades, Oregon. R. H., 1989, Heat flow and hydro- INDEX OREGON - OFFSHORE AREAS 195

OREGON - NEWBERRY phy of the sea-floor off northern Califor­ Oregon continental margin and Astoria VOLCANO AREA nia and southern Oregon [abstract]. Fan. Kulm, L. D.; Suess, Erwin, 1987, Fluid Achauer, Ulrich; Evans, ]. R.; Stauber, D. Canon, Bobb; Suess, Erwin; Strasser, J.C., venting structures on the Oregon conti­ A., 1988, High-resolution seismic 1990, Fluid flow and mass flux determi­ tomography of compressional wave ve­ nations at vent sites on the Cascadia nental shelf [abstract]. locity structure at Newberry Volcano, margin accretionary prism. Kulm, L. D.; Suess, Erwin, 1989, Interrela­ Oregon Cascade Range. Clarke, S. H., Jr.; McClellan, P. H., 1989, tionships of authigenic carbonate depos­ Bisdorf, R. ]., 1985, Schlumberger sound­ Multichannel seismic-reflection pro­ its, vent fluids and geologic structures­ ing results over the Newberry Volcano files collected in May 1981, between Oregon accretionary prism (abstract]. area, Oregon. latitudes 40° 40' and 45° 00' Nonh, off­ Kulm, L D.; Suen, Erwin, 1990, Relation­ shore of northern California and south­ Catchings, R. D.; Mooney, W. D., 1988, ship between carbonate deposits and ern Oregon. Crustal structure of east central Ore­ fluid venting-Oregon accretionary gon-Relation between Newberry Vol­ Cochrane, G. R.; Lewis, B. T. R., 1988, prism. cano and regional crustal structure. Deep-tow seismic reflection records Kulm, L. D.; Suess, Erwin; Snavely, P. D., from the Oregon lower slope [abstract]. Cotton,]. A.; Catchings, R. D., 1989, Data Jr., 1988, Fluid venting structures on the report for the 1983 U.S. Geological Sur­ Cochrane, G. R.; Moore,]. C.; MacKay, M. northern Oregon continental shelf. vey east-central Oregon seismic refrac­ E.; Moore, G. F., 1990, Fluid flow in the Kulm, L. D.; Von Huene, Roland; Duncan, tion experiment. Oregon accretionary prism from seismic ]. R.; Ingle, ]. C.; Kling, S. A.; Musich, data and vents [abstract]. Dawson, P. B.; Stauber, D. A., 1986, Data L. F.; Piper, D. J. W.; Pratt, R. M.; Schra­ report for a three-dimensional high-res­ Couch, R. W.; Pietrafesa, L. J., 1968, Earth­ der, H.-J.; Weser, O.; Wise, S. W., 1973, olution P-velocity structural investiga­ quakes off the Oregon coast, January Site 174. tion of Newberry Volcano, Oregon, 1968 to September 1968. Kulm, L. D.; Von Huene, Roland; Duncan, using seismic tomography. Drummond, K. J., chairman; and others, J. R.; Ingle, J. C.; Kling, S. A.; Musich, Fitterman, D. V.; Neev, D. K., 1985, Tran­ 1982, rev. 1984, Plate-tectonic map of L. F.; Piper, D. J. W.; Pratt, R. M.; Schra­ sient sounding investigation of New­ the circum-Pacific region, Pacific Basin der, H. 0J.; Weser, 0.; Wise, S. W., 1973, berry Volcano, Oregon. sheet. Site 175. Fitterman, D. V.; Stanley, W. D.; Bisdorf, R. Embley, R. W.; Chadwick, W. W., Jr.; Fox, Kulm, L. D.; Von Huene, Roland; Duncan, ]., 1988, Electrical structure of New­ C. G., 1990, New evidence for volcanic J. R.; Ingle, J. C.; Kling, S. A.; Musich, berry Volcano, Oregon. eruptions on the southern Juan de Fuca F. L.; Piper, D. J. W.; Pratt, R. M.; Schra­ Ridge during the 1980's-Implications der, H.-1.; Weser, 0.; Wise, S. W., 1973, Gettings, M. E.; Griscom, Andrew, 1988, for megaplumes and seafloor monitor­ Site 176. Gravity model studies of Newberry Vol­ ing [abstract cano, Oregon. J. Lewis, 8. T. R.; Cochrane, G. R., 1990, Embley, R. W.; Kulm, L. D.; Massoth, G. Relationship between the location of Gutmanis, ]. C., 1989, Wrench faults, pull­ I.; Abbott, D. H.; Holmes, M. L., 1987, chemosynthetic benthic communities apan basins, and volcanism in central Morphology, structure and resource po­ and geologic structure on the Cascadia Oregon-A new tectonic model based tential of the Blanco transform fault subduction zone. on image interpretation. zone. Lister, C.R. B.; deCharon, A. V.; Chiao, L, Iyer, H. M., 1985, Imaging of velocity Filloux, J. H.; Law, L. K.; Yukutake, T.; 1987, Profile delineates tilted sedimen­ anomalies in the crust and upper mantle Segawa, ].; Hamano, Y.; Utada, H.; tary blocks on both sides of Cascadia in diverse volcanic environments using White, A.; Chave, A. D.; Tarits, Pascal; spreading center in the Blanco trans­ teleseismic waves. Green, A. W., Jr., 1989, OFFSHORE form (abstract]. Iyer, H. M.; Stauber, D. A., 1985, High-res­ EMSLAB-Objectives, experimental Moore,]. C.; Cochrane, G. R.; MacKay, M. olution imaging of three-dimensional phase and early results. E.; Moore, G. F.; Brown, Kevin, 1991, anomalies using explosion-generated Goldfinger, Chris; Appelgate, T. B., Ir.; Dilational stain waves along thrust seismic waves [abstract]. Kulm, L D.; Yeats, R. S., 1989, Side­ faults of the modem Oregon accretion­ Stauber, D. A., 1984, Oregon seismic exper­ scan sonar imaging of probable active ary prism (abstract]. iment. faults on the Juan de Fuca plate adjacent Orange, D. L.; Breen, N. A.; Dahlen, F. A., Stauber, D. A.; Green, S. M.; Iyer, H. M., to the central Oregon continental margin 1989, Seepage force, submarine can­ 1988, Three-dimensional P velocity [abstract]. yons, and the inter-relationship of hy­ structure of the crust below Newberry Goldfinger, Chris; MacKay, M. E.; Kulm, drology, geomorphology, and accretion­ Volcano, Oregon. L. D.; Yeats, R. S., 1990, Neotectonics ary tectonics (abstract]. Stauber, D. A.; Iyer, H. M.; Mooney, W. D.; and possible segmentation of the Juan de Oregon Geology, 1991, Significant Oregon Dawson, P. B., 1985, Three-dimensional Fuca plate and Cascadia subduction eanhquakes in 1991. P-velocity structure of the summit cal­ zone off central Oregon [abstract]. Reid, M. R.; Sample, J.C., 1991, Seawater dera of Newberry Volcano, Oregon. Henry, P.; Wang, C.-Y., 1990, Modeling of and continental sources for syn-tectonic Urquhan, S. A.; Waff, H. S.; Rygh, J. T.; fluid flow and pore pressure at the toe of diagenetic carbonate in the Cascadia ac­ Clingman, W. W.; Livelybrooks, D. W., the Oregon and Barbados accretionary cretionary wedge, Oregon-Sr and Nd 1986, A magnetotelluric investigation of wedges [abstract]. isotope evidence (abstract]. the Newberry Volcano, Oregon [ab­ Horath, F. L.; Moore,]. C., 1989, Perme­ Rinehart, V. ]., 1964, Investigation of stract]. ability evolution in the Cascadia accre­ twelve earthquakes off the Oregon and OREGON - OFFSHORE AREAS tionary terrane; Examples from the sub­ nonheni California coasts. Bibee, L. D., 1986, Ocean bottom seismom­ marine prism and uplifted shear zones Sample, J. C.; Reid, M. R.; Moore, J. C., (abstract] . .eter measurements on the Gorda Ridge. 1991, Isotopic evidence from syn-tec­ Cacchione, D. A.; Drake, D. E.; Clarke, S. Keach, R. W., Il; Potter, C. ]., 1989, Eocene tonic diagenetic carbonate for deeply­ to present active margin tectonics, west­ H., Ir.; Masson, D. G., 1984, Long-range derived fluids in the Cascadia accretion­ ern Oregon, as revealed by deep reflec­ side-scan-sonar studies of the northern ary wedge, Oregon (abstract]. California and southern Oregon EEZ tion profiles (abstract]. Shi, Yaolin; Wang, C.-Y.; Hwang, W.-T.; [abstract]. Kulm, L. D.; Prince, R. A.; Snavely, P. D., Von Huene, Roland, 1989, Hydrogeo­ Ir., 1973, Site survey of the northern Cacchione, D. A.; Drake, D. E.; Clarke, S. logical modeling of porous flow in the H., Jr.; Masson, D. G., 1984, Physiogra- Oregon accretionary prism. 196 OREGON - PACIFIC COAST OPEN FILE REPORT 92-2

Snavely, P. D., Jr., 1984, Sixty million years contaminants in coastal watersheds­ Mclnelly, G. W., 1989, Holocene and late­ of growth along the Oregon continental The case of Coos Bay [abstract]. Pleistocene tectonic deformation in the margin. Bodvarsson, G. M., 197S, Ocean wave-gen­ Cape Arago-Bandon region of coastal Snavely, P. D., Jr.; Wagner, H. C.; Lander, erated microseisms at the Oregon coast. Oregon as deduced from marine wave­ D. L., 1984, Land-sea geologic cross Byerly, Perry, 1940, Seismicity of the cut platforms. section of the southern Oregon conti­ northern Pacific Coast of the United Mcinelly, G. W.; Kelsey, H. M., 1990, Late nental margin [abstract]. States. Quaternary tectonic deformation in the Stoddard, P.R.; Woods, M. T., 1989, Master Darienzo, M. E., 1989, Evidence for and Cape Arago-Bandon region of coastal event relocations of Gorda plate earth­ implications of small-scale (m) tectonic Oregon as deduced from wave-cut plat­ quakes [abstract]. subsidence in salt marshes of Alsea Bay, forms. Strasser, J.C.; Carson, Bobb; Lewis, B. T. Oregon, central Cascadia margin [ab­ Mcinelly, G. W.; Kelsey, H. M.; Nelson, A. R., 1989, Velocity-derived porosity dis­ stract]. R., 1989, Late Pleistocene and Holocene tribution of the lower Oregon margin Darienzo, M. E.; Peterson, C. D., 1988, In­ tectonic deformation of the Whiskey accretionary prism-Implications for vestigation of salt marsh stratigraphic Run wave-cut platform in the Cape dewatering [abstract]. response to climatic, oceanographic and Arago-Coos Bay area, coastal Oregon Suess, Erwin; Kulm, L. D.; Carson, Bobb; tectonic-subsidence forcing processes [abstract]. Whiticar, M. J., 1987, Fluid flow and in the Pacific Northwest region. Montgomery, D. R.; Dietrich, W. E., 1988, methane fluxes from vent sites at the Darienzo, M. E.; Peterson, C. D., 1990, Ep­ Where do channels begin?. Oregon subduction zone [abstract]. isodic tectonic subsidence of late Holo­ Muhs, D. R.; Kelsey, H. M.; Miller, G. H.; Tobin, J. H.; Moore, J.C.; MacKay, M. E.; cene salt marshes, nonhern Oregon cen­ Kennedy, G. L.; Whelan,J. F.; Mclnelly, Cochrane, G. R.; Moore, G. F.; Orange, tral Cascadia margin.• G. W., 1990, Age estimates and uplift D. L., 1991, ALVIN observations at the Darienzo, M. E.; Peterson, C. D., 1990, Ev­ rates for late Pleistocene marine ter­ central Oregon accretionary prism-Ev­ idence for and implications of small­ races--Southern Oregon ponion of the idence for fault control of fluid seepage scale (m) tectonic subsidence in salt Cascadia forearc. [abstract]. marshes of Alsea Bay, Oregon, central Murphy, T. M.; Niem, A. R., 1982, Tectonic Tobin, H.J.; Moore, J.C.; MacKay, M. E.; Cascadia margin [abstract]. and paleoenvironmental significance Cochrane, G. R.; Orange, D. L.; Moore, Darienzo, M. E.; Peterson, C. D., 1991, In­ and magnetic-geochemical stratigraphy G. F.; Kulm, L D., 1991, Generation of vestigation of coastal neotectonics and of the Columbia River basalt at the mid­ fracture permeability along a venical paleoseismicity of the southern Casca­ dle Miocene shoreline, northwestern fault at the Oregon accretionary margin dia margin as recorded in coastal marsh Oregon Coast Range [abstract]. and implications for wedge thrust verg­ systems.• · Nelson, A. R., 1987, Apparent gradual rise ence [abstract]. Darienzo, M. E.; Peterson, C. D.; Clough, in relative sea level on the south-central Trehu, A. M.; Holt, T.; Shi, J.; Nakamura, C. M., 1991, Stratigraphic evidence for Oregon coast during the late Holo­ Y.; Brocher, T.;· Moses, M., 1990, Pre­ synchroneity of coseismic burial events cene-Implications for the great Casca­ liminary results from the 1989 Oregon between bays along the northern Oregon dia earthquake hypothesis [abstract]. onshore-offshore seismic imaging ex­ coast [abstract]. Nelson, A. R., 1987, Earthquake recurrence periment [abstract].• Eberhardt, Ellen, 1988, Dynamics of inter­ and Quaternary deformation on the Trehu, A. M.; Nakamura, Y.; Brocher, T.; mediate-size stream outlets, nonhern Cascadia subduction zone-Coastal Moses, M., 1991, 1989 Oregon onshore­ Oregon coast. Oregon. offshore seismic imaging experiment Grant, W. C., 1988, Evidence for late Holo­ Nelson, A. R., 1988, Implications of late [abstract]. cene subduction earthquakes recorded Holocene salt-marsh stratigraphy for Trivett, D. A.; Williams, A. J., m, 1990, in tidal marsh deposits along the Neha­ earthquake recurrence along the coast of Velocity and temperature profiles of dif­ lem and Salmon Rivers, northern Ore­ south-central Oregon.• fuse hydrothermal flow at the southern gon [abstract]. Nelson, A. R.; Personius, S. F., 1991, Earth­ Juan de Fuca Ridge [abstract]. Grant, W. C., 1989, More evidence from quake recurrence and Quaternary defor­ Vincent, Paul; Richards, M. A.; Weldon, R. tidal-marsh stratigraphy for multiple mation in the Cascadia subduction zone, J., II, 1990, Venical deformation of the late Holocene subduction eanhquakes coastal Oregon.• Oregon Cascadia margin [abstract].• along the northern Oregon coast [ab­ Nelson, A. R.; Personius, S. F.; Rhea, Wannamaker, P. E.; Booker, J. R.; Filloux, stract]. Susan, 1990, Earthquake recurrence and J. H.; Jones, A.G.; Chave, A. D., 1989, Grant, W. C.; Atwater, B. F.; Carver, G. A.; Quaternary deformation in the Cascadia Uncovering deep structure, fluid move­ Darienzo, M. E.; Nelson, A. R.; Peter· subduction zone, coastal Oregon.• ment and melting in the Cascadia sub· son, C. D.; Vick, G. S., 1989, Radiocar­ North, W. B., 1964, Coastal landslides in duction system from geomagnetic in­ bon dating of late Holocene coastal sub­ northern Oregon. duction measurements [abstract]. sidence above the Cascadia subduction Pattullo, J. G.; Burt, W. V.; Burdwell, G. B., Webb, S. C.; Hildebrand, J. A.; Fox, C. G.; zone-Compilation for Washington, 1968, Tsunami on the Oregon coast from Crawford, W. C.; Hammer, P. T. C.; Oregon, and northern California [ab­ an earthquake near Japan. Herzfeld, U. C.; McDonald, M. A.; Ste­ stract]. Peterson, C. D., 1989, Megatbrust and venson, J. M., 1990, Geophysical stud­ Grant, W. C.; McLaren, D. D., 1987, Evi­ upper-plate paleoseismicity of the ies at the megaplume site on the south­ dence for Holocene subduction earth­ southern Cascadia margin. ern Juan de Fuca Ridge [abstract]. quakes along the northern Oregon coast Peterson, C. D.; Darienzo, M. E., 1988, Dis­ Woodcock, S. F.; Couch, R. W., 197S, The [abstract]. crimination of flood, storm and tectonic Tillamook earthquakes of 16 June 1973 Hebenstreit, G. T.; Muny, T. S., 1989, Tsu­ events in coastal marsh records of the [abstract]. nami amplitudes from local earthquakes southern Cascadia margin.• OREGON - PACIFIC COAST in the Pacific Northwest region of North Peterson, C. D.; Darienzo, M. E., 1988, Ep­ America; Part I-The outer coast. isodic tectonic subsidence of late Holo­ Alemi, M. A., 1978, A gravity survey of Kelsey, H. M., 1990, Late Quaternary defor­ cene salt marshes in Oregon-Clear ev­ Coos Bay, Oregon. mation of marine terraces on the Casca­ idence of abrupt strain release and grad­ Baptista, A. M.; Jarrell, W. M.; Barros, A. dia subduction zone near Cape Blanco, ual strain accumulation in the southern P.; Turner, P. J., 1990, Integrated analy­ Oregon. Cascadia margin during the last 3,500 sis of pathways of water, sediments, and years.• INDEX OREGON - RIVER MORPHOLOGY 197

Peterson, C. D.; Darienzo, M. E., 1989, Ep­ Cohee, B. P.; Somerville, P. G.; Sen, M. K., Palmer, L.A.; Redfern, Roger, 1973, Envi­ isodic, abrupt tectonic subsidence re­ 1989, Strong ground motions in the Se­ ronmental geology for planning of the corded in late Holocene deposits of the attle-Portland region from hypothesized Marquam Hill area, Portland, Oregon. South Slough syncline-An on-land ex­ Mw=8 subduction earthquake [abstract]. Perbix, T. W., 1988, Evaluation of earth­ pression of shelf fold belt deformation Cornforth, D. H., 1990, Earthquake-in­ quake hazard and risk in the Puget from the southern Cascadia margin [ab­ duced landslides. Sound and Portland areas. stract]. Davis, S. A., 1988, An analysis of the Somerville, P. G., 1989, Strong ground mo­ Peterson, C. D.; Darienzo, M. E., 1990, Ev­ eastern margin of the Portland basin tion attenuation in the Puget Sound­ idence of subduction zone paleo­ using gravity surveys. Portland region. seismicity from the central Oregon mar­ Elliott, W. M., 1988, The need to mitigate Somerville, P. G.; Cohee, B. P., 1989, Sim­ gin-Alsea Bay, Oregon [abstract]. earthquake hazards to lifelines. ulation and empirical studies of ground Peterson, C. D.; Darienzo, M. E.; Parker, Elliott, W. M., 1990, Development of inven­ motion attenuation in the Seattle-Port­ M., 1988, Coastal neotectonic field trip tory and seismic loss estimation model land region.• guide for Netarts Bay, Oregon. for Portland, Oregon water and sewer Somerville, P. G.; Cohee, B. P.; Sen, M. K., Preuss, Jane; Hebenstreit, G. T., 1989, The systems. 1989, Estimates of strong ground mo­ tsunami threat in the Pacific Northwest Hammond, P. E.; Benson, G. T.; Cash, D. J.; tions in the Seattle-Portland region undCT today's land use conditions. Palmer, L. A.; Donovan, Jan; Gannon, from hypothesized magnitude 8 Casca­ Rhea, Susan, 1988, Fluvial morphology of Brian, 1974, A preliminary geological dia subduction earthquakes. the Oregon coast. investigation of the ground effects of Tinsley, J.C., 1989, Considerations for de­ Sayre, W. O.; Komar, P. D., 1988, The earthquakes in the Portland metropoli­ terministic ground motion mapping in Jump-Off Joe landslide at Newport, Ore­ tan area, Oregon. the Portland-Puget Sound region, gon-History of erosion, development Hays, W.W., 1989, Preface. Titus, W. S.; Beeson, M. H., 1988, Struc­ and destruction. Hays, W.W., editor; Huey, Linda, compiler, tural development of the Portland Basin Sokolowski, T. J.; Fuller, G. W.; Blackford, 1989, Proceedings of Conference inferred from geochemical and paleo­ M. E.; Jorgensen, W. J., 1983, The Alas­ XLVlli, 3rd annual workshop on "Earth­ magnetic trends in the Boring volcanics ka Tsunami Warning Center's automatic quake hazards in the Puget Sound, Port­ [abstract]. earthquake processing system. land area". Wang, L. R. L; Wang, J. C. C.; Ishibashi, Thorsen, G. W., 1988, Overview of earth­ Johnson, A.G.; Beeson, P. T., 1989, Analy­ Isao, 1989, Development of inventory quake-induced water waves in Washing­ sis of gravity data for the greater Port­ and seismic loss estimation model for ton and Oregon. land area.• Portland, Oregon water and sewer sys­ Tobin, J. H.; Moore, J. C.; MacKay, M. E.; Johnson, A. G.; Davis, S. A.; Perttu, J. C.; tems. Cochrane, G. R.; Moore, G. F.; Orange, Titus, W. S., 1988, Analysis of gravity Wang, L. R. L.; Wang, J. C. C.; Ishibashi, D. L., 1991, ALVIN observations at the data in the Portland area [abstract]. Isao; Ballantyne, D. B.; Elliott, W. M., central Oregon accretionary prism-Ev­ Madin, I. P., 1989, Distribution of poten­ 1989, Development of inventory and idence for fault control of fluid seepage tially responsive Quaternary deposits in seismic loss estimation model for Port­ [abstract]. Portland. land, Oregon water and sewer systems. Trehu, A. M.; Nakamura, Y.; Bracher, T.; Madin, I. P., 1989, Evaluating earthquake Wong, I. G.; Silva, W. J.; Madin, I. P., 1990, Moses,M., 1991, 19890regononshore­ hazards in the Portland, Oregon, metro­ Preliminary assessment of potential offshore seismic imaging experiment politan area-Mapping potentially haz­ strong earthquake ground shaking in the [abstract]. ardous soils. Portland, Oregon, metropolitan area. Turner, P. J.; Baptista, A. M., 1990, Visual­ Madin, I. P., 1990, Earthquake-hazard geol­ Wong, I. G.; Silva, W. J.; Madin, I. P., 1990, ization tools for environmental studies ogy maps of the Portland metropolitan Site-specific earthquake strong ground in estuaries [abstract]. area, Oregon-Text and map explana­ motion studies in the Puget Sound and Weldon, Ray; Humphreys, E. D., 1991, tion.• Portland, Oregon metropolitan areas. Crustal deformation of western Oregon. Madin, I. P.; Pezzopane, Silvio, 1990, Qua­ Yelin, T. S.; Patton, H.J., 1991, Seismotec­ West, D. 0., 1988, Pleistocene raised ma­ ternary deformation in the Portland tonics of the Portland, Oregon, region.• rine terraces along the Washington-Ore­ metro area [abstract]. Youd, T. L.; Madin, I. P., 1991, Liquefac­ gon coastline and implications to Casca­ May, P. J., 1989, Earthquake risk reduction tion hazard mapping for the Portland, dia subduction zone tectonics. policies and practices within the Puget Oregon region. Woodward, John; White, James; Cum­ Sound/Portland areas. OREGON - RIVER mings, Ronald, 1990, Paleoseismicity May, P. J., 1990, Earthquake risk reduction MORPHOLOGY and the archaeological record-Areas of prospects-Puget Sound-Portland as­ Benda, L. E.; Dunne, Thomas, 1988, Varia­ investigation on the northern Oregon sessment. tion of channel morphology controlled CO&SL May, P. J.; Fox, Edward; Hasan, N. S., 1989, by the frequency and magnitude of mass Yamaguchi, D. K., 1991, Use of ring pat­ Anticipating earthquakes-Risk reduc­ wasting [abstract]. terns in buried spruce stumps to test for tion policies and practices in the Puget Eberhardt, IDlen, 1988, Dynamics of inter­ sudden synchronous submergence of the Sound and Portland areas.• Washington and Oregon coasts 300 mediate-size stream outlets, northern May, P. J.; Fox, Edward; Hasan, N. S., 1989, Oregon coasL years B.P. Earthquake risk reduction profiles­ Montgomery, D.R.; Dietrich, W. E., 1988, OREGON - PORTLAND AREA Local policies and practices in the Puget Sound and Portland areas. Where do channels begin?. Algermi11en, S. T., 1990, Regional and na­ Nazy, D. J., 1987, A seismic refraction Personius, S. F., 1988, Fluvial terraces in tional seismic hazard and risk assess­ study of a portion of the northeastern the Oregon Coast Range-Preliminary ment. a11e11ment as indicators of Quaternary margin of the Tualatin Valley, Oregon. Beeson, P. T., 1990, Gravity maps, models deformation. and analysis of the greater Portland Noson, L L., 1988, Objectives of the work­ shop. Rhea, Susan, 1988, Differential Quaternary area, Oregon. uplift of the western Oregon Coast Beeson, P. T.; Johnson, A. G., 1990, Gravity Oregon Geology, 1991, Significant Oregon Range indicated by river gradient and of the greater Portland area [abstract]. earthquakes in 1991. river valley shape. 198 OREGON - SOILS, SEDIMENTS AND STRATIGRAPHY OPEN FILE REPORT 92-2

Oregon - Soll mechanics, see Smith, G. A.; Vincent, K. R.; Snee, L. W., trends, and tectonic segmentation in the OREGON - ENGINEERING 1989, An isostatic model for basin for­ Oregon margin accretionary prism [ab­ GEOLOGY mation in and adjacent to the central stract]. Oregon High Cascade Range. OREGON - SOILS, Mooney, W. D.; Weaver, C. S., 1989, Re­ Swanson, F. J.; Benda, L E.; Duncan, S. H.; gional crustal structure and tectonics of SEDIMENTS AND Grant, G. E.; Megahan, W. F.; Reid, L. the Pacific coastal states; California, STRATIGRAPHY M.; Ziemer, R.R., 1987, Mass failures Oregon, and Washington. Baptista, A. M.; Jarrell, W. M.; Barros, A. P.; and other processes of sediment produc­ Ryberg, P. T., 1989, Paleocene to early Eo­ Turner, P. J., 1990, Integrated analysis tion in Pacific Northwest forest land­ cene depositional systems along a tec­ of pathways of water, sediments, and scapes. tonically · active continental margin, contaminants in coastal watersheds­ Verosub, K. L.; Mehringer, P. J., Jr., 1987, southwestern Oregon [abstract]. The case of Coos Bay [abstract]. Holocene geomagnetic intensity varia­ Sherrod, D.R.; Picltthom, L. B. G., 1989, Barber, J. H., Jr.; Nellon, C. H., 1987, Seis­ tions in western North America-The Some notes on the Neogene structural mic stratigraphy of post-collapse sedi­ record from Fish Laite, Oregon [ab­ evolution of the Cascade Range in Ore­ ments in Crater Laite caldera [abstract]. stract]. gon. Benda, L. E.; Cundy, T. W., 1990, Predict­ Smith, G. A.; Vincent, K. R.; Snee, L. W., ing deposition of debris flows in moun­ OREGON - STRUCTURAL GEOLOGY AND TECTONICS 1989, An isostatic model for basin for­ tain channels. mation in and adjacent to the central Benda, L. E.; Dunne, Thomas, 1988, Varia­ [GENERAL WORKS] Oregon High Cascade Range. tion of channel morphology controlled see also OREGON - VOLCANISM Souza, M. E., 1927, Physiography and by the frequency and magnitude of mass RELATED TO STRUCTURAL structure of the Oregon Coast Range wasting [abstract]. GEOLOGY AND SUBDUCTION province. Couch, R. W.; Foote, R. W., 1985, The Shu­ Ave Lallemant, H. G.; Oldow, J. S., 1988, Titus, W. S.; Beeson, M. H., 1988, Struc­ ltash and Lapine basins-Pleistocene Early Mesozoic southward migration of tural development of the Portland Basin depressions in the Cascade Range of Cordilleran transpressional terranes. inferred from geochemical and paleo­ central Oregon [abstract]. Babcock, R. S.; Engebretson, D. C., 1991, magnetic trends in the Boring volcanics Hanna, R. L.; Verosub, K. L., 1989, A re­ Kula-Farallon-North America plate in­ [abstract]. view of lacustrine paleomagnetic re­ teractions and basalt extrusion in the Weaver, C. S., 1990, Geothermal seismotec­ cords from western North America- Oregon-Washington Coast Range [ab­ tonic studies.• 0-40,000 years BP. stract]. Weldon, Ray; Humphreys, E. D., 1991, Herrero-Bervera, Emilio; Helsley, C. E.; Blalte, M. C., Jr.; Jaylto, A. S., 1986, Tec­ Crustal defonnation of western Oregon. Hammond, S. R.; Chitwood, L.A., 1989, tonic evolution of northwest California A possible lacustrine paleomagnetic re­ and southwest Oregon. OREGON - STRUCTURAL cord of the Blalte episode from Pringle Blaltely, R. J.; Jachens, R. C., 1990, Volcan­ GEOLOGY AND TECTONICS - Falls, Oregon, U.S.A .. ism, isostatic residual gravity, and re­ FAULTS AND LINEAMENTS Negrini, R. M.; Darke, Rick; Hoare, Brian, gional tectonic setting of the Cascade Nazy, D. J., 1987, A seismic refraction 1987, Climate-induced variations in the volcanic province. study of a portion of the northeastern geomagnetic field-Possible supporting Coleman, R. G.; Manning, C. E.; Mortimer, margin of the Tualatin Valley, Oregon. evidence from a Pleistocene paleo­ N.; Donato, M. M.; Hill, L.B., 1988, Riddihough, R. P., 1985, The Roseburg­ magnetic record [abstract]. Tectonic and regional metamorphic Pendleton (ROPE) lineament, Oregon Negrini, R. M.; Verosub, K. L.; Davis, J. 0., framework of the Klamath Mountains (abstract]. 1986, 400,000 years of geomagnetic and adjacent Coast Ranges, California Ryberg, P. T., 1984, Structural influence on field behavior as recorded in fine­ and Oregon. early Tertiary sedimentary basin geome­ grained sediments from Summer Laite, Couch, R. W., 1987, The structure of west­ try, southwestern Oregon [abstract]. Laite County, Oregon [abstract]. ern Oregon [abstract]. Tobin, J. H.; Moore, J. C.; MacKay, M. E.; Nelson, A. R.; Personius, S. F., 1988, Earth­ Crum, S. V., 1987, The mechanics of sub­ Cochrane, G. R.; Moore, G. F.; Orange, qualte recurrence and Quaternary defor­ duction zone topography-A study of D. L., 1991, ALVIN observations at the mation in the Cascadia subduction zone, age effect in the Pacific Northwest. central Oregon accretionary prism-Ev­ coastal Oregon. Drummond, K. J., chairman; and others, idence for fault control of fluid seepage Nelson, C. H.; Larsen, M. C.; Thor, D. R.; 1982, rev. 1984, Plate-tectonic map of (abstract]. Wright, A. A., 1980, Sedimentary his­ the circum-Pacific region, Pacific Basin Werner, K. S.; Nabelelt, J. L; Yeats, R. S.; tory of the floor of Crater Laite, Ore­ sheeL Malone, S. D., 1990, The Mt. Angel gon-A restricted basin with non-chan­ Heam, Thomas; Beghoul, Noureddine; Bar­ fault-Implications of August, 1990, nelized turbidites [abstract]. azangi, Muawia, 1991, Tomography of Woodburn, Oregon earthquake sequence Peterson, C. D.; Darienzo, M. E., 1988, Dis­ the western United States from regional [abstract]. crimination of flood, storm and tectonic arrival times. Yeats, R. S., 1990, A search for active faults events in coastal marsh records of the Heller, P. L., 1984, Teetonic rotation and in the Willamette Valley, Oregon.• southern Cascadia margin.• basin development during mid-Tertiary Yelin, T. S.; Patton, H.J., 1991, Seismotec- Ryberg, P. T., 1984, Structural influence on extension in the Pacific Northwest [ab­ tonic1 of the Portland, Oregon, region.• early Tertiary sedimentary basin geome­ stract]. try, southwestern Oregon [abstract]. Hill, B. E., 1988, The Bull Springs inlier OREGON - STRUCTURAL Smith, G. A., 1985, Basin analysis of the and its significance to Oregon central GEOLOGY AND TECTONICS - Deschutes Formation-An example of High Cascade tectonics [abstract]. GEOPHYSICS the role of sedimentology in the study of Leaver, D.S., 1984, Mixed stochastic and Achauer, Ulrich; Evans, J. R.; Stauber, D. Cascade arc evolution [abstract]. deterministic modeling of the crustal A., 1988, High-resolution seismic to­ Smith, G. A.; Snee, L. W., 1984, Revised structure in the vicinity of Mt. Hood, mography of compressional wave veloc­ stratigraphy of the Deschutes basin, Ore. (abstract]. ity structure at Newberry Volcano, Ore­ Oregon-Implications for the Neogene MacKay, M. E.; Moore, G. F.; Cochrane, G. gon Cascade Range. development of the central Oregon Cas­ R.; Moore, J. C.; Kulm, L D., 1990, cades [abstract]. Landward vergence, oblique structural INDEX OREGON - SUBSIDENCE AND UPLIFT 199

Bruemmer, 1. L, 1964, Gravity models for Rasmussen, 1. R.; Humphreys, E. D., 1990, in the High Cascades and Japan [ab­ peridotite injection and local metamor­ Tomographic image of the upper mantle stract]. phism along nonh-nonheast-trending P-wave velocity structure beneath Muffler, L. 1. P.; and others, 1989, South zones of tectonism, southwest Oregon. Washington and western Oregon [ab­ Cascades arc volcanism, California and Catchings, R. D.; Mooney, W. D., 1988, stract]. southern Oregon-Red Bluf( to Red­ Crustal structure of east central Ore­ Stanley, W. D.; Mooney, W. D.; Fuis, G. S., ding, California, July 20-26, 1989. gon-Relation between Newberry Vol­ 1990, Deep crustal structure of the Cas­ Priest, G. R., 1989, Model for volcanic arc cano and regional crustal structure. cade Range and surrounding regions migration and uplift in the Cascades [ab­ Cotton, 1. A.; Catchings, R. D., 1989, Data from seismic refraction and magneto· stract]. repon for the 1983 U.S. Geological Sur­ telluric data. Priest, G. R., 1990, Volcanic and tectonic vey east-central Oregon seismic refrac­ Stauber, D. A.; Berge, P. A., 198S, Compar· evolution of the Cascade volcanic arc­ tion experiment. ison of the P-velocity structures of Mt. Central Oregon.• Dawson, P. B.; Stauber, D. A., 1986, Data Shasta, California, and Newberry Vol­ Taylor, E. M., 1989, Volcanic history and repon for a three-dimensional high-res­ cano, Oregon [abstract]. tectonic development of the central olution P-velocity structural investiga­ Stauber, D. A.; Green, S. M.; Iyer, H. M., High Cascade Range, Oregon. tion of Newberry Volcano, Oregon, 1988, Three-dimensional P velocity Verplanck, E. P.; Duncan, R. A., l 98S, Tem­ using seismic tomography. structure of the crust below Newberry poral geochemical variations in the Gough, D. I.; McKirdy, D. M.; Woods, D. Volcano, Oregon. Western Cascades and the effect of V.; Geiger, H. D., 1989, Conductive Stauber, D. A.; Iyer, H. M.; Mooney, W. D.; slowing convergence rate [abstract]. structures and tectonics beneath the Dawson, P. B., 1985, Three-dimensional Weaver, C. S., 1991, Geothermal seismotcc· EMSLAB land array. P-velocity structure of the summit cal­ tonic studies. Humphreys, E. D.; Ducker, K. G.; Biasi, G. dera of Newberry Volcano, Oregon. Weldon, Ray; Humphreys, E. D., 1991, P., 1990, Upper mantle P-wave velocity Vincent, Paul, 1989, Geodetic deformation Crustal deformation of western Oregon. structure of the western U.S. [abstract]. of the southern Cascadia margin. Iyer, H. M., 198S, Imaging of velocity Waff. H. S.; Rygh, 1. T.; Livelybrooks, D. OREGON - SUBSIDENCE AND anomalies in the crust and upper mantle W.; Clingman, W. W., 1988, Results of a UPLIFT in diverse volcanic environments using magnetotelluric traverse across western Darienzo, M. E., 1989, Evidence for and teleseismic waves. Oregon-Crustal resistivity structure implications of small-scale (m) tectonic Keach, R. W., ll, 1986, Cenozoic active and the subduction of the Juan de Fuca subsidence in salt marshes of Alsea Bay, margin and shallow Cascades struc­ plate. Oregon, central Cascadia margin [ab­ ture-COCORP results from western Wannamaker, P. E.; Booker, 1. R.; Filloux, stract]. Oregon. 1. H.; Jones, A.G.; Chave, A. D., 1989, Darienzo, M. E.; Peterson, C. D., 1988, In­ Keach, R. W., ll; Oliver,]. E.; Brown, L. D.; Uncovering deep structure, fluid move­ vestigation of salt marsh stratigraphic Kaufman, Sidney, 1989, Cenozoic ac­ ment and melting in the Cascadia sub­ response to climatic, oceanographic and tive margin and shallow Cascades struc­ duction system from geomagnetic in­ tectonic-subsidence forcing processes ture-COCORP results from western duction measurements [abstract]. in the Pacific Nonhwest region. Oregon. Wells, R. E., 1990, Paleomagnetic rotations Darienzo, M. E.; Peterson, C. D., 1990, Ep· Keach, R. W., ll; Potter, C.1., 1989, Eocene and the Cenozoic tectonics of the Ca•· isodic tectonic subsidence of late Holo­ to present active margin tectonics, west­ cade arc, Washington, Oregon, and Cal­ cene salt marshes, nonhern Oregon cen­ ern Oregon, as revealed by deep reflec­ ifornia. tral Cascadia margin.• tion profiles [abstract]. Werner, K. S.; Graven, E. P.; Berkman, T.. Darienzo, M. E.; Peterson, C. D., 1990, Ev­ Keach, R. W., Il; Potter, C.1.; Oliver, 1. E.; A.; Parker, M. 1., 1988, Direction of idence for and implications of small­ Brown, L. D., 1986, Cenozoic active maximum horizontal compression in scale (m) tectonic subsidence in salt margin and shallow Cascades struc­ nonhwestern Oregon as determined by marshes of Alsea Bay, Oregon, central ture-COCORP results from western borehole breakouts [abstract]. Cascadia margin [abstract]. Oregon [abstract]. OREGON - SUBDUCTION Darienzo, M. E.; Peterson, C. D., 1991, In­ Kohler, W. M.; Healy, 1. H.; Wegener, S.S., vestigation of coastal neotectonics and Bacon, C. R., 1983, Eruptive history of 1982, Upper crustal structure of the paleoseismicity of the southern Casca­ Mount and Crater Lake cal­ Mount Hood, Oregon region as revealed Mazama dia margin as recorded in coastal marsh dera, Cascade Range, U.S.A. by time term analysis.• systems.• Bacon, C. R.; Lanphere, M. A.; O'Neil, 1. Langston, C. A., 1977, Corvallis, Oregon, Darienzo, M. E.; Peterson, C. D.; Clough, R., 1989, Strontium and oxygen isotopes crustal and upper mantle receive struc­ C. M., 1991, Stratigraphic evidence for in volcanic rocks near Crater Lake, Ore­ ture from teleseismic P and S waves. synchroneity of coseismic burial events gon, and their bearing on arc magma­ between bays along the nonhern Oregon Langston, C. A., 1981, Evidence for the tism. subducting lithosphere under southern coast [abstract]. Hughes, S.S., 1989, Mafic magmatism and Vancouver Island and western Oregon Grant, W. C., 1988, Evidence for late Holo­ a11ociated tectonism of the central High from teleseismic P wave conversions. cene subduction eanhquakes recorded Cascades Range, Oregon. Leaver, D. S.; Mooney, W. D.; Kohler, W. in tidal marsh deposits along the Neha­ Keach, R. W., n, 1986, Cenozoic active M., 1983, Seismic studies between Cra­ lem and Salmon Rivers, nonhern Ore­ margin alid shallow Cascades struc­ ter Lake and Mount Hood [abstract]. gon [abstract]. ture-COCORP results from western Leaver, D. S.; Mooney, W. D.; Kohler, W. Grant, W. C., 1989, More evidence from Oregon. tidal-marsh stratigraphy for multiple M., 1984, A seismic refraction study of Keach, R. W., Il; Potter, C.1.; Oliver, 1. E.; the Oregon Cascades. late Holocene subduction eanhquakes Brown, L. D., 1986, Cenozoic active along the nonhern Oregon coast [ab­ Neumann, G. A.; Hermance, 1. F., 1989, The margin and shallow Cascades struc­ stract]. deep crustal structure of the Oregon ture-COCORP results from western Kelsey, H. M., 1990, Late Quaternary defor­ Cascades-Electromagnetic constraints Oregon [abstract]. [abstract]. mation of marine terraces on the Casca­ Morris, I., 1989, Geomorphology and evo­ dia subduction zone near Cape Blanco, Potter, C. 1., 1989, The deep structure of lution of the Quaternary stratovolcanoes Oregon. Nonh American accreted terranes from deep seismic reflection data. 200 OREGON - TSUNAMIS OPEN FILE REPORT 92-2

Mclnelly, G. W., 1989, Holocene and late­ Peterson, C. D.; Darienzo, M. E.; Parker, OREGON - VOLCANISM Pleistocene tectonic deformation in the M., 1988, Coastal neotectonic field trip RELATED TO STRUCTURAL Cape Arago-Bandon region of coastal guide for Netans Bay, Oregon. GEOLOGY AND SUBDUCTION Oregon as deduced from marine wave­ Priest, G. R., 1989, Model for volcanic arc Babcock, R. S.; Engebretson, D. C., 1991, cut platforms. migration and uplift in the Cascades [ab­ Mclnelly, G. W.; Kelsey, H. M., 1990, Late stract]. Kula-Farallon-North America plate in­ teractions and basalt extrusion in the Quaternary tectonic deformation in the Rhea, Susan, 1988, Differential Quaternary Cape Arago-Bandon region of coastal Oregon-Washington Coast Range (ab­ uplift of the western Oregon Coast stract]. Oregon as deduced from wave-cut plat­ Range indicated by river gradient and forms. river valley shape. Bacon, C. R., 1983, Eruptive history of Mclnelly, G. W.; Kelsey, H. M.; Nelson, A. Mount Mazama and Crater Lake cal­ Rhea, Susan, 1988, Fluvial morphology of dera, Cascade Range, U.S.A. R., 1989, Late Pleistocene and Holocene the Oregon coast. tectonic deformation of the Whiskey Bacon, C. R.; Lanphere, M. A.; O'Neil, J. Smith, G. A.; Vincent, K. R.; Snee, L. W., R., 1989, Strontium and oxygen isotopes Run wave-cut platform in the Cape 1989, An isostatic model for basin for­ Arago-Coos Bay area, coastal Oregon in volcanic rocks near Crater Lake, Ore­ mation in and adjacent to the central gon, and their bearing on arc magma­ (abstract]. Oregon High Cascade Range. Muhs, D. R.; Kelsey, H. M.; Miller, G. H.; tism. Woodward, John; White, James; Cum­ Cohee, B. P.; Somerville, P. G.; Abraham­ Kennedy, G. L.; Whelan, J. F.; Mclnelly, mings, Ronald, 1990, Paleoseismicity G. W., 1990, Age estimates and uplift son, N. A., 1990, Ground motions from and the archaeological record-Areas of hypothesized Mw=8 subduction earth­ rates for late Pleistocene marine ter­ investigation on the northern Oregon quakes in the Pacific Northwest (ab­ races-Southern Oregon portion of the coast. Cascadia forearc. stract]. Murphy, T. M.; Niem, A. R., 1982, Tectonic OREGON - TSUNAMIS Crosson, R. S., 1990, Regional 1eismicity and paleoenvironmental significance Hebenstreit, G. T.; Muny, T. S., 1989, Tsu­ and tectonics (abstract]. and magnetic-geochemical stratigraphy nami amplitudes from local eanhquakes Ferrick, M. G.; Qamar, A. I.; St. Lawrence, of the Columbia River basalt at the mid­ in the Pacific Northwest region of North W. F., 1982, Source mechanism of vol­ dle Miocene shoreline, northwestern America; Pan 1-Tbe outer coast. canic tremor. Oregon Coast Range (abstract]. Pattullo, J. G.; Bun, W. V.; Burdwell, G. B., Gutmanis, J.C., 1989, Wrench faults, pull­ Nelson, A. R., 1987, Apparent gradual rise 1968, Tsunami on the Oregon coast from apan basins, and volcanism in central in relative sea level on the south-central an earthquake near Japan. Oregon-A new tectonic model based Oregon coast during the late Holo­ Preuss, Jane; Hebenstreit, G. T., 1989, The on image interpretation. cene-Implications for the great Casca­ tsunami threat in the Pacific Northwest Hughes, S. S., 1984, Structural and petro­ dia earthquake hypothesis [abstract]. under today's land use conditions. chemical indicaton for an extensional Nelson, A. R., 1987, Earthquake recurrence Sokolowski, T. J.; Fuller, G. W.; Blackford, tectonic regime imposed on central High and Quaternary deformation on the Cas­ M. E.; Jorgensen, W. J., 1983, The Alas­ Cascade volcanism (abstract]. cadia subduction zone--Coastal Ore­ ka Tsunami Warning Center's automatic Hughes, S. S., 1990, Mafic magmatism and gon. earthquake processing system. associated tectoniam of the central High Nelson, A. R., 1988, Implications of late Thonen, G. W., 1988, Overview of earth­ Cascade Range, Oregon.• Holocene salt-marsh stratigraphy for quake-induced water waves in Washing­ Muffler, L. J. P.; and others, 1989, South earthquake recurrence along the coast of ton and Oregon. Cascades arc volcanism, California and south-central Oregon.• southern Oregon-Red Bluff to Red­ OREGON - VOLCANISM Nelson, A. R.; Penonius, S. F., 1991, Earth­ ding, California, July 20-26, 1989. quake recurrence and Quaternary defor­ see also OREGON - NEWBERRY Priest, G. R., 1989, Model for volcanic arc mation in the Cascadia subduction zone, VOLCANO AREAS migration and uplift in the Cascades (ab­ coastal Oregon.• Blakely, R. J.; Jachens, R. C., 1990, Volcan­ stract]. Nelson, A. R.; Personius, S. F.; Rhea, ism, isostatic residual gravity, and re­ Priest, G. R., 1990, Volcanic and tectonic Susan, 1990, Earthquake recurrence and gional tectonic setting of the Cascade evolution of the Cascade volcanic arc­ Quaternary deformation in the Cascadia volcanic province. Central Oregon.• subduction zone, coastal Oregon.• Blakely, R. J.; Wells, R. E., 1990, Cascade Taylor, E. M., 1990, Volcanic history and Peterson, C. D., 1989, Megathrust and Range evolution-Constraints from tectonic development of the central upper-plate paleoseismicity of the gravity and magnetic anomalies (ab­ High Cascade Range, Oregon.• southern Cascadia margin. stract]. Verplanck, E. P.; Duncan, R. A., 1985, Tem­ Peterson, C. D.; Darienzo, M. E., 1988, Ep­ Cameron, K. A.; Pringle, P. T., 1987, A poral geochemical variations in the isodic tectonic subsidence of late Holo­ detailed chronology of the most recent Western Cascades and the effect of cene salt marshes in Oregon--Clear ev­ major eruptive period at Mount Hood, slowing convergence rate (abstract]. idence of abrupt strain release and grad­ Oregon. Weaver, C. S., 1991, Geothermal seismotec­ ual strain accumulation in the southern Carlson, R. W.; Han, W. K., 1990, West­ tonic studies. Cascadia margin during the last 3,500 ward migration of calc-alkaline basaltic Westhusing, J. K., 1974, Reconnaissance years.• volcanism and the nature of the Cas­ surveys of near-event seismic activity in Peterson, C. D.; Darienzo, M. E., 1989, Ep­ cade-Basin and Range boundary (ab­ the volcanoes of the Cascade Range, isodic, abrupt tectonic subsidence re­ stract]. Oregon. Sherrod, D.R., 1987, New compilation map corded in late Holocene deposits of the OROGENY South Slough syncline-An on-land ex­ of the Cascade Range in Oregon. pression of shelf fold belt deformation Wood, C. A.; Kienle, Juergen, compilers Bittenbender, P. E., 1991, Mid-Cretaceous from the southern Cascadia margin [ab­ and editors, 1990, Volcanoes of North orogenesis in the Huckleberry Mountain stract]. America-United States and Canada. area, North Cascades, Washington. Peterson, C. D.; Darienzo, M. E., 1990, Ev­ Blakely, R. J.; Wells, R. E., 1990, Cascade idence of subduction zone paleo- Range evolution-Constraints from 1eismicity from the central Oregon mar­ gravity and magnetic anomalies [ab­ gin-Alsea Bay, Oregon (abstract]. stract]. INDEX PACIFIC COAST - CALIFORNIA 201

Duncan, R. A.; Kulm, L. D., 1989, Plate tion plate and the slabless window be­ Field, M. E., 1984, The submarine landslide tectonic evolution of the Cascades arc­ neath northern California [abstract]. of 1980 off northern California. subduction complex. Berger, G. W.; Burke, R. M.; Carver, G. A.; Grant, W. C.; Atwater, B. F.; Carver, G. A.; McGroder, M. F., 1989, Elements of the Easterbrook, D. J., 1988, Thermolumi­ Darienzo, M. E.; Nelson, A. R.; Peter­ Cascades 'collisional' orogen-Intro­ nescence analyses and paleomagnetic son, C. D.; Vick, G. S., 1989, Radiocar­ duction to a transect from the Methow signatures-Techniques for establishing bon dating of late Holocene coastal sub­ Basin to the San Juan Islands, Washing­ numerical age estimates on tectonically sidence above the Cascadia subduction ton. deformed marine terraces, northern Cal­ zone-Compilation for Washington, McGroder, M. F., 1991, Reconciliation of ifornia (abstract]. Oregon, and northern California [ab­ two-sided thrusting, burial metamor­ Berger, G. W.; Easterbrook, D. J., 1988, stract]. phism, and diachronous uplift in the Dating marine terrace deformation north Helferty, M. G.; Booker,J.R., 1990, A three Cascades of Washington and British Co­ of the Mendocino triple junction.• dimensional study of gcoelectric struc­ lumbia. Blake, M. C., Jr.; Jones, D. L.; Wentworth, ture in northern California (abstract]. Monger, J. W. H.; Price, R. A., 1979, C. M., 1984, Continent-ocean transects Jacoby, G. C.; Sheppard, P. R.; Carver, G. Geodynamic evolution of the Canadian C-1 and C-2-Accretionary history of A., 1989, Dating of earthquake-induced Cordillera-Progress and problems. the California coast ranges (abstract]. landslides using tree-ring analysis [ab­ Walker, N. W.; Brown, E. H., 1991, ls the Breen, N. A.; Lisowski, Michael; Prescott, stract]. southeast Coast Plutonic Complex the W. H., 1987, Spatially varying pattern of Kelsey, H. M.; Carver, G. A., 1986, Studies consequence of accretion of the Insular crustal strain near the Mendocino triple of Quaternary faulting through the anal­ 1uperterrane? Evidence from U -Pb zir­ junction, California [abstract]. ysis of small faults and fractures, north con geochronometry in the northern Burke, R. M.; Carver, G. A., 1989, The coastal California. Washington Cascades. degree of soil development from buried Knapp, J. S., Jr., 1989, Seismic activity at PACIFIC COAST soils formed in fault-generated colluvi­ the southern end of the Cascadia subduc­ ums reflect interseismic time, northern tion zone [abstract]. Note: Virtually all of the entries in California (abstract]. Knapp, J. S., Jr.; McPherson, R.; Smith, S. this section pertain to the Carver, G. A., 1988, Seismic potential of W., 1988, Seismicity near Cape Mendo­ Earthquakes, Seismology, and(or) the Gorda segment of the Cascadia sub­ cino, California, 1974-1984 (abstract]. Paleoseismology of the Pacific duction zone [abstract]. Coast region, and the Lajoie, K. R., 1986, Rapid tectonic uplift subduction at the Cascadia Carver, G. A., 1989, Paleoseismicity of the near the Mendocino triple junction re­ subduction zone. southern part of the Cascadia subduction corded by emergent marine strandlines zone (abstract]. [abstract]. PACIFIC COAST - BRITISH Carver, G. A., 1991, Active subduction tec­ McPherson, B. C., 1989, Focal mechanisms COLUMBIA tonics north of the Mendocino triple and seismicity at the southern end of the Clague, J. J., 1989, Sea levels on Canada's junction, northwestern California [ab­ Cascadia subduction zone (abstract]. Pacific coast-Past and future trends.• stract].• McPherson, B. C., 1989, Seismicity and Foster, H. D., 1976, Coastal erosion-A Carver, G. A.; Burke, R. M., 1986, lnvesti· focal mechanisms near the southern end natural hazard of the Saanich Peninsula, gations of late Pleistocene and Holocene of the Cascadia subduction zone [ab­ Vancouver Island. thrust faulting in coastal California stract]. Hebenstreit, G. T.; Murty, T. S., 1989, Tsu­ north of Cape Mendocino. McSweeney, T. J.; Smith, S. W., 1991, nami amplitudes from local earthquakes Carver, G. A.; Burke, R. M., 1987, Late Space-time clustering of seismicity at in the Pacific Northwest region of North Holocene paleoseismicity of the south­ Cape Mendocino (abstract]. America; Part I-The outer coast. ern end of the Cascadia subduction zone Merritts, Dorothy, 1986, Late Quaternary Hutchinson, Ian, 1990, Intertidal marshes [abstract]. tectonism in coastal northern Califor­ of the Fraser River delta-The geologi­ Carver, G. A.; Burke, R. M., 1987, Late nia-A geomorphic approach [abstract]. cal theatre and the ecological play (ab­ Pleistocene and Holocene paleoseis­ O'Dea, K. M., 1989, Terrace formation and stract]. micity of Little Salmon and Mad River deformation on Yager Creek-Late Linden, R. H.; Schurer, P. J., 1988, Sedi­ thrust systems, N.W. California-Im­ Pleistocene fluvial and tectonic activity ment characteristics and sea-level his­ plications to the seismic potential of the at the southern end of the Cascadia sub­ tory of Royal Roads Anchorage, Victo­ Cascadia subduction zone (abstract]. duction zone (abstract]. ria, British Columbia. Carver, G. A.; Burke, R. M.; Kelsey, H. M., Rea, D. K.; Heath, G. R., 1983, Oceanogra­ Syvitski, J.P. M.; Smith, J. N.; Calabrese, 1986, Late Quaternary tectonics of phy and geology of Pacific low-level E. A.; Boudreau, B. P., 1988, Basin sed­ coastal California north of the waste disposal study area W-N (ab­ imentation and the growth of prograding Mendocino triple junction [abstract]. stract]. deltas. Carver, G. A.; Vick, G. S.; Burke, R. M., Rinehart, V. J., 1964, Investigation of Wigen, S. O.; Stephenson, F. E., 1980, 1989, Late Holocene paleoseismicity of twelve earthquakes off the Oregon and Mean sea level on the Canadian west the Gorda segment of the Cascadia sub­ northern California coasts. coasL duction zone (abstract]. Shivelle, C. D.; Carver, G. A.; Valentine, D. Clarke, S. H., Jr.; Carver, G. A., 1989, On­ W., 1991, Foraminiferid stratigraphy as PACIFIC COAST - shore-offshore characteristics and seis­ evidence for great earthquakes on the CALIFORNIA mic potential of structures along the Cascadia subduction zone in northern Atwater, B. F., 1991, Holocene paleoseis­ Gorda segment of the Cascadia subduc­ California [abstract].• mology, western Washington. tion zone (abstract]. Vick, G. S.; Carver, G. A., 1988, Late Holo­ Benz, H. M.; Zandt, G., 1991, Lithospheric Clarke, S. H., Jr.; Carver, G. A., 1991, Tec­ cene paleoseismicity, northern Hum­ structure and seismicity of northern Cal­ tonics and late Holocene paleo­ boldt Bay, California (abstract]. ifornia-Evolution of the crustal margin seismicity of the southern Cascadia sub­ Wilson, D. S., 1986, Deformation of the with passage of the Mendocino triple duction zone, northwestern California Juan de Fuca plate near the Mendocino junction (abstract].• continental margin (abstract]. triple junction [abstract]. Benz, H. M.; Zandt, G.; Oppenheimer, D., Dupras, Don, 1987, A thumbnail sketch­ 1990, Seismic imaging of the subdue- California's marine geology. 202 PACIFIC COAST - GEOCHRONOLOGY OPEN FILE REPORT 92-2

PACIFIC COAST - sudden synchronous submergence of the dia margin as recorded in coastal marsh GEOCHRONOLOGY Washington and Oregon coasts 300 systems. years B.P. Atwater, B. F., 1989, Geologic studies for Darienzo, M. E.; Peterson, C. D.; Clough, seismic zonation of the Puget Sound PACIFIC COAST - MARSH C. M., 1991, Stratigraphic evidence for lowland.• synchroneity of coseismic burial events STRATIGRAPHY and between bays along the northern Oregon Atwater, B. F., 1991, Holocene paleoseis­ SUBSIDENCE AND UPLIFT coast (abstract].• mology, western Washington. Atwater, B. F., 1987, Coastal-wetland re- Grant, W. C., 1988, Evidence for late Holo­ Atwater, B. F.; Stuiver, Minzc, 1991, Pre­ cord of great Holocene eanhquakes in cene subduction earthquakes recorded cise 14C ages for sudden Holocene sub­ Washington [abstract]. in tidal marsh deposits along the Neha­ mergence in Washington [abstract]. Atwater, B. F., 1989, Geologic studies for lem and Salmon Rivers, nonhern Ore­ Atwater, B. F.; Stuiver, Minzc; Yamaguchi, seismic zonation of the Puget Sound gon [abstract]. D. K., 1991, Radiocarbon test of earth­ lowland.* Grant, W. C.; Atwater, B. F.; Carver, G. A.; quake magnitude at the Cascadia sub­ Atwater, B. F., 1991, Holocene paleoseis­ Darienzo, M. E.; Nelson, A. R.; Peter­ duction zone. mology, western Washington. son, C. D.; Vick, G. S., 1989, Radiocar­ Berger, G. W.; Burke, R. M.; Carver, G. A.; Atwater, B. F.; Stuiver, Minzc, 1991, Pre­ bon dating oflate Holocene coastal sub­ Easterbrook, D. J., 1988, Thermolumi­ cise 14C ages for sudden Holocene sub­ sidence above the Cascadia subduction nescence analyses and paleomagnetic mergence in Washington (abstract]. zone-Compilation for Washington, signatures-Techniques for establishing Atwater, B. F.; Yamaguchi, D. K., 1990, Oregon, and nonhern California [ab­ numerical age estimates on tectonically stract]. deformed marine terraces, northern Cal­ Sudden, probably coseismic submer­ Hutchinson, Ian, 1990, Intenidal marshes ifornia [abstract]. gence of Holocene trees and grass in coastal Washington State [abstract]. of the Fraser River delta-The geologi­ Berger, G. W.; Easterbrook, D. J., 1988, Berger, G. W.; Burke, R. M.; Carver, G. A.; cal theatre and the ecological play [ab­ Dating marine terrace deformation north stract]. of the Mendocino triple junction.• Easterbrook, D. J., 1988, Thermolumi­ nescence analyses and paleomagnetic Lajoie, K. R., 1986, Rapid tectonic uplift Burke, R. M.; Carver, G. A., 1989, The signatures-Techniques for establishing near the Mendocino triple junction re­ degree of soil development from buried numerical age estimates on tectonically corded by emergent marine strandlines soils formed in fault-generated colluvi­ deformed marine terraces, northern Cal­ [abstract]. ums reflect interseismic time, northern ifornia [abstract]. McCrory,P. A., 1991,Activemargin tecton­ California [abstract]. Berger, G. W.; Easterbrook, D. J., 1988, ics, Pacific Nonhwest region. Carver, G. A.; Burke, R. M., 1987, Late Dating marine terrace deformation north Merritts, Dorothy, 1986, Late Quaternary Holocene paleoseismicity of the south­ of the Mendocino triple junction.• tectonism in coastal northern Califor­ ern end of the Cascadia subduction zone nia-A geomorphic approach [abstract]. [abstract]. Bourgeois, Joanne; Reinhan, M. A.; Camp­ bell, K. A., 1991, Evidence for co-seis­ Nelson, A. R., 1988, Implications of late Darienzo, M. E.; Peterson, C. D., 1988, In­ mic subsidence and tsunamis, (Mio-) Holocene salt-marsh stratigraphy for vestigation of salt marsh stratigraphic Pliocene Quinault Formation, coastal great canhquake recurrence along the response to climatic, oceanographic and Washington, USA [abstract]. coast of south-central Oregon [abstract]. tectonic-subsidence forcing processes in the Pacific Northwest region. Carver, G. A., 1989, Paleoseismicity of the Nelson, A. R.; Personius, S. F., 1991, Earth­ southern pan of the Cascadia subduction quake recurrence and Quaternary defor­ Grant, W. C.; Atwater, B. F.; Carver, G. A.; zone [abstract]. mation in the Cascadia subduction zone, Darienzo, M. E.; Nelson, A. R.; Peter­ coastal Oregon. son, C. D.; Vick, G. S., 1989, Radiocar­ Carver, G. A., 1991, Active subduction tec­ tonics north of the Mendocino triple bon dating of late Holocene coastal sub­ Nelson, A. R.; Personius, S. F.; Rhea, junction, northwestern California (ab­ Susan, 1989, Earthquake recurrence and sidence above the Cascadia subduction stract].• zone-Compilation for Washington, Quaternary deformation in the Cascadia Oregon, and northern California [ab­ Carver, G. A.; Vick, G. S.; Burke, R. M., subduction zone, coastal Oregon.• stract]. 1989, Late Holocene paleoseismicity of Peterson, C. D.; Darienzo, M. E., 1988, Dis­ the Gorda segment of the Cascadia sub­ Jacoby, G. C.; Sheppard, P. R.; Carver, G. crimination of flood, storm and tectonic duction zone [abstract]. A., 1989, Dating of earthquake-induced events in coastal marsh records of the southern Cascadia margin (abstract]. landslides using tree-ring analysis [ab­ Darienzo, M. E., 1989, Evidence for and stract]. implications of small-scale (m) tectonic Peterson, C. D.; Darienzo, M. E., 1988, Ep­ subsidence in salt marshes of Alica Bay, Lajoie, K. R., 1988, Coastal tectonics in the isodic tectonic subsidence of late-Holo­ Oregon, central Cascadia margin [ab­ cene salt marshes in Oregon-Clear ev­ Pacific Nonhwest. stract]. idence of abrupt strain release and grad­ Linden, R. H.; Schurer, P. J., 1988, Sedi­ Darienzo, M. E.; Peterson, C. D., 1988, In­ ual strain accumulation in the southern ment characteristics and sea-level his­ vestigation of salt marsh stratigraphic Cascadia margin during the last 3,500 tory of Royal Roads Anchorage, Victo­ response to climatic, oceanographic and year,. ria, British Columbia. tectonic-subsidence forcing proce11es Peterson, C. D.; Darienzo, M. E., 1989, Po­ Nelson, A. R.; Personius, S. F., 1991, Earth­ in the Pacific Northwest region. tential evidence of subduction zone tec­ quake recurrence and Quaternary defor­ Darienzo, M. E.; Peterson, C. D., 1990, Ep­ tonic, from stacked peat horizons in late mation in the Cascadia subduction zone, isodic tectonic subsidence of late Holo­ Pleistocene coastal terraces of the north­ coastal Oregon. cene salt marshes, northern Oregon cen­ ern Cascadia margin [abstract]. Peterson, C. D.; Darienzo, M. E., 1988, Ep­ tral Cascadia margin.• Peterson, C. D.; Darienzo, M. E., 1990, Ev­ isodic tectonic subsidence of late-Holo­ Darienzo, M. E.; Peterson, C. D., 1990, Ev­ idence of subduction zone paleo- cene salt marshes in Oregon-Clear ev­ idence for and implications of small­ 1ei1micity from the central Oregon mar­ idence of abrupt strain release and grad­ scale (m) tectonic subsidence in salt gin-Alica Bay, Oregon [abstract). ual strain accumulation in the southern marshes of Alsea Bay, Oregon, central Peterson, C. D.; Darienzo, M. E.; Parker, Cascadia margin during the last 3,500 Cascadia margin [abstract]. M., 1988, Coastal neotectonic field trip years. Darienzo, M. E.; Peterson, C. D., 1991, In­ guide for Netarts Bay, Oregon. Yamaguchi, D. K., 1991, Use of ring pat· vestigation of coastal neotectonics and terns in buried spruce stumps to test for paleoseismicity of the southern Casca- INDEX PACIFIC COAST - OREGON 203

Shipman, Hugh, 1989, Vertical land move­ Darienzo, M. E.; Peterson, C. D.; Clough, Oregon coast during the late Holo­ ments in coastal Washington-Im­ C. M., 1991, Stratigraphic evidence for cene-Implications for the great Casca­ plications for relative sea level synchroneity of coseismic burial events dia earthquake hypothesis (abstract]. changes.• between bays along the northern Oregon Nelson, A. R., 1987, Earthquake recurrence Shivelle, C. D.; Carver, G. A.; Valentine, D. coast (abstract]. and Quaternary deformation on the W., 1991, Foraminiferid stratigraphy as Eberhardt, Ellen, 1988, Dynamics of inter· Cascadia subduction zone-Coastal evidence for great earthquakes on the mediate-size stream outlets, northern Oregon. Cascadia subduction zone in northern Oregon coast. Nelson, A. R., 1988, Implications of late California [abstract].• Grant, W. C., 1988, Evidence for late Holo· Holocene salt-marsh stratigraphy for Vick, G. S.; Carver, G. A., 1988, Late Holo­ cene subduction earthquakes recorded earthquake recurrence along the coast of cene paleoseismicity, northern Hum­ in tidal marsh deposits along the Neha· south-central Oregon.• boldt Bay, California [abstract]. lem and Salmon Rivers, northern Ore­ Nelson, A. R.; Personius, S. F., 1991, Earth­ Weldon, Ray; Humphreys, E. D., 1991, gon [abstract]. quake recurrence and Quaternary defor­ Crustal deformation of western Oregon. Grant, W. C., 1989, More evidence from mation in the Cascadia subduction zone, West, D. 0., 1989, Coastal terraces and sub­ tidal-marsh stratigraphy for multiple coastal Oregon.• duction earthquakes. late Holocene subduction earthquakes Nelson, A. R.; Personius, S. F.; Rhea, West, D. O.; Mccrumb, D. R.; Kiel, W. A., along the northern Oregon coast (ab­ Susan, 1990, Earthquake recurrence and 1987, Geomorphology, convergent mar­ stract]. Quaternary deformation in the Cascadia gins and earthquakes. Grant, W. C.; Atwater, B. F.; Carver, G. A.; subduction zone, coastal Oregon.• Yamaguchi, D. K., 1991, Use of ring pat­ Darienzo, M. E.; Nelson, A. R.; Peter­ North, W. B., 1964, Coastal landslides in terns in buried spruce stumps to test for son, C. D.; Vick, G. S., 1989, Radiocar­ northern Oregon. sudden synchronous submergence of the bon dating of late Holocene coastal sub­ Pattullo, J. G.; Burt, W. V.; Burdwell, G. B., Washington and Oregon coasts 300 sidence above the Cascadia subduction 1968, Tsunami on the Oregon coast from years B.P. zone-Compilation for Washington, an earthquake near Japan. Yamaguchi, D. K.; Woodhouse, C. A.; Reid, Oregon, and northern California [ab­ Peterson, C. D., 1989, Megathruat and M. S., 1989, Tree-ring evidence for syn­ stract]. upper-plate paleoseismicity of the chronous rapid submergence of the Grant, W. C.; McLaren, D. D., 1987, Evi­ southern Cascadia margin. southwestern Washington coast 300 dence for Holocene subduction earth· Peterson, C. D.; Darienzo, M. E., 1988, Dis­ years B.P. [abstract]. quakes along the northern Oregon coast crimination of flood, storm and tectonic (abstract]. PACIFIC COAST - OREGON events in coastal marsh records of the Hebenstreit, G. T.; Murty, T. S., 1989, Tsu­ southern Cascadia margin.• Alemi, M. A., 1978, A gravity survey of nami amplitudes from local earthquakes Coos Bay, Oregon. Peterson, C. D.; Darienzo, M. E., 1988, Ep· in the Pacific Northwest region of North isodic tectonic subsidence of late Holo­ Baptista, A. M.; Jarrell, W. M.; Barros, A. America; Part I-The outer coast. cene salt marshes in Oregon-Clear ev­ P.; Turner, P. J., 1990, Integrated analy­ Kelsey, H. M., 1990, Late Quaternary defor­ idence of abrupt strain release and grad­ sis of pathways of water, sediments, and mation of marine terraces on the Casca­ ual strain accumulation in the southern contaminants in coastal watersheds­ dia subduction zone near Cape Blanco, Cascadia margin during the last 3,500 The case of Coos Bay [abstract]. Oregon. years.• Bodvarsson, G. M., 1975, Ocean wave-gen­ Mclnelly, G. W., 1989, Holocene and late­ Peterson, C. D.; Darienzo, M. E., 1989, Ep­ erated microseisms at the Oregon coast. Pleistocene tectonic deformation in the isodic, abrupt tectonic subsidence re­ Byerly, Perry, 1940, Seismicity of the Cape Arago-Bandon region of coastal corded in late Holocene deposits of the northern Pacific Coast of the United Oregon as deduced from marine wave­ South Slough syncline-An on-land ex­ States. cut platforms. pression of shelf fold belt deformation Darienzo, M. E., 1989, Evidence for and Mclnelly, G. W.; Kelsey, H. M., 1990, Late from the southern Cascadia margin (ab­ implications of small-scale (m} tectonic Quaternary tectonic deformation in the stract]. subsidence in salt marshes of Alica Bay, Cape Arago-Bandon region of coastal Peterson, C. D.; Darienzo, M. E., 1990, Ev­ Oregon, central Cascadia margin [ab­ Oregon as deduced from wave-cut plat­ idence of subduction zone paleo- stract]. forms. 1eismicity from the central Oregon mar­ Darienzo, M. E.; Peterson, C. D., 1988, In­ Mclnelly, G. W.; Kelsey, H. M.; Nelson, A. gin-Alsea Bay, Oregon (abstract]. vestigation of salt marsh stratigraphic R., 1989, Late Pleistocene and Holocene Peterson, C. D.; Darienzo, M. E.; Parker, response to climatic, oceanographic and tectonic deformation of the Whiskey M., 1988, Coastal neotectonic field trip tectonic-subsidence forcing procenes Run wave-cut platform in the Cape guide for Netarts Bay, Oregon. in the Pacific Northwest region. Arago-Coos Bay area, coastal Oregon Preuss, Jane; Hebenstreit, G. T., 1989, The Darienzo, M. E.; Peterson, C. D., 1990, Ep· (abstract]. tsunami threat in the Pacific Northwest isodic tectonic subsidence of late Holo­ Montgomery, D.R.; Dietrich, W. E., 1988, under today's land use conditions. cene salt marshes, northern Oregon cen­ Where do channels begin?. Rhea, Susan, 1988, Fluvial morphology of tral Cascadia margin.• Muhs, D. R.; Kelsey, H. M.; Miller, G. H.; the Oregon coast. Darienzo, M. E.; Peterson, C. D., 1990, Ev­ Kennedy, G. L.; Whelan, J. F.; Mclnelly, Sayre, W. O.; Komar, P. D., 1988, The idence for and implications of small­ G. W., 1990, Age estimates and uplift Jump-Off Joe landslide at Newport, Ore· scale (m} tectonic subsidence in salt rates for late Pleistocene marine ter· gon-Hi1tory of erosion, development marshes of Alsea Bay, Oregon, central races-Southern Oregon portion of the and destruction. Cascadia margin [abstract]. Cascadia forearc. Sokolowski, T. J.; Fuller, G. W.; Blackford, Darienzo, M. E.; Peterson, C. D., 1991, In· Murphy, T. M.; Niem, A. R., 1982, Tectonic M. E.; Jorgensen, W. J., 1983, The Alas­ vestigation of coastal neotectonics and and paleoenvironmental significance ka Tsunami Warning Center's automatic paleoseismicity of the southern Casca­ and magnetic-geochemical stratigraphy earthquake proce11ing system. dia margin as recorded in coastal marsh of the Columbia River basalt at the mid­ Thorsen, G. W., 1988, Overview of earth­ dle Miocene shoreline, northwestern systems.• quake-induced water waves in Washing­ Oregon Coast Range (abstract]. ton and Oregon. Nelson, A. R., 1987, Apparent gradual rise in relative sea level on the south-central 204 PACIFIC COAST - SEA LEVEL OPEN FILE REPORT 92-2

Tobin, J. H.; Moore, J. C.; MacKay, M. E.; Carver, G. A.; Burke, R. M.; Kelsey, H. M., Atwater, B. F., 1989, Geologic studies for Cochrane, G. R.; Moore, G. F.; Orange, 1986, Late Quaternary tectonics of seismic zonation of the Puget Sound D. L., 1991, ALVIN observations at the coastal California north of the Mendo­ lowland.• central Oregon accretionary prism-Ev­ cino triple junction (abstract]. Atwater, B. F., 1991, Holocene paleoseis­ idence for fault control of fluid seepage Kelsey, H. M., 1990, Late Quaternary defor­ mology, western Washington. [abstract]. mation of marine terraces on the Casca­ Atwater, B. F.; Stuiver, Minze, 1991, Pre­ Trehu, A. M.; Nakamura, Y.; Brocher, T.; dia subduction zone near Cape Blanco, cise 14e ages for sudden Holocene sub­ Moses, M., 1991, 1989 Oregon onshore­ Oregon. mergence in Washington (abstract]. offshore seismic imaging experiment Mclnelly, G. W., 1989, Holocene and late­ Atwater, B. F.; Stuiver, Minze; Yamaguchi, [abstract]. Pleistocene tectonic deformation in the D. K., 1991, Radiocarbon test of earth­ Turner, P. J.; Baptista, A. M., 1990, Visual­ Cape Arago-Bandon region of coastal quake magnitude at the Cascadia sub­ ization tools for environmental studies Oregon as deduced from marine wave­ duction zone. in estuaries [abstract]. cut platforms. Atwater, B. F.; Yamaguchi, D. K., 1990, Weldon, Ray; Humphreys, E. D., 1991, Mclnelly, G. W.; Kelsey, H. M., 1990, Late Sudden, probably coseismic submer­ Crustal deformation of western Oregon. Quaternary tectonic deformation in the gence of Holocene trees and grass in West, D. 0., 1988, Pleistocene raised ma­ Cape Arago-Bandon region of coastal coastal Washington State (abstract]. rine terraces along the Washington-Ore­ Oregon as deduced from wave-cut plat­ Bourgeois, Joanne; Reinhan, M.A., 1989, gon coastline and implications to Casca­ forms. Sedimentological analysis of postulated dia subduction zone tectonics. Mclnelly, G. W.; Kelsey, H. M.; Nelson, A. tsunami-generated deposits from great­ Woodward, John; White, James; Cum­ R., 1989, Late Pleistocene and Holocene subduction eanhquakes along Wash­ mings, Ronald, 1990, Paleoseismicity tectonic deformation of the Whiskey ington's outer coast. and the archaeological record-Areas of Run wave-cut platform in the Cape Bourgeois, Joanne; Reinhan, M. A.; Camp­ investigation on the northern Oregon Arago-Coos Bay area, coastal Oregon bell, K. A., 1991, Evidence for co-seis­ coast. (abstract]. mic subsidence and tsunamis, (Mio-) Yamaguchi, D. K., 1991, Use of ring pat­ Merritts, Dorothy, 1986, Late Quaternary Pliocene Quinault Formation, coastal terns in buried spruce stumps to test for tectonism in coastal northern Califor­ Washington, USA [abstract]. sudden synchronous submergence of the nia-A geomorphic approach (abstract]. Bourgeois, Joanne; Reinhart, M. A.; Washington and Oregon coasts 300 Muhs, D.R.; Kelsey, H. M.; Miller, G. H.; Wiberg, P. L, 1988, Sedimentologic ef­ years B.P. Kennedy, G. L.; Whelan, J. F.; Mclnelly, fects of tsunamis-From 1eismogenic to PACIFIC COAST - SEA LEVEL G. W., 1990, Age estimates and uplift impact-generated (abstract]. rates for late Pleistocene marine ter­ Dengler, Lori; Montgomery, D. R., 1989, Oague, J. J., 1989, Sea levels on Canada's races--Southern Oregon portion of the Pacific coast-Past·and future trends.• Estimating the thickness of colluvial fill Cascadia forearc. in unchanneled valleys from surface to­ Klarin, P. N.; Branch, K. M.; Hershman, M. Nelson, A. R., 1987, Earthquake recurrence pography. J.; Grant, T. F., 1990, Sea level rise pol­ and Quaternary deformation on the Galster, R. W., 1987, A survey of coastal icy alternatives study-Vol. 1, Alterna­ Cascadia subduction zone-Coastal tive policy responses for accelerated sea engineering geology in the Pacific Oregon. Northwest. level rise and their implications. Nelson, A. R.; Personius, S. F., 1991, Earth­ Klarin, P. N.; Branch, K. M.; Hershman, M. Galster, R. W., 1989, Geologic aspects of quake recurrence and Quaternary defor­ jetties, breakwaters, and boat basins in J.; Grant, T. F., 1990, Sea level rise pol­ mation in the Cascadia subduction zone, western Washington. icy alternatives study-Vol. 2, An ana­ coastal Oregon.• lytical review of state and federal Grant, W. C.; Atwater, B. F.; Carver, G. A.; Nelson, A. R.; Personius, S. F.; Rhea, Darienzo, M. E.; Nelson, A. R.; Peter­ coastal management systems and policy Susan, 1990, Earthquake recurrence and responses to sea level rise. son, C. D.; Vick, G. S., 1989, Radiocar­ Quaternary deformation in the Cascadia bon dating oflate Holocene coastal sub­ Linden, R. H.; Schurer, P. J., 1988, Sedi­ subduction zone, coastal Oregon.• sidence above the Cascadia subduction ment characteristics and sea-level his­ O'Dea, K. M., 1989, Terrace formation and zone-Compilation for Washington, tory of Royal Roads Anchorage, Victo­ deformation on Yager Creek-Late Oregon, and northern California (ab­ ria, British Columbia. Pleistocene fluvial and tectonic activity stract]. Nelson, A. R.; Personius, S. F., 1991, Earth­ at the southern end of the Cascadia sub­ Hebenstreit, G. T.; Muny, T. S., 1989, Tsu­ quake recurrence and Quaternary defor­ duction zone [abstract]. nami amplitudes from local earthquakes mation in the Cascadia subduction zone, Peterson, C. D.; Darienzo, M. E., 1989, Po­ in the Pacific Northwest region of North coastal Oregon. tential evidence of subduction zone tec­ America; Pan 1-The outer coast. Shipman, Hugh, 1989, Vertical land move­ tonics from stacked peat horizons in late Hebenstreit, G. T.; Preuss, Jane, 1988, Lou ments in coastal Washington-Im­ Pleistocene coastal terraces of the north­ estimation methodology-Projecting plications for relative sea level ern Cascadia margin [abstract]. the risk from a tsunami generated by a changes.• West, D. 0., 1988, Pleistocene raised ma­ Juan de Fuca plate earthquake. Wigen, S. O.; Stephenson, F. E., 1980, rine terraces along the Washington-Ore­ Johnson, Lee; Bauer, Wolf, 1987, Beach sta­ Mean sea level on the Canadian west gon coastline and implications to Casca­ bilization design. coast. dia subduction zone tectonics. Klarin, P. N.; Branch, K. M.; Hershman, M. PACIFIC COAST - TERRACES West, D. 0., 1989, Coastal terraces and sub­ J.; Grant, T. F., 1990, Sea level rise pol­ Berger, G. W.; Burke, R. M.; Carver, G. A.; duction earthquakes. icy alternatives study-Vol. l, Alterna­ Easterbrook, D. J., 1988, Thermolumi­ Paclftc Coast - Tsunamis, ,.,, tive policy re1pon1e1 for accelerated sea nescence analyses and paleomagnetic TSUNAMIS level rise and their implications. signatures-Techniques for establishing Klarin, P. N.; Branch, K. M.; Hershman, M. numerical age estimates on tectonically PACIFIC COAST - J.; Grant, T. F., 1990, Sea level rise pol­ deformed marine terraces, northern Cal­ WASHINGTON icy alternatives study-Vol. 2, An ma­ ifornia [abstract]. Atwater, B. F., 1987, Coastal-wetland re­ lytical review of state and federal Berger, G. W.; Easterbrook, D. J., 1988, cord of great Holocene earthquakes in coastal management systems and policy Dating marine terrace deformation north Washington (abstract]. responses to sea level rise. of the Mendocino triple junction.• INDEX PALEOMAGNETISM [REGIONAL WORKS] 205

Lajoie, K. R., 1988, Coastal tectonics in the Atwater, B. F., 1988, Summary, as of 2 April Pollitz, F. F., 1988, Episodic Nonh America Pacific Nonhwest. 1987, of radiocarbon ages on episodes of and Pacific plate motions. Marcus, K. L, 1989, Coastal and marine rapid coastal subsidence in westernmost Stock, Joann; Molnar, Peter, 1986, Quanti­ engineering geology-Introduction. Washington State. fied uncertainties in the relative posi­ McCrory, P.A., 1991, Active margin tecton­ Atwater, B. F., 1990, Geologic studies for tions of the Pacific, Farallon, Kula, and ics, Pacific Northwest region.• seismic zonation of the Puget Sound Nonh American plates in the Tertiary Minor, Rick, 1989, The late Holocene earth­ lowland. [abstract]. quake hypothesis-Implications for Atwater, B. F., 1991, Holocene paleoseis­ PALEOCLIMATOLOGY southern nonhwest coast prehistory [ab­ mology, western Washington. Beget, J. E., 1988, Comment on "Age of stract]. Atwater, B. F.; Stuiver, Minze, 1991, Pre· pre-Neoglacial cirque moraines in the cise l4C ages for sudden Holocene sub­ Muhs, D. R.; Thonon, R. M.; Clague, J. J.; central Nonh American Cordillera," by mergence in Washington [abstract]. Mathews, W. H.; McDowell, P. F.; P. T. Davis and G. Osborn. Kelsey, H. M., 1987, Pacific Coast and Atwater, B. F.; Stuiver, Minze; Yamaguchi, Church, Michael; Clague, J. J., 1990, Con­ mountain system. D. K., 1991, Radiocarbon test of eanh­ straints on climate during the last glaci­ quake magnitude at the Cascadia sub­ Peterson, C. D.; Darienzo, M. E., 1989, Po­ ation from the rate of Cordilleran ice duction zone. tential evidence of subduction zone tec­ sheet growth and decay [abstract]. tonics from stacked peat horizons in late Atwater, B. F.; Yamaguchi, D. K., 1991, Davis, P. T.; Osborn, Gerald, 1987, Age of Pleistocene coastal terraces of the nonh­ Sudden, probably coseismic submer­ pre-Neoglacial cirque moraines in the ern Cascadia margin [abstract]. gence of Holocene trees and grass in central North American Cordillera. Phipps, J. B.; Petenon, C. D., 1989, Gen­ coastal Washington State. Davis, P. T.; Osborn, Gerald, 1988, Reply to eral submergence of Grays Harbor, Bourgeois, Joanne, 1988, Sedimentological comment on "Age of pre-Neoglacial Washington during the Holocene [ab­ analysis of postulated tsunami-gener­ cirque moraines in the central North stract]. ated deposits from great-subduction American Cordillera". Preuss, Jane, 1988, Coastal effects of a earthquakes along Washington's outer Mathewes, R. W., 1990, Climatic condi­ great subduction eanhquake-Regional coast.• tions in the Cordillera during the last land use implications. Bourgeois, Joanne; Reinhart, M. A., 1988, glaciation-Paleoecological evidence Potentially damaging waves associated Reinhart, M.A.; Bourgeois, Joanne, 1989, [abstract]. Tsunami favored over storm or seiche with eanhquakes, coastal Washington. Mathewes, R. W., 1990, Holocene vegeta­ for sand deposit overlying buried Holo­ Bourgeois, Joanne; Reinhart, M.A., 1989, tion and climate changes in the Cordil­ cene peat, Willapa Bay, WA [abstract]. Sedimentological analysis of postulated lera [abstract]. Shipman, Hugh, 1989, Vertical land move­ tsunami-generated deposits from great­ Whitlock, Cathy; Thompson, R. S.; Bart· menu in coastal Washington-Im­ subduction earthquakes along Wash­ lein, P. J., 1990, Climatic assessment of plications for relative sea level ington's outer coast. the last deglaciation in the Pacific changes.• Clifton, H. E.; Phillips, R. L., 197 4, Coastal sedimentation [abstract]. Northwest as inferred from paleo­ Thonen, G. W., 1989, Overview of eanh­ botanical data [abstract]. quake-induced water waves in Washing­ Duncan, S. H., 1989, Slope stability analy­ ton and Oregon. sis in timber harvest planning, Smith PALEOGEOGRAPHY West, D. 0., 1988, Pleistocene raised ma­ Creek, Pacific County, Washington. De Chant, J. H., 1989, Sedimentary petrol­ rine terraces along the Washington-Ore­ Hemphill-Haley, Eileen, 1989, Investiga­ ogy, depositional environment and gon coastline and implications to Casca­ tion into the use of estuarine microfossil paleogeographic significance of the dia subduction zone tectonics. zones for determining amounts of co­ upper Hoko River Formation, northern West, D. 0., 1989, Coastal terraces and sub­ seismic subsidence in southwestern Olympic Peninsula, Washington. duction eanhquakes. Washington [abstract]. Dyke, A. S.; Prest, V. K., 1987, Paleogeo­ West, D. O.; McCrumb, D. R.; Kiel, W. A., Reinhart, M.A.; Bourgeois, Joanne, 1989, graphy of northern North America, 1987, Geomorphology, convergent mar­ Tsunami favored over storm or seiche 18,000-5,000 years ago. gins and eanhquakes. for sand deposit overlying buried Holo­ Elison, M. W., 1991, Intracontinental con­ Williams, Sara, 1986, Handbook for geo­ cene peat, Willapa Bay, WA (abstract]. traction in western North America­ physical survey operators for Wash­ Wells, R. E., 1989, Geologic map of the Continuity and episodicity. Cape Disappointment-Naselle River ington '1 offshore and inland marine wa­ Paleomagnetlc dating, see area, Pacific and Wahkiakum Counties, ten. GEOCHRONOLOGY - Washington. Witten, Don, 1984, Tsunami-A wave like PALEOMAGNETIC DATING no othen. Yamaguchi, D. K.; Woodhouse, C. A.; Reid, Yamaguchi, D. K., 1991, Use of ring pat­ M. S., 1989, Tree-ring dating of late PALEO MAGNETISM terns in buried spruce stumps to test for Holocene subsidence along the Wash­ [REGIONAL WORKS] sudden synchronous submergence of the ington and Oregon coasts-A progress Beck, M. E., Jr., 1989, Paleomagnetiam of Washington and Oregon coasts 300 report. continental North America; Im­ years B.P. Pacific Ocean, see MARINE GEOLOGY plications for displacement of crustal Yamaguchi, D. K.; Woodhouse, C. A.; Reid, blocks within the western Cordillera, M. S., 1989, Tree-ring evidence for syn­ PACIFIC PLATE Baja California to British Columbia. chronous rapid submergence of the see also STRUCTURAL GEOLOGY Hanna, R. L.; Veroaub, K. L, 1989, A re­ southwestern Washington coast 300 AND TECTONICS - CASCADIA view of lacuatrine paleomagnetic re­ years B.P. [abstract]. SUBDUCTION ZONE cords from western North America- Calvert, A. J.; Hasselgren, E. O.; Clowes, 0-40,000 years BP. PACIFIC CO., WASH. R. M., 1990, Oceanic rift propagation­ Vine, F. J., 1968, Proof of ocean-floor Atwater, B. F., 1988, Evidence for great A cause of crustal underplating and sea­ spreading? (abstract]. Holocene earthquakes along the outer mount volcanism. coast of Washington State. Jurdy, D. M.; Stefanick, Michael, 1986, Er­ rors in plate reconstruction [abstract]. 206 PALEOMAGNETISM - BRITISH COLUMBIA OPEN FILE REPORT 92-2

PALEOMAGNETISM - field behavior as recorded in fine­ ments of the "Baja British Columbia" BRITISH COLUMBIA grained sediments from Summer Lake, plate-tectonic model for northward Lake County, Oregon [abstract]. translation along the margin of western Butler, R. F.; Dickinson, W. R.; Gehrels, G. E.; McClelland, W. C.; May, S. R.; Kle­ Titus, W. S.; Beeson, M. H., 1988, Struc­ North America. packi, D. W., 1990, Comment and reply tural development of the Portland Basin Umhoefer, P. J.; Magloughlin, J. F., 1990, on "Discordant paleomagnetic poles inferred from geochemical and paleo~ Comment and reply on "Discordant from the Canadian Coast Plutonic Com­ magnetic trends in the Boring volcanics paleomagnetic poles from the Canadian plex-Regional tilt rather than large dis­ [abstract]. Coast Plutonic Complex-Regional tilt placement?"; Reply. Verosub, K. L.; Mehringer, P. J., Jr., 1987, rather than large-scale displacement?"; Comment. Butler, R. F.; Gehrels, G. E.; McClelland, Holocene geomagnetic intensity varia­ W. C.; May, S. R.; Klepacki, D. W., tions in western North America-The Wells, R. E., 1984, Paleomagnetic con­ 1989, Discordant paleomagnetic poles record from Fish Lake, Oregon [ab­ straints on the interpretation of early from the Canadian Coast Plutonic Com­ stract]. Cenozoic Pacific Northwest paleogeo­ plex-Regional tilt rather than large­ Wells, R. E., 1990, Paleomagnetic rotations graphy. scale displacement?• and the Cenozoic tectonics of the Cas­ Wells, R. E., 1990, Paleomagnetic rotations Irving, E.; Thorkelson, D. J., 1990, On de­ cade arc, Washington, Oregon, and Cal­ and the Cenozoic tectonics of the Cas­ ifornia.• cade arc, Washington, Oregon, and Cal- termining paleohorizontal and latitudi­ .• nal shifts-Paleomagnetism of Spences PALEOMAGNETISM - iforma. Bridge Group, British Columbia. WASHINGTON PIERCE CO., WASH. - AREAL Miller, R. B.; Johnson, S. Y.; McDougall, J. Bazard, D. R.; Burmester, R. F.; Beck, M. GEOLOGY W., 1990, Comment and reply on "Dis­ E., Jr.; Granirer, J. L.; Schwarz, C. G., Bennett, L. C., Jr.; Bostrom, R. C.; Burk, R.; cordant paleomagnetic poles from the 1990, Paleomagnetism of the Methow Carver, G. A.; Coombs, H. A.; Frost, B. Canadian Coast Plutonic Complex-Re­ region, north-central Washington­ R.; Hales, P. 0.; Johnson, D.; Leo, R.; gional tilt rather than large displace­ Structural application of paleomagnetic Markham, D.; and othen, 1972, Nis­ ment?"; Comment. data in a complexly deformed, variably qually delta-A report [abstract]. Mothenill, J. S., 1987, The use of paleo­ remagnetized terrane. Booth, D. B., 1990, Pleistocene deposits magnetic logs in determining the post­ Bogue, S. W.; Cowan, D. S.; Garver, J. I., and subglacial landforms of the south­ glacial history of Vancouver Island [ab­ 1989, Paleomagnetic evidence for eastern Puget Lowland. stract]. poleward transport of Upper Jurassic University of Puget Sound Geology Depart­ Mothenill, J. S., 1989, Paleomagnetic dat­ rocks in the Decatur terrane, San Juan ment, 1981, Puget Group-Third annual ing of postglacial sediments, Vancouver Islands, Washington. field trip. Island, Canada. Butler, R. F.; Dickinson, W. R.; Gehrels, G. University of Puget Sound Geology Depart­ Mothenill, J. S., 1990, The paleomagnetic E.; McClelland, W. C.; May, S. R.; Kle­ ment, 1983, Geology of Owens Beach­ and tephra record of Mara Lake, south­ packi, D. W., 1990, Comment and reply Fifth annual field trip, May 14, 1983. central British Columbia [abstract]. on "Discordant paleomagnetic poles Mothenill, J. S.; Fraser, J. D., 1989, The from the Canadian Coast Plutonic Com­ PIERCE CO., WASH. - postglacial paleomagnetic record for plex-Regional tilt rather than large dis­ BIBLIOGRAPHY Vancouver Island [abstract]. placement?"; Reply. Manson, C. J., compiler, 1990, Bibliogra­ Turner, G. M., 1987, A 5000 year geomag­ Butler, R. F.; Gehrels, G. E.; McClelland, phy of the geology and mineral re­ netic palaeosecular variation record W. C.; May, S. R.; Klepacki, D. W., sources of Pierce County, Washington. from western Canada. 1989, Discordant paleomagnetic poles PIERCE CO., WASH. - Umhoefer, P. J.; Dragovich, J. D.; Cary, J. from the Canadian Coast Plutonic Com­ A.; Engebretson, D. C., 1989, Refine­ plex-Regional tilt rather than large­ EARTHQUAKES AND ments of the "Baja British Columbia" scale displacement?• SEISMOLOGY plate-tectonic model for northward Calderone, G. J.; Butler, R. F., 1988, The Baier, T. L, 1990, Spatial analysis of the translation along the margin of western effects of randomly directed noise on public's attitudes and behavion toward North America. paleomagnetic directions [abstract]. the earthquake hazard in Tacoma and Umhoefer, P. J.; Magloughlin, J. F., 1990, Engebretson, D. C.; Warnock, A.; Burmes­ Puyallup, Washington. Comment and reply on "Discordant ter, R. F.; Kelley, K.; Beck, M. E., Jr., Lokey, William, 1988, Earthquake safety paleomagnetic poles from the Canadian 1988, Paleomagnetic results from the programs in the schools-One juris­ Coast Plutonic Complex-Regional tilt Crescent Formation on the Olympic diction's experience. rather than large-scale displacement?"; Peninsula, Washington-A progress re­ Malone, S. D.; Qamar, A. I.; Jonientz-Tris­ Comment. port [abstract]. ler, Chris, 1991, Recent sei1micity stud­ PALEOMAGNETISM - OREGON Irving, E.; Thorkelson, D. J., 1990, On de­ ies at Mount Rainier, Washington [ab­ termining paleohorizontal and latitudi­ stract].• Calderone, G. J.; Butler, R. F., 1988, The nal shifts-Paleomagneti1m of Spence, Medak, Alan, 1990, Lifeline panel #3. effects of randomly directed noise on Bridge Group, British Columbia. Palmer, S. P., 1990, Geotechnical analysis paleomagnetic directions [abstract]. Miller, R. B.; Johnson, S. Y.; McDougall, J. of liquefaction in Puyallup during the Herrero-Bervera, Emilio; Helsley, C. E.; W., 1990, Comment and reply on "Dis­ 1949 and 1965 Puget Sound earth­ Hammond, S. R.; Chitwood, L.A., 1989, cordant paleomagnetic poles from the quake,.• A pouible lacu1trine paleomagnetic re­ Canadian Coast Plutonic Complex-Re­ Palmer, S. P.; Shulene, J. A., 1990, Lique­ cord of the Blake episode from Pringle gional tilt rather than large displace­ faction in Puyallup during the 1949 and Falls, Oregon, U.S.A •. ment?"; Comment. 1965 Puget Sound earthquake, [ab­ Negrini, R. M.; Darke, Rick; Hoare, Brian, Mitchell, R. J.; Jaeger, D. J.; Diehl, J. F.; stract]. 1987, Climate-induced variations in the Hammond, P. E., 1989, Paleomagnetic Shulene, J. A., 1990, Evidence of liquefac­ geomagnetic field-Possible supporting results from the Indian Heaven volcanic tion in the Puyallup Valley during the evidence from a Pleistocene paleo­ field, south-central Washington. 1949 and 1965 Puget Sound earth· magnetic record [abstract]. Umhoefer, P. J.; Dragovich, J. D.; Cary, J. quakes.• Negrini, R. M.; Vero1ub, K. L.; Davis, J. 0., A.; Engebretson, D. C., 1989, Refine- 1986, 400,000 years of geomagnetic INDEX PUBLIC ADMINISTRATION AND SERVICES 207

Thompson, K. I.; Qamar, A. I., 1989, The Miller, D. J.; Parks, D.S., 1990, The use of Jonientz-Trisler, Chris; Qamar, A. I., 1989, seismicity of Mount Rainier, Washing­ refraction seismology in the character­ Debris flow seismogram• from Mt. ton (abstract). ization of bedrock morphology under a Rainier and Mt. Adams (abstract]. U.S. Army Corps of Engineers, 1983, Mad­ forest soils horizon [abstract]. Miller, D. J.; Parks, D.S., 1990, The use of igan Army Medical Center, Ft. Lewis, PIERCE CO., WASH. - refraction seismology in the character­ Washington-Geotechnical report, with ization of bedrock morphology under a supplement added.• GEOTHERMAL RESOURCES forest soils horizon [abstract]. Washington Surveying and Rating Bureau, Frank, D. G., 1986, Hydrothermal processes Nelson, Jack, 1989, On the jokulblaup trail, 1966, Tacoma, Washington earthquake at Mount Rainier, Washington (ab­ Mount Rainier. stract]. map, showing general areas of filled or Pringle, P. T., 1990, Hazards from volcanic unstable ground. PIERCE CO., WASH. - debris flows in the Puyallup Valley, west PIERCE CO., WASH. - GLACIAL GEOLOGY of Mount Rainier, Washington [ab­ stract]. ENGINEERING GEOLOGY Booth, D. B., 1990, Pleistocene deposits (including soil mechanics) and subglacial landforms of the south­ Scott, K. M., 1990, Volcanic flood hazards eastern Puget Lowland. for Mount Rainier in Washington. Coombs, H. A., 1989, The Nisqually pro­ Walder, Joseph, 1990, Glacial outburst jects-La Grande and Alder Dams. PIERCE CO., WASH. - floods at Mount Rainier. Douglass, P. M.; Bailey, M. J.; Wagner, J. GUIDEBOOKS Pierce Co., Wash. - Soll mechanics, J., 1985, Chambers Creek interceptor Booth, D. B., 1990, Pleistocene deposits sewer tunnel. see PIERCE CO., WASH. - and subglacial landforms of the south­ ENGINEERING GEOLOGY Galster, R. W., 1989, Mud Mountain Dam. eastern Puget Lowland. Herman, L. J., 1989, Chambers Creek tun­ Crandell, D. R.; Meier, M. F.; Mullineaux, PIERCE CO., WASH. - SOILS, nel dewatering and impact on ground­ D. R., 1965, Day 3-September 8, Para­ SEDIMENTS, AND water users near Tacoma. dise Park, Mount Rainier National Park. STRATIGRAPHY Lokey, William, 1988, Earthquake safety University of Puget Sound Geology Depart­ Buchanan-Banks, J. M., 1990, Depth to bed­ programs in the schools-One juris­ ment, 1981, Puget Group-Third annual rock map of the greater Tacoma area, diction's experience. field trip. Washington.• Medak, Alan, 1990, Lifeline panel #3. University of Puget Sound Geology Depart­ Eggen, A. A.; Goldstein, B. S.; Gebhards, Mikkelsen, P. E., 1989, Geotechnical mon­ ment, 1983, Geology of Owens Beach­ J. S., 1989, Deformed Pleistocene sedi· itoring during construction of two high­ Fifth annual field trip, May 14, 1983. ments of the Tacoma Narrows, Washing­ way embankments on soft ground in Ta­ ton [abstract]. coma. PIERCE CO., WASH. - LANDSLIDES AND SLOPE Noble, J. B., 1990, Proposed revision of Palmer, S. P., 1990, Geotechnical analysis nomenclature for the Pleistocene stra­ of liquefaction in Puyallup during the STABILITY tigraphy of coastal Pierce County, 1949 and 1965 Puget Sound earth· Frank, D. G., 1986, Hydrothermal processes Washington. quakes. at Mount Rainier, Washington [ab­ Sugden, B. D.; Cundy, T. W., 1990, Charac­ .Palmer, S. P.; Shulene, J. A., 1990, Lique­ stract] . terization of soils in a forested hollow in faction in Puyallup during the 1949 and Jonientz-Trisler, Chris; Qamar, A. I., 1989, the Cascade mountains, Washington 1965 Puget Sound earthquakes [ab­ Debris flow seismogram, from Mt. State (abstract]. stract]. Rainier and Mt. Adams [abstract]. West, L. M.; Noble, J. B., 1989, Hydro­ Rieke, R. D.; Crowser, J. C., 1987, Interpre­ Miller, D. J.; Parks, D.S., 1990, The use of stratigraphy of the Clover/Chambers tation of pile load test considering resid­ refraction seismology in the character­ Creek basin, Pierce County, Washing­ ual stresses. ization of bedrock morphology under a ton. Shulene, J. A., 1990, Evidence of liquefac­ forest soils horizon [abstract]. tion in the Puyallup valley. Norris, R. D., 1990, Seismograms from the PIERCE CO., WASH. - Trotman, Kenneth, 1989, Hydrogeologic in­ 16 August 1989 rockfall from Russell VOLCANISM vestigation of the Reichhold Chemicals, Cliff, Mount Rainier [abstract]. Frank, D. G., 1986, Hydrothermal processes Inc., facility in Tacoma, Washington. Sugden, B. D.; Cundy, T. W., 1990, Charac­ at Mount Rainier, Washington [ab­ U.S. Army Corps of Engineers, 1983, Mad­ terization of soils in a forested hollow in stract]. igan Army Medical Center, FL Lewis, the Cascade mountains, Washington Pringle, P. T., 1990, Volcanoes of Washing­ Washington-Geotechnical report, with State [abstract]. ton-Rainier, Washington. supplement added.• PIERCE CO., WASH. - Pipelines, see ENGINEERING Waldo, J. J ., 1986, A survey of the engineer­ MUDFLOWS AND LAHARS GEOLOGY - TUNNELS AND ing geologic information needs of land PIPELINES use planners. Driedger, C. L., 1988, Geology in action- Plate tectonics, IH STRUCTURAL Washington Surveying and Rating Bureau, Jokulhlaups on Mount Rainier. GEOLOGY AND TECTONICS 1966, Tacoma, Washington earthquake Driedger, C. L.; Fountain, A.G., 1989, Gla­ map, showing general areas of filled or cier outburst floods at Mount Rainier, Port facilities, see ENGINEERING unstable ground. Washington State, U.S.A. GEOLOGY - PORT FACILITIES Jonientz-Trisler, Chris; Driedger, C. L., PIERCE CO., WASH. - 1990, Seismic evidence of historic de­ Portland, Ore. area, see OREGON - GEOPHYSICS bris flows and dry-season floods on PORTLAND AREA Jonientz-Trisler, Chris; Driedger, C. L.; Mount Rainier, Washington, 1961-1990 PUBLIC ADMINISTRATION Qamar, A. I., 1990, Seismic signatures [abstract]. AND SERVICES of debris flows on Mt. Rainier, Wa. [ab­ Jonientz-Trisler, Chris; Driedger, C. L.; Boyer, Jim, 1990, l..ifeline panel #2. Qamar, A. I., 1990, Seismic signatures stract]. Burton, J. H., 1989, Disaster risk analysis of debris flows on Mt. Rainier, Wa. [ab­ Jonientz-Trisler, Chris; Qamar, A. I., 1989, and busineu resumption plan by a Debris flow seismogram• from Mt. stract]. Washington state governmental agency. Rainier and Mt. Adams [abstract]. 208 PUGET LOWLAND OPEN FILE REPORT 92-2

Gardner, Booth, 1990, State and local gov• Baker, G. E., 1986, Source parameters of Laane, J. L.; Chen, W.-P.; Grimson, N. L; ernment panel-Introductory remarlcs. the magnitude 7.1, 1949, south Puget Yu, Nan, 1986, The Makran earthquake Hendenon, Don, 1990, Lifeline panel #3. Sound, Washington earthquake deter­ of April, 1983-A possible analogue to Mead, P. C., 1990, State and local govern­ mined from long-period body waves. the Puget Sound event of 1965 [ab· ment panel. Barlcsdale, J. D.; Coombs, H. A.; Bradford, stract]. Perkins, J. B.; Moy, Kenneth, 1989, Liabil· D. C., 1940, Puget Sound earthquake of Langston, C. A., 1986, Effect of lateral het­ ity of local government for earthquake November 12, 1939 [abstract]. erogeneities on strong ground motion. hazards and losses-A guide to the law Bodle, T. R.; Qamar, A. I., 1989, Local Langston, C. A.; Baker, G. E., 1986, Source and its impacts in the States of Califor­ variations of intensity for earthquakes in parameter constraints from strong nia, Alaska, Utah, and Washington; the Puget Sound region [abstract]. ground motions of the April 13, 1949, Final report. Bucknam, R. C., 1988, Characteristics of Puget Sound earthquake. Scawthom, Charles, 1990, Inventory and active faults. Lees, 1. M., 1990, Comparison of local to· post-earthquake functionality of emer­ Bucknam, R. C., 1990, Puget Sound paleo­ mographic P-wave velocity variations in gency response resources-Fire service seismicity. California and Washington-Can we operations in the Puget Sound area. Celebi, Mehmet, 1990, Instrumentation of image fault asperities? (abstract). Schmidt, Marti, 1990, Lifeline panel #2. structures. May, P. J., 1989, Earthquake risk reduction Toliver, Paul, 1990, Lifeline panel #1. Chan, W. W., 1988, Networlc and array anal­ policies and practices within the Puget Sound/Portland areas. PUGET LOWLAND ysis of Puget Sound earthquake 1962- 1969. May, P. J., 1990, Earthquake risk reduction Note: Regional materials on the Chiao, L.·Y.; Creager, K. C.; Boyd, T. M., prospects-Puget Sound-Portland as· Puget Lowland are listed here. 1989, Membrane and bending strains as­ seument.• Specific materials within the sociated with subduction of the Casca­ May, P. J.; Fox, Edward; Hasan, N. S., 1989, Puget Lowland are listed under dia slab [abstract]. Anticipating earthquakes-Risk reduc· the counties, as appropriate: Chleborad, A. F.; Schuster, R. L., 1990, lion policies and practices in the Puget ISLAND CO., WASH. Ground failure associated with the Sound and Portland areas.• KING CO., WASH. Puget Sound region earthquakes of April May, P. J.; Fox, Edward; Hasan, N. S., 1989, KITSAP CO., WASH. 13, 1949, and April 29, 1965. Earthquake risk reduction profiles­ MASON CO., WASH. Cohee, B. P.; Somerville, P. G.; Sen, M. K., Local policies and practices in the Puget PIERCE CO., WASH. 1989, Strong ground motions in the Se­ Sound and Portland areas. SAN JUAN CO., WASH. attle-Portland region from hypothesized Noson, LL., 1988, Objectives of the work· SKAGIT CO., WASH. Mw=8 subduction earthquake [abstract]. shop. SNOHOMISH CO., WASH. Crosson, R. S., 1988, Seismic hazard from Olsen, B. C., 1988, Inventory technique de­ THURSTON CO., WASH. intraplate earthquakes in the Puget velopment-Puget Sound/Oregon. WHATCOM CO., WASH. Sound region. Olsen, B. C.; Grant, W. P.; Celebi, Mehmet, Crosson, R. S., 1989, Seismicity of Puget compilers, 1989, Report on list of struc· PUGET LOWLAND - AREAL Sound and southern British Columbia. tures recommended for seismic instru· GEOLOGY Crosson, R. S.; Owens, T. J., 1989, Testing mentation in the Puget Sound area, Booth, D. B., 1990, Pleistocene deposits the arch model for slab geometry of the Washington, by the U.S. Geological Sur· and subglacial landforms of the south­ Cascadia subduction zone in the vicinity vey Puget Sound Region lnstrumenta· eastern Puget Lowland. of Puget Sound, Washington (abstract]. lion Advisory Committee. Easterbrook, D. J., 1966, Glaciomarine en­ Crouse, C. B.; Huang, M.-J.; Shakal, A. F., Palmer, S. P., 1989, Liquefaction of soils. vironments and the Fraser glaciation in 1989, Additional processed accelero­ Perbix, T. W., 1988, Evaluation of earth· northwest Washington-Guidebook for gram data recorded during the 1965 quake hazard and risk in the Puget first Annual Field Conference, Pacific Puget Sound, Washington earthquake Sound and Portland areas. Coast Section, Friends of the Pleisto· [abstract). Roeder, C. W., 1988, Overview of earth· cene, September 24-25, 1966. Du11eau, R. A., 1991, Frequency and sur­ quake hazards reduction in Puget Sound Whetten, 1. T.; Carroll, P. I.; Gower, H. D.; vivability profiles of highway bridges and Portland areas through improved Brown, E. H.; Pessl, Fred, Jr., 1988, along the 1-5 corridor between Everett, building practices. Bedrock geologic map of the Port Washington and Salem, Oregon.• Rogers, G. C., 1983, Seismotectonics of Townsend 30- by 60-minute quadrangle, Grant, W. P., 1989, Liquefaction hazards in British Columbia [abstract). Puget Sound region, Washington. the Pacific Northwest. Savage, 1. C.; Lisowski, Michael; Prescott, Hays, W.W., 1989, Preface. W. H., 1991, Strain accumulation in PUGET LOWLAND - western Washington. BIBLIOGRAPHY Hays, W.W., editor; Huey, Linda, compiler, 1989, Proceedings of Conference Scawthorn, Charles, 1990, Inventory and Jones, M.A., 1991, Selected references for XLVW, 3rd annual worlcshop on ·Earth­ post-earthquake functionality of emer· the Puget-Willamette Lowland regional quake hazards in the Puget Sound, Port­ gency response resources-Fire service aquifer-system analysis, Puget Sound land area". operations in the Puget Sound area.• lowland, Washington. Ho, C. L.; Komher, Karen; Tsiatas, G. E., Scawthorn, Charles; Preuu, Jane, 1989, In· PUGET LOWLAND - 1991, Ground motion model for Puget ventory and post-earthquake functional­ EARTHQUAKES AND Sound cohesionless soil sites. ity of emergency response resources­ SEISMOLOGY Hopper, M. G., 1988, Effects of past earth­ Fire service operations in the Puget quakes in the Puget Sound area. Sound area. Algermissen, S. T., 1990, Regional and na­ King, K. W., 1990, Urban hazards seismic Schuster, R. L.; Chleborad, A. F., 1990, tional seismic hazard and risk assess­ Ground failure caused by the 1949 and ment.• field investigations. King, K. W.; Tarr, A. C., 1989, Urban haz· 1965 Puget Sound earthquakes, western Atkinson, G. M.; Charlwood, R. G., 1983, Washington [abstract). Uncertainties in probabilistic seismic ards seistnic field investigations and the study of the effects of site geology on Somerville, P. G., 1989, Strong ground mo· hazard a11e11ment as a function of prob­ ground shaking.• lion attenuation in the Puget Sound­ ability level-A case history for Van­ Portland region. couver; British Columbia. INDEX PUGET LOWLAND - LIQUEFACTION OF SOILS 209

Somerville, P. G.; Cohee, B. P., 1990, Sim­ gency response resources-Fire service Easterbrook, D. J., 1966, Glaciomarine en­ ulation and empirical studies of ground operations in the Puget Sound area. vironments and the Fraser glaciation in motion attenuation in the Seattle-Port­ Schwartz, M. L.; Wallace, R. S.; Jacobsen, northwest Washington-Guidebook for land region.• E. E., 1989, Net shore-drift in Puget first Annual Field Conference, Pacific Somerville, P. G.; Cohee, B. P.; Sen, M. K., Sound. Coast Section, Friends of the Pleisto­ 1989, Estimates of strong ground mo­ Terich, T. A., 1989, Structural erosion pro­ cene, September 24-25, 1966. tions in the Seattle-Portland region tection of beaches along Puget Sound­ Easterbrook, D. J., 1989, Origin of glacio­ from hypothesized magnitude 8 Casca­ An assessment of alternatives and re­ marine drift and synchroniety (sic] of dia subduction earthquakes. search needs. lobes of the Cordilleran ice sheet [ab­ Somerville, P. G.; Sen, M. K.; Wald, D. J., Tinsley, J.C., 1989, Considerations for de­ stract]. 1989, Strong ground motions of hypo­ terministic ground motion mapping in Easterbrook, D. J., 1990, Advance and re­ thetical earthquakes on the Cascadia the Portland-Puget Sound region. treat of Cordilleran ice sheets in Wash­ plate interface (abstract]. U.S. Army Corps of Engineers, 1949, Re­ ington (abstract]. Tinsley, J. C., 1988, Geologic factors and port of damage resulting from earth­ Galster, R. W.; Coombs, H. A., 1989, Cas­ the regional evaluation of site response quake of 13 April 1949. cade ice border dams-Geologic set­ for urban seismic hazards studies. ting. Tinsley, J.C., 1989, Considerations for de­ PUGET LOWLAND - Haase, P. C., 1987, Glacial stratigraphy and terministic ground motion mapping in GEOCHRONOLOGY landscape evolution of the north-central the Portland-Puget Sound region. Easterbrook, D. J., 1989, Origin of glacio­ Puget Lowland, Washington. Tinsley, J.C., 1989, Quaternary framework marine drift and synchroniety (sic] of Jones, M.A., 1991, A layered multiaquifer for earthquake studies, Los Angeles, lobes of the Cordilleran ice sheet (ab­ system in the Puget Lowland resulting California. stract]. from cyclic continental glaciations (ab­ U.S. Army Corps of Engineers, 1949, Re­ Easterbrook, D. J.; Roland,J. L; Carson, R. stract]. port of damage resulting from earth­ J.; Naeser, N. D., 1988, Application of Kunz, D. D., 1980, Stratigraphy and gene­ quake of 13 April 1949. paleomagnetism, fission-track dating, sis of Early Proterozoic diamictites­ Wallace, T. C.; Lay, Thorne, 1986, Multiple and tephra correlation to lower Pleisto­ Nonh America. ScS travel times and attenuation beneath cene sediments in the Puget Lowland, Thorson, R. M., 1989, Glacio-isostatic re­ the western United States (abstract]. Washington. sponse of the Puget Sound area, Wash­ Wong, I. G.; Silva, W. J.; Madin, I. P., 1990, PUGET LOWLAND - ington. Site-specific earthquake strong ground GEOGRAPHIC INFORMATION PUGET LOWLAND - motion studies in the Puget Sound and SYSTEMS Portland, Oregon metropolitan areas. GUIDEBOOKS Tarr, A. C., 1991, Computer graphics labo- Booth, D. 8., 1990, Pleistocene deposits PUGET LOWLAND - ratory. and subglacial landforms of the south­ ENGINEERING GEOLOGY PUGET LOWLAND - eastern Puget Lowland. (including soil mechanics) GEOPHYSICS Easterbrook, D. J., 1966, Glaciomarine en­ Celebi, Mehmet, 1990, Instrumentation of vironments and the Fraser glaciation in Couch, R. W., 1968, Temporal gravity structures. northwest Washington-Guidebook for anomalies and elevation changes in the first Annual Field Conference, Pacific Du11eau, R. A., 1991, Frequency and sur­ Puget Sound region of Washington. vivability profiles of highway bridges Coast Section, Friends of the Pleisto­ Diment, W. H., 1988, Seismicity and hydro­ along the I-5 corridor between Everett, cene, September 24-25, 1966. thermal processes. Washington and Salem, Oregon.• Harding, S. T.; Urban, T. C.; Diment, W. H., PUGET LOWLAND - Galster, R. W., 1987, A survey of coastal 1988, Evidence of recent tectonic defor­ LANDSLIDES AND SLOPE engineering geology in the Pacific mation in Puget Sound from seismic-re­ STABILITY NorthwesL flection profiles [abstract]. Galster, R. W.; Coombs, H. A., 1989, Cas­ Chleborad, A. F.; Schuster, R. L., 1990, King, K. W.; Tarr, A. C., 1989, Urban haz­ cade ice border dams-Geologic setting. Ground failure auociated with the ards seismic field investigations and the Puget Sound region earthquakes of April Johnson, Lee; Bauer, Wolf, 1987, Beach sta­ study of the effects of site geology on 13, 1949, and April 29, 1965. bilization design. ground shaking.• Cornforth, D. H., 1990, Earthquake-in­ May, J., 1990, Earthquake risk reduction P. Lees, J. M., 1990, Comparison of local duced landslides. prospects-Puget Sound-Ponland as­ tomographic P-wave velocity variations sessment.• Galster, R. W., 1987, A survey of coastal in California and Washington-Can we engineering geology in the Pacific Olsen, B. C., 1988, Inventory technique de­ image fault asperities? (abstract]. NorthwesL velopment-Puget Sound/Oregon. Savage, J. C.; Lisowski, Michael; Prescott, Schuster, R. L.; Chleborad, A. F., 1990, Olsen, B. C.; Grant, W. P.; Celebi, Mehmet, W. H., 1991, Strain accumulation in Ground failure caused by the 1949 and compilers, 1989, Report on list of struc­ western Washington. 1965 Puget Sound earthquakes, western tures recommended for seismic instru­ Tinsley, J.C., 1989, Quaternary framework Washington (abstract). mentation in the Puget Sound area, for earthquake studies, Los Angeles, Washington, by the U.S. Geological Sur­ California. PUGET LOWLAND - vey Puget Sound Region Instrumenta­ LIQUEFACTION OF SOILS tion Advisory Committee. PUGET LOWLAND - GLACIAL Chleborad, A. F.; Schuster, R. L., 1990, Perbix, T. W., 1988, Evaluation of earth­ GEOLOGY Ground failure associated with the quake hazard and risk in the Puget Sound Booth, D. 8., 1990, Physical processes of Puget Sound region earthquakes of April and Portland areas. the Puget lobe, Cordilleran ice sheet 13, 1949, and April 29, 1965. Roeder, C. W., 1988, Overview of earth­ [abstract). Grant, W. P., 1989, Liquefaction hazards in quake hazards reduction in Puget Sound Booth, D. 8., 1990, Pleistocene deposits the Pacific Northwest. and Portland areas through improved and subglacial landforms of the south­ Ho, C. L.; Kornher, Karen; Tsiatas, G. E., building practices. eastern Puget Lowland. 1991, Ground motion model for Puget Scawthorn, Charles, 1990, Inventory and Sound cohesionless soil sites. post-earthquake functionality of emer- 210 PUGET LOWLAND - MAPS - GEOLOGIC OPEN FILE REPORT 92-2

Palmer, S. P., 1989, Liquefaction of soils. tigraphy of coastal Pierce County meter geophysical s1:1rvey of the conti­ Washington. ' PUGET LOWLAND - MAPS - nental margin basin from Georgia Strait PUGET LOWLAND - to Puget Sound (abstract]. GEOLOGIC Williams, Sara, 1986, Handbook for geo­ Whetten, J. T.; Carroll, P. I.; Gower, H. D.; STRUCTURAL GEOLOGY AND physical survey operators for Wash­ Brown, E. H.; Pessl, Fred, Jr., 1988, TECTONICS ington 'a offshore and inland marine wa­ Bedrock geologic map of the Pon Town­ Bucknam, R. C., 1988, Characteristics of ten. send 30- by 60-minute quadrangle, active faults. Puget Sound region, Washington. Bucknam, R. C., 1990, Puget Sound palco­ PUYALLUP, WASH. (Pierce Co.) seismicity. Baier, T. L, 1990, Spatial analysis of the PUGET LOWLAND - public's attitudes and behavion toward SHORELINES AND SEA LEVEL Chiao, L.-Y.; Creager, K. C.; Boyd, T. M., 1989, Membrane and bending strains as­ the earthquake hazard in Tacoma and Beale, Harriet, 1990, Relative rise in sea- sociated with subduction of the Casca­ Puyallup, Washington. level during the late Holocene at six salt dia slab (abstract]. Palmer, S. P., 1990, Geotechnical analysis manhes in the Puget Basin, Washington. Crosson, R. S., 1988, Seismic hazard from of liquefaction in Puyallup during the Galster, R. W., 1987, A survey of coastal intraplate eanhquakes in the Puget 1949 and 1965 Puget Sound eanh­ engineering geology in the Pacific Sound region. quakes. NonhwesL Crosson, R. S.; Owens, T. J., 1989, Testing Shulene, J. A., 1990, Evidence of liquefac­ Gal~te~, R. W., 1989, Geologic aspects of the arch model for slab geometry of the tion in the Puyallup Valley during the Jetues, breakwaten, and boat basins in Cascadia subduction zone in the vicinity 1949 and 1965 Puget Sound earth­ western Washington. of Puget Sound, Washington (abstract]. quakes. Johnson, Lee; Bauer, Wolf, 1987, Beach sta­ Harding, S. T.; Urban, T. C.; Diment, W. H., bilization design. QUATERNARY[REGIONAL 1988, Evidence of recent tectonic defor­ Klarin, P. N.; Branch, K. M.; Henhman, M. WORKS] mation in Puget Sound from seismic-re­ Grant, W. C.; Atwater, B. F.; Carver, G. A.; J.; Grant, T. F., 1990, Sea level rise pol­ flection profiles (abstract]. icy alternatives study-Vol. 1, Alterna­ Darienzo, M. E.; Nelson, A. R.; Peter­ Rogers, G. C., 1983, Seismotectonics of tive policy responses for accelerated sea son, C. D.; Vick, G. S., 1989, Radiocar­ British Columbia (abstract]. level rise and their implications. bon dating of late Holocene coastal sub­ Savage, J.C.; Lisowski, Michael; Prescott, Klarin, P. N.; Branch, K. M.; Henhman, M. sidence above the Cascadia subduction W. H., 1991, Strain accumulation in J.; Grant, T. F., 1990, Sea level rise pol­ zone-Compilation for Washington, western Washington. icy alternatives study-Vol. 2, An ana­ Oregon, and northern California (ab­ lytical review of state and federal Zoback, M. L, 1990, Intraplate stress and stract]. coastal management systems and policy deformation. Hickson, C. J.; Smith, J. G.; Sherrod, D. R., responses to sea level rise. PUGET LOWLAND - 1987, Quaternary volcanic vent map­ Marcus, K. L, 1989, Coastal and marine SUBSIDENCE AND UPLIFT Central British Columbia to Califor­ engineering geology-Introduction. nia-A progress repon (abstract]. Bucknam, R. C., 1990, Puget Sound paleo- Sm~th, J. G.; Sherrod, D.R., 1989, Changes Peck, C. A., and A11ociates, 1976 Draft seismicity. in Quaternary extrusion rate and volcan­ environmental impact atatem~iu for Shipman, Hugh, 1989, Venical land move­ Seacliff, residential development. ic style along the Cascade arc from Mount ments in coastal Washington-Impli­ Garibaldi to Lassen Peak (abstract]. Schwanz, M. L.; Wallace, R. S.; Jacobsen, cations for relative sea level changes.• E. E., 1989, Net shore-drift in Puget QUATERNARY - BRITISH Sound. PUGET SOUND COLUMBIA Shipman, Hugh, 1989, Venical land move­ Evans-Hamilton, Inc.; D. R. Systems, Inc., Blaise, Benrand; Clague, J. J.; Mathewes, 1987, Puget Sound environmental atlas. ments in coastal Washington-Impli­ R. W., 1990, Time of maximum late Wis­ cations for relative sea level changes.• Harding, S. T., 1989, Investigation of seis­ consin glaciation, west coast of Canada. mic-wave propagation for determina­ Terich, T. A., 1989, Structural erosion pro­ Bobrowsky, P. T.; Clague, I. J., 1990, Holo­ tection of beaches along Puget Sound­ tion of crustal structure.• cene sediments from Saanich Inlet, Brit­ An assessment of alternatives and re­ Harding, S. T.; Agena, W.; Nichols, D.; Lee, ish Columbia, and their neotcctonic im­ search needs. M., 1989, Small-boat, multi-channel plications. Puget Lowland - Soll mechanics, see high-resolution seismic reflection sur: Bobrowsky, P. T.; Clague, J. J., 1990, Neo­ vey in Puget Sound and the Strait of PUGET LOWLAND - ENGINEERING tectonic investigations on western Van­ GEOLOGY Juan de Fuca. couver Island, British Columbia. Harding, S. T.; Barnhard, T. P.; Urban, T. C., PUGET LOWLAND - SOILS, Brooks, G. R., 1990, The recognition of 1988, Preliminary data from the Puget landslide dammings in alpine river val­ Sound multichannel seismic-reflection SEDIMENTS, and leys from backwater sediments (ab­ STRATIGRAPHY survey. stract]. Easterbrook, D. J.; Roland, J. L; Canon, R. Harding, S. T.; Urban, T. C.; Barnhard, T. Clague, J. J., 1989, Late Quaternary sea P., 1988, Preliminary evidence of po11i­ J.; Naeser, N. D., 1988, Application of level change and crustal deformation, ble Quaternary faulting in Puget Sound, paleomagnetism, fisaion-track dating, southwestern British Columbia. and tephra correlation to lower Pleisto­ Washington, from a multichannel ma­ rine seismic reflection survey. Clague, J. J., 1989, Sea level changes on the cene 1edimenu in the Puget Lowland, Pacific coast of Canada-Past and fu­ Washington. Muny, T. S.; Hebenstreit, G. T., 1989, Tsu­ ture trends Iabstract]. Haase, P. C., 1987, Glacial stratigraphy and nami amplitudes from local earthquakes in the Pacific Northwest region of North Clague, J. J., 1989, Sea levels on Canada's landscape evolution of the nonh-central Pacific coast-Past and future trends. Puget Lowland, Washington. America, Pan 2-Strait of Georgia, Juan de Fuca Strait, and Puget Sound. Clague, J. J.; Bobrowaky, P. T., 1990, Holo­ Kunz, D. D., 1980, Stratigraphy and gene­ cene sea level change and crustal defor­ Pellenbarg, R. E., 1988, Historical record of sis of Early Proterozoic diamictites­ mation, 1outhwe1tem British Columbia. Nonh America. silicones in sediment. Noble, J. B., 1990, Proposed revision of Seemann, D. A.; Hamilton, T. S.; Halpenny, nomenclature for the Pleistocene stra- J. F., 1990, A high resolution multipara- INDEX QUATERNARY - WASHINGTON 211

Clague, J. J.; Saunders, I. R.; Robens, M. upon studies in the sediment filled Es­ Nelson, A. R., 1987, Apparent gradual rise C., 1988, Ice-free conditions in south­ canaba trough (Gorda Ridge) [abstract]. in relative sea level on the south-central western British Columbia at 16,000 Merritts, Dorothy, 1986, Late Quaternary Oregon coast during the late Holo­ years BP. tectonism in coastal nonhcrn Califor­ cene-Implications for the great Casca­ Dyke, A. S.; Prest, V. K., 1987, Late Wis­ nia-A gcomorphic approach [abstract]. dia eanhqualtc hypothesis (abstract]. consinan and Holocene retreat of the O'Dca, K. M.; Vick, G. S.; Craven, G. F.; Nelson, A. R., 1988, Implications of late Laurentidc ice sheet. Linberg, D. N., 1987, An analysis of Holocene salt-marsh stratigraphy for Dyke, A. S.; Prest, V. K., 1987, Palco­ style of deformation and surface expres­ eanhquake recurrence along the coast of geography of nonhcrn Nonh America, sion of late Quaternary thrust faults, south-central Oregon.• 18,000-S,OOO years ago. coastal northern California (abstract]. Nelson, A. R.; Personius, S. F., 1991, Eanh­ Evans, S. G., 1987, The application of Qua­ Vick, G. S.; Carver, G. A., 1988, Late Holo­ quake recurrence and Quaternary defor­ ternary geology to the assessment ofter­ cene paleoseismicity, nonhern Hum­ mation in the Cascadia subduction zone, rain hazards, Coast Mountains, British boldt Bay, California (abstract]. coastal Oregon. Columbia, Canada (abstract]. QUATERNARY - OREGON Nelson, A. R.; Personius, S. F.; Rhea, Eyles, Nicholas; Clague, .J. J., 1987, Land­ Susan, 1990, Eanhquate recurrence and sliding caused by Pleistocene glacial Darienzo, M. E.; Peterson, C. D., 1987, Ep­ Quaternary deformation in the Cascadia lake ponding-An example from central isodic tectonic subsidence recorded in subduction zone, coastal Oregon.• British Columbia. late-Holocene salt-marshes, nonhwest Personius, S. F., 1988, Pluvial terraces in Hebda, R. J., 1987, Holocene sea-level Oregon [abstract]. the Oregon Coast Range-Preliminary change, Barkley Sound, Vancouver Is­ Grant, W. C.; McLaren, D. D., 1987, Evi­ assessment as indicators of Quaternary land, British Columbia (abstract]. dence for Holocene subduction canh­ deformation. Howes, D. E., 1987, Holocene sea levels­ quakes along the northern Oregon coast Peterson, C. D.; Darienzo, M. E., 1988, Ep­ West coast of Vancouver Island (ab­ (abstract]. isodic tectonic subsidence of late-Holo­ stract]. Hughes, S. S., 1984, Structural and petro­ cene salt marshes in Oregon-Clear ev­ Luternauer, J. L.; Clague, 1. 1.; Feeney, T. chemical indicators for an extensional idence of abrupt strain release and grad­ D., 1991, A 367 m core from southwest­ tectonic regime imposed on central High ual strain accumulation in the southern ern Fraser River delta, British Colum­ Cascade volcanism (abstract]. Cascadia margin during the last 3,500 bia. Kelsey, H. M., 1990, Late Quaternary defor­ years.• Mathewes, R. W., 1990, Holocene vegeta­ mation of marine terraces on the Casca­ Peterson, C. D.; Darienzo, M. E.; Parter, tion and climate changes in the Cordil­ dia subduction zone near Cape Blanco, M., 1988, Coastal ncotectonic field trip lera (abstract]. Oregon. guide for Netans Bay, Oregon. Moslow, T. F.; Luternaucr, J. L.; Kosta­ Madin, I. P., 1989, Distribution of poten­ Rhea, Susan, 1988, Differential Quaternary schuk, R. A., 1991, Patterns and rates of tially responsive Quaternary deposits in uplift of the western Oregon Coast sedimentation on the Fraser River delta Portland. Range indicated by river gradient and slope, British Columbia.• Madin, I. P.; Pezzopanc, Silvio, 1990, Qua­ river valley shape. Sherrod, D.R.; Smith, 1. G., 1990, Quater­ ternary deformation in the Ponland Tinsley, 1. C., 1989, Considerations for de­ nary extrusion rates of the Cascade metro area (abstract]. terministic ground motion mapping in Range, nonhwestern United States and Mclnelly, G. W., 1989, Holocene and late­ the Portland-Puget Sound region. southern British Columbia.• Pleistocene tectonic deformation in the Verosub, K. L.; Mehringer, P. J., Jr., 1987, Turner, G. M., 1987, A SOOO year geomag­ Cape Arago-Bandon region of coastal Holocene geomagnetic intensity varia­ netic palacosecular variation record Oregon as deduced from marine wave­ tions in western Nonh America-The cut platforms. from western Canada. record from Fish Laite, Oregon (ab­ Mclnelly, G. W.; Kelsey, H. M., 1990, Late Williams, H. F. L., 1990, Holocene sea­ stract]. level change and delta growth-Fraser Quaternary tectonic deformation in the West, D. 0., 1988, Pleistocene raised ma­ River delta, British Columbia (abstract]. Cape Arago-Bandon region of coastal rine terraces along the Washington-Orc­ Oregon as deduced from wave-cut plat­ gon coastline and implications to Casca­ QUATERNARY - CALIFORNIA forms. dia subduction zone tectonics. Atwater, B. F., 1991, Holocene palcoseis­ Mclnclly, G. W.; Kelsey, H. M.; Nelson, A. mology, western Washington. R., 1989, Late Pleistocene and Holocene QUATERNARY - WASHINGTON Carver, G. A.; Burke, R. M., 1987, Late tectonic deformation of the Whiskey Atwater, B. F., 1987, Coastal-wetland re­ Holocene paleoseismicity of the south­ Run wave-cut platform in the Cape cord of great Holocene eanhquakes in ern end of the Cascadia subduction zone Arago-Coos Bay area, coastal Oregon Washington (abstract]. (abstract]. (abstract]. Atwater, B. F., 1988, Evidence for great Carver, G. A.; Burke, R. M.; Kelsey, H. M., Muhs, D. R.; Kelsey, H. M.; Miller, G. H.; Holocene eanhquates along the outer 1986, Late Quaternary tectonics of Kennedy, G. L.; Whelan, 1. F.; Mclnelly, coast of Washington State. coastal California nonh of the Mendo­ G. W., 1990, Age estimates and uplift Atwater, B. F., 1988, Geologic studies for cino triple junction (abstract]. rates for late Pleistocene marine ter­ seismic zonation of the Puget Lowland. Clarke, S. H., Jr.; Carver, G. A., 1991, Tec­ races-Southern Oregon portion of the Atwater, B. F., 1990, Holocene paleoseis­ tonics and late Holocene paleoscis­ Cascadia forearc. mology of coastal Washington State. micity of the southern Cascadia subduc­ Negrini, R. M.; Darke, Rick; Hoare, Brian, Atwater, B. F., 1991, Holocene paleoseis­ tion zone, northwestern California con­ 1987, Climate-induced variations in the mology, western Washington. tinental margin (abstract]. geomagnetic field-Possible supporting Atwater, B. F.; Stuivcr, Min:r.e, 1991, Pre­ Kelsey, H. M.; Carver, G. A., 1986, Studies evidence from a Pleistocene paleomag­ cise 14(: ages for sudden Holocene sub­ of Quaternary faulting through the anal­ netic record (abstract]. mergence in Washington (abstract]. . ysis of small faults and fractures, nonh Ncgrini, R. M.; Vcrosub, K.. L; Davis, 1. 0., Atwater, B. F.; Yamaguchi, D. K.., 1991, coastal California. 1986, 400,000 years of geomagnetic Sudden, probably coscismic submer­ Lyle, Mitchell; Fisk, M. R.; Abbott, D. H.; field behavior as recorded in fine­ gence of Holocene trees and grass in Karlin, Robert; Morton, 1. L.; Holmes, grained sediments from Summer Late, coastal Washington State.• M. L., 1986, High resolution studies of Late County, Oregon (abstract]. ridge crest magmatism-Progress based 212 REMOTE SENSING OPEN FILE REPORT 92-2

Beale, Harriet, 1990, Relative rise in sea­ ments of the Tacoma Narrows, Washing­ Yount, J. C.; Vick, G. S.; McCoy, Gail, level during the late Holocene at six salt ton [abstract). 1989, The standard penetration versus marshes in the Puget Basin, Washington. Harding, S. T., 1989, Investigation of seis­ depth relations of Quaternary glacial Beget, J. E., 1980, Tephrochronology of mic-wave propagation for determina­ and nonglacial deposits in the greater late-glacial and Holocene moraines in tion of crustal structure. Seattle area, Washington-Implications the central north Cascade Range, Wash­ Harding, S. T.; Urban, T. C.; Barnhard, T. for liquefaction susceptibility studies. ington State [abstract). P., 1988, Preliminary evidence of possi­ Yount, J. C.; Vick, G. S.; McCoy, Gail, Beget, J. E., 1988, Comment on "Age of ble Quaternary faulting in Puget Sound, 1990, Geotechnical drill-hole logs from pre-Neoglacial cirque moraines in the Washington, from a multichannel ma­ the southern Seattle area, Washington. central North American Cordillera," by rine seismic reflection survey. Radiocarbon dating, see Davis and P. T. G. Osborn. Jones, M. A., 1991, A layered multiaquifer GEOCHRONOLOGY - Blaise, Bertrand; Clague, J. J.; Mathewes, system in the Puget Lowland resulting RADIOCARBON DATING R. W., 1990, Time of maximum late Wis­ from cyclic continental glaciations [ab­ consin glaciation, west coast of Canada. stract). REMOTE SENSING Booth, D. B., 1990, Pleistocene deposits Karlin, Robert, 1990, Paleoseismicity in the Fritts, S. G.; Merifield, P. M.; Lamar, D. L; and subglacial landforms of the south­ Puget Sound area recorded in Holocene Smith, J. L., 1982, Reconnaissance en­ eastern Puget Lowland. sediments from Lake Washington, gineering geologic mapping from Bucknam, R. C., 1991, Puget Sound paleo­ U.S.A. [abstract]. Landsat imagery along the Northern seismicity. • Kurtz, D. D., 1980, Stratigraphy and gene­ Tier Pipeline route. Bucknam, R. C.; Barnhard, T. P., 1990, Ev­ sis of Early Proterozoic diamictites­ Gower, J. F. R., 1989, Coastal studies with idence of sudden late Holocene uplift in North America. the thematic mapper on the west coast of the central Puget Lowland, Washington Madin, I. P., 1989, Distribution of poten­ Canada. [abstract).• tially responsive Quaternary deposits in Kouba, J.; Dragert, Herb, 1989, Crustal de­ Clague, J. J.; Saunders, I. R.; Roberts, M. Portland. formation measurements by satellite C., 1988, Ice-free conditions in south­ Mathewes, R. W., 1990, Climatic condi­ techniques on Canada's west coast (ab­ western British Columbia at 16,000 tions in the Cordillera during the last stract]. years BP. glaciation-Paleoecological evidence Parks, D. S.; Reutebuch, S. E., 1990, Land­ Crandell, D. R.; Hendricks, E. L.; Sigafoos, [abstract]. slide mapping and analysis from aerial R. S-., 1965, Day 2-September 7; Minor,Rick, 1989, The late Holocene earth­ photographs with a PC-based analytical Start-Chehalis, Washington; End­ quake hypothesis-Implications for stereoplotter (abstract). Mount Rainier National Park. southern northwest coast prehistory [ab­ Tillson, D. D., 1988, Computer graphical Crandell, D. R.; Meier, M. F.; Mullineaux, stract]. analysis of remote sensing data and D.R., 1965, Day 3-September 8, Para­ Noble, J. B., 1990, Proposed revision of some aspects of the geometry of the Juan dise Park, Mount Rainier National Park. nomenclature for the Pleistocene stra­ de Fuca subducting plate, western Wash­ Crandell, D. R.; Mullineaux, D. R.; Wald­ tigraphy of coastal Pierce County, ington and Oregon (abstract]. ron, H. H., 1965, Day 7-September 12, Washington. Ungar, S. G.; Merry, C. J.; Irish, Richard; Seattle, Washington. Peterson, C. D.; Phipps, J.B., 1987, Seis­ McKim, H. L; Miller, M. S., 1988, Ex­ Danner, W. R., 1969, Glacial-cut groove mic stratigraphy of the Holocene trans­ traction of topography from side-look­ and glacial-eroded surfaces on serpen­ greuive sequence in Grays Harbor, ing satellite systems-A case study with tine, Fidalgo Island, Washington [ab­ Washington, a shelf-barrier--estuarine SPOT simulation data. stract). transect from an active-margin coast Reservoirs,, Danner, W.R., 1969, Pleistocene stratigra­ [abstract]. see phy and sedimentary structures at the Phipps, J. B.; Peterson, C. D., 1989, Gen­ EARTHQUAKES AND DAMS AND southeastern side of Point Roberts, eral submergence of Grays Harbor, RESERVOIRS Washington [abstract). Washington during the Holocene (ab­ ENGINEERING GEOLOGY - DAMS Davis, P. T.; Osborn, Gerald, 1987, Age of stract). AND RESERVOIRS pre-Neoglacial cirque moraines in the Pringle, P. T., 1990, Hazards from volcanic central North American Cordillera.• debris flows in the Puyallup Valley, west RIVER MORPHOLOGY - Dethier, D. P., 1988, The soil chronosequ­ of Mount Rainier, Washington (ab­ BRITISH COLUMBIA ence along the Cowlitz River, Washing­ stract). Brierley, G. J., 1991, Bar sedimentology of ton. Sherrod, D. R.; Smith, J. G., 1990, Quater­ the Squamish River, British Columbia­ Dyke, A. S.; Prest, V. K., 1987, Late Wis­ nary extrusion rates of the Cascade Definition and application of morpho­ consinan and Holocene retreat of the Range, northwestern United States and strati-graphic units. Laurentide ice sheet. southern British Columbia.• Cruden, D. M.; Lu Z-Y., 1989, The geomor­ Dyke, A. S.; Prest, V. K., 1987, Paleo­ Swanson, D. A., 1989, Tumtum-Badger phic impact of the catastrophic October geography of northern North America, Ridge line of Quaternary vents, southern 1984 flood on the planform of Squamish 18,000-5,000 years ago. Cascades of Washington (abstract]. River, southwestern British Columbia­ Easterbrook, D. J., 1990, Advance and re­ Tinsley, J.C., 1989, Considerations for de­ Discussion. treat of Cordilleran ice sheets in Wash­ terministic ground motion mapping in Duggan, D. M.; Luternauer, J. L., 1985, ington [abstract). the Portland-Puget Sound region. Development-induced tidal flat erosion, Easterbrook, D. J.; Roland, J. L; Carson, R. West, D. 0., 1988, Pleistocene raised ma­ Fraser River delta, British Columbia. J.; Naeser, N. D., 1988, Application of rine terraces along the Washington-Ore­ Hickin, E. J.; Sichingabula, H. M., 1989, paleomagnetism, fiuion-track dating, gon coastline and implications to Casca­ The geomorphic impact of the cata­ and tephra correlation to lower Pleisto­ dia subduction zone tectonics. strophic October 1984 flood on the plan­ cene sediments in the Puget Lowland, Yamaguchi, D. K.; Woodhouse, C. A.; Reid, form of Squamish River, southwestern Washington. M. S., 1989, Tree-ring dating of late British Columbia-Reply. Eggen, A. A.; Goldstein, B. S.; Gebhards, Holocene subsidence along the Wash­ J. S., 1989, Deformed Pleistocene sedi- ington and Oregon coasts-A progress report. INDEX SAND 213

Ilersich, S. A.; Konaschuk, R. A.; Luter­ Perkins, S. J., 1989, Interactions of land­ sources of San Juan County, Washing­ nauer, J. L., 1990, Relationships be­ slide-supplied sediment with channel ton. tween bed-material load and bedform morphology in forested watersheds. Pessl, Fred, Jr.; Dethier, D. P.; Booth, D. B.; migration-Fraser River estuary, Brit­ Roads, see ENGINEERING GEOLOGY - Minard, J. P., 1989, Surficial geologic ish Columbia [abstract). ROADS AND BRIDGES map of the Pon Townsend 30- by 60- Jol, H. M.; Robena, M. C., 1988, The seis­ minute quadrangle, Puget Sound region, mic facies of a delta onlapping an off­ Rock mechanics, see ENGINEERING Washington. shore island-Fraser River delta, British GEOLOGY - SOIL MECHANICS and Whetten, J. T.; Carroll, P. I.; Gower, H. D.; Columbia. ROCK MECHANICS Brown, E. H.; Pessl, Fred, Jr., 1988, Kostaschuk, R. A.; Ilersich, S. A.; Luter­ ROSS LAKE FAULT ZONE Bedrock geologic map of the Pon nauer, J. L., 1990, Relationships be­ (Whatcom Co., Wash.) Townsend 30- by 60-minute quadrangle, tween bed-material load and bedform Puget Sound region, Washington. DiLeonardo, C. G., 1991, Timing and kine­ migration, Fraser River estuary, British matics of bounding structures of the Columbia. SAN JUAN ISLANDS Nonh Creek block, nonheastern Cas­ Kostaschuk, R. A.; Luternauer, J. L.; Mc­ Bogue, S. W.; Cowan, D. S.; Garver, J. I., cades Washington-Implications for the 19 89, Paleomagnetic evidence f~r Kenna, G. T.; Moslow, T. F., 1990, Mor­ evolution of the southern Ross Lake phology and sediment transpon in a sub­ poleward transpon of Upper Jurassic fault zone [abstract). marine channel system-Fraser River rocks in the Decatur terrane, San Juan delta, British Columbia [abstract). Haugerud, R. A.; Miller, R. B.; Tabor, R. Islands, Washington. W.; Phillips, W. M., 1991, Ross Lake Kostaschuk, R. A.; MacDonald, G. M., Brandon, M. T., 1989, Geology of the San fault near Gabriel Peak, nonh Cascades 1988, Multitrack surveying oflarge bed­ Juan-Cascade nappes, nonhwestem Range, Washington [abstract). forms. Cascade Range and San Juan Islands. Kriens, B. J., 1988, Tectonic evolution of Luternauer, J. L.; Finn, W. D. L., 1983, Brandon, M. T.; Cowan, D. S.; Vance, J. A., the Ross Lake area, nonhwest Washing­ Stability of the Fraser River delta front. 1988, The Late Cretaceous San Juan ton-southwest British Columbia.• Syvitski, J. P. M.; Smith, J. N.; Calabrese, thrust system, San Juan Islands, Wash· Kriens, B. J., 1990, The Skagit-Methow E. A.; Boudreau, B. P., 1988, Basin sed­ ington. vertical crustal section, Nonh Cascades, imentation and the growth of prograding Cowan, D. S.; Brandon, M. T., 1990, New Washington-A relatively intact section deltas. techniques for determining the slip di­ [abstract). rection in brittle fault zones-An appli· RIVER MORPHOLOGY - Kriens, B. J.; Wemicke, B. P., 1987, Char­ cation to the Late Cretaceous nappes of OREGON acteristics of a continental margin mag­ the San Juan Islands, WA [abstract). Benda, L. E.; Dunne, Thomas, 1988, Varia­ matic arc with depth-The Skagit-Met­ England, T. D. J., 1989, Lithost~tigrap~y tion of channel morphology controlled how crustal section [abstract). of the Nanaimo Group, Georgia Bastn, by the frequency and magnitude of mass Kriens, B. J .; Wemicke, B. P., 1990, Nature southwestern British Columbia. wasting [abstract). of the contact zone between the Nonh Maekawa, Hirokazu; Brown, E. H., 1991, Eberhardt, mien, 1988, Dynamics of inter­ Cascades crystalline core and the Met· Kinematic analysis of the San Juan mediate-size stream outlets, nonhern how sequence in the Ross Lake area, thrust system, Washington.• Oregon coasL Washington-Implications for Cordille­ McGroder, M. F.; Miller, R. B.; Haugerud, Montgomery, D.R.; Dietrich, W. E., 1988, ran tectonics. R. A.; Brandon, M. T., 1989, mements Where do channels begin?. Miller, M. G., 1988, Possible pre-Cenozoic of the Cascades 'collisional' orogen-A Nelson, A. R.; Personius, S. F.; Rhea, left-lateral slip on the Yalakom fauh, transect from the Methow Basin to the Susan, 1990, Eanhquake recurrence and southwestern British Columbia. San Juan Islands. Quaternary deformation in the Cascadia Miller, R. B., 1988, Possible role of ductile Palumbo, G. T. X.; Brandon, M. T., 1990, subduction zone, coastal Oregon. shear zones in linking overstepping Gravity modeling of the geometry of the strike-slip faults, Ross Lake fault zone, Personius, S. F., 1988, Pluvial terraces in frontal thrust to the Late Cretaceous San Nonh Cascades, Washington [abstract). the Oregon Coast Range-Preliminary Juan nappes, NW Washington State (ab­ assessment as indicators of Quaternary SAN JUAN CO., WASH. nract). deformation. Beale, Harriet, 1990, Relative rise ~ sea­ SAND Rhea, Susan, 1988, Pluvial morphology of level during the late Holocene at 111 salt see also the Oregon coast. marshes in the Puget Basin, Washington. EARTHQUAKE-INDUCED RIVER MORPHOLOGY - Bogue, S. W.; Cowan, D. S.; Garver, J. I., LIQUEFACTION WASHINGTON 1989 Paleomagnetic evidence for ENGINEERING GEOLOGY - SOIL pole,,;ard transpon of Upper Jurassic Booth, D. B., 1990, Stream-channel inci­ MECHANICS and ROCK rocks in the Decatur terrane, San Juan MECHANICS sion following drainage-basin urbaniza­ Islands, Washington. tion. Cheng, W.-L, 1980, Effects of soil proper­ Danner, W. R., 1969, Glacial-cut groove Dengler, Lori; Montgomery, D. R., _198?, ties on liquefaction potential during and glacial-eroded surfaces on serpen­ earthquakes. Estimating the thickness of colluv1al fill tine, Fidalgo Island, Washington (ab­ Gaddah, A. H., 1976, Damping ratio for dry in unchanneled valleys from surface to· stract). pography. sands. Gallagher, M. P.; Brown, E. H.; Walker,~­ Kilby, C. E., 1990, Nearahore 1urficial ge­ Giese B. S.; Jay, D. A., 1989, Modelling W., 1988, A new structural and tectonic ology and heavy mineral a11emblage1, tidal energetics of the Columbia River interpretation of the western pan of the nonhem Strait of Juan de Fuca [ab­ estuary. Shuksan blueschist terrane, nonhwest­ stract). Johnson, A. C., 1991, Effects oflandslide­ em Washington. Pettit, D. J., 1990, The use of seismic re­ dam-break floods on channel morphol­ Maekawa, Hirokazu; Brown, E. H., 1991, fraction in determining sand thickness at ogy. Kinematic analysis of the San Juan Meyer, D. F.; Maninson, H. A., 1989, Rates selected beach sites in the Pacific Nonh· thrust system, Washington. west (abstract). and processes of channel development Manson, C. J., compiler, 1990, Bibliogra­ and recovery following the 1980 erup­ phy of the geology and mineral re- tion of Mount St. Helens, Washington. 214 SATSOP NUCLEAR PLANT AREA OPEN FILE REPORT 92-2

Withers, N. J.; Howie, J.; Hughes, J.M. 0.; Clague, J. J., 1989, Late Quaternary sea Williams, H.F. L.; Luternauer, J. L., 1990, Robenson P. K., 1989,Performanceand level change and crustal deformation, Shallow structure and growth of the analysis of cone pressuremeter tests in southwestern British Columbia. southern Fraser River delta-Prelimi­ sands. Clague, J. J., 1989, Sea levels on Canada's nary field results. SATSOP NUCLEAR PLANT Pacific coast-Past and future trends.• SEATTLE, WASH. - AREAL AREA (Grays Harbor Co., Clague, J. J.; Bobrowsky, P. T., 1990, Holo­ GEOLOGY cene sea level change and crustal defor­ Wash.) mation, southwestern British Columbia. Galster, R. W.; Laprade, W. T., 1991, Geol­ Coppenmith, K. J.; Youngs, R.R., 199?, Clague, J. J.; Lichti-Federovich, S.; Guil­ ogy of Seattle, Washington, United Probabilistic seismic-hazard analys11 bault, J.-P.; Mathewes, R. W., 1990, States of America. using expen opinion-An example from Holocene sea level change, south­ Sabol, M. A.; Tumey, G. L; Ryals, G. N., the Pacific Nonhwest. coastal British Columbia. 1988, Evaluation of available data on Day, S. M.; Stevens, J. L.; Barker, T. G., De Young, E. J.; Clark, J. A., 1990, Glacio­ the geohydrology, soil chemistry, and 1988, Ground motion simulations for isostatic deformation caused by the Cor­ ground-water chemistry of Gas Works thrust eanhquakes beneath western dilleran ice sheet as an indicator of man­ Park and surrounding region, Seattle, Washington. Washington; Final repon. tle viscosity in British Columbia [ab­ Kearnes, J. K., 1976, An evaluation of a stract). Yount J. C.; Gower, H. D., 1991, Bedrock method of microzonation by microseis­ Graben, G. F.; Larsen, C. E., 1975, ~arine ge~logic map of the Seattle 30' by 60' mic amplification spectra. transgressions and cultural adaptauon­ quadrangle, Washington. Manfrida, J. L., 1977, Soil amplification Preliminary tests of an environmental SEATTLE, WASH. - studies using explosion impulse. model. EARTHQUAKES AND McCrumb, D. R.; West, D. O.; Kiel, W. A., Hebda, R. J., 1987, Holocene sea-level EARTHQUAKE ENGINEERING 1989, Geology and seismic considera­ change, Barkley Sound, Vancouver Is­ Algermissen, S. T.; Leyendecker, E. V., tions of the Satsop nuclear power plant land, British Columbia [abstract). site. 1988, Estimation of eanhquake losses in Hicks, S. D.; Hickman, L. E., Jr., 1988, the Puget Sound area. Sherif, M. A.; Ishibashi, lsao; Kearnes, J. United States sea level variations Anton, W. F., 1990, Overview of lifeline K., 1976, Microzonation by amplifica­ through 1986. tion ratio technique. eanhquake engineering-Panel discus­ Holdahl, S. R.; Faucher, Francois; Dragen, sion responses to four topics. Tabor, R. W., 1986, Changing concepts of Herb, 1989, Contemporary venical Anton, W. F., 1990, Overview of lifeline geologic structure and the problem of crustal motion in the Pacific Nonhwest. siting nuclear reactors-Examples from eanhquake engineering panel discus­ Howes, D. E., 1987, Holocene sea levels­ sion-Abstract of re1pon1e1. Washington State. West coast of Vancouver Island [ab­ U.S. Nuclear Regulatory Commission, Ballantyne, D. B., 1989, Eanhquake loss stract). estimation modeling of the Seattle water 1991, Draft safety evaluation by the Of­ Klarin, P. N.; Branch, K. M.; Henhman, M. fice of Nuclear Reactor Regulation re­ system.• J.; Grant, T. F., 1990, Sea level rise pol­ Bodle, T. R., 1990, The relation of eanh­ lating to geology and seismology, Wash­ icy alternatives study.• ington Public Power Supply System quake intensity to surface geology and Linden, R. H.; Schurer, P. J., 1988, Sedi­ elevation in western Washington State.• Washington nuclear project no. 3 (WNP- ment characteristics and sea-level his­ Bolton, P. A., 1989, Po1t-di1a1ter emer­ 3), docket no. 50-508. tory of Royal Roads Anchorage, Victo­ gency response issues in urban settings. Washington Public Power Supply System, ria, British Columbia. 1988, Cascadia subduction zone-~n Convene Ward Davis Dixon, Inc., 1980, Nelson, A. R., 1987, Apparent gradual rise Repon on eanhquake motions for reser­ evaluation of the eanhquake potenual in relative sea level on the south-central and implications to WNP-3; Washington voir 1eistnic stability analyses, Seattle, Oregon coast during the late Holo­ Washington. Public Power Supply System response cene-Implications for the great Casca­ Celebi, Mehmet, 1991, Instrumentation of to NRC questions 230.1 and 230.2. dia eanhquake hypothesis [abstract). structures. Nelson, A. R.; Penonius, S. F., 1991, Eanh­ SCHOOL BUILDINGS Galster, R. W.; Laprade, W. T., 1991, G~l­ quake recurrence and Quaternary defor­ Lokey, William, 1988, Eanhquake safety ogy of Seattle, Washington, Un1Jed mation in the Cascadia subduction zone, programs in the schools-One juris­ States of America. coastal Oregon;• diction's experience. Grant, W. P., 1989, Evaluation '?f liquefac­ Manens, Carole, 1988, New education, Nelson, A. R.; Personius, S. F.; Rhea, tion potential, Seattle, Washmgton. • Susan, 1990, Eanhquake recurrence and awareness, and preparedness programs­ Jacoby, G. C.; Williams, P. L., 1990, Use of An overview. Quaternary deformation in the Cascadia subduction zone, coastal Oregon.• temporal correlation to teat a proposed Manens, Carole, 1989, Washington state seismic origin for giant landslides in Se­ schools program. Palmer, A. J. M.; Clague, J. J., 1991, Dia­ attle, Washington. tom assemblage analysis and sea level No1on, LL.; Manens, Carole, 1987, Wash­ Jacoby, G. C.; Williama, P. L; Buckley, B. ington State school eanhquake emer­ change, Serpentine River, British Co­ lumbia. M., 1990, Timing and distribution of gency planning. landslides in Lake Washington, Seat­ Riddihough, R. P., 1982, Contemporary ver­ Washington State Superintendent of Public tle-Geohazards of possible seismic or­ Instruction, 1989, Safer 1chools-Eanh­ tical movements and tectonics on Can­ igin [abstract). ada's west coast [abstract). quake hazards nonstructural. Karlin, Rohen, 1990, Paleosei1micity in the Shipman, Hugh, 1989, Verti.cal land mov~­ Puget Sound area recorded in Holocene SEA LEVEL ment1 in coastal Wa1hmgton-lmpli­ sediments from Lake Washington, Beale Harriet, 1990, Relative rise in sea­ cations for relative sea level changes.• U.S.A. [abstract). le;el during the late Holocene at six salt Wigen, S. O.; Stephenson, F. E_., 1980, Kennedy/Jenks/Chilton, 1990, Eanhquake marshes in the Puget Basin, Washington. Mean sea level on the Canadian west lo11 estimation modeling of the Seattle coasL Clague, J. J., 1987, The use o~ geological water 1y1tem. • evidence in reconstructing recent Williams, H. F. L., 1990, Holocene sea­ King, K. W., 1991, Investigation of seismic crustal movements in British Colum­ level change and delta growth-Fraser wave propagation for determination of bia-Potential and problems [abstract). River delta, British Columbia [abstract). crustal structure. INDEX SEATILE. WASH. - ENGINEERING GEOLOGY 215

King, K. W.; Tarr, A. C., 1989, Urban haz­ Anton, W. F., 1990, Overview of lifeline Robinson, R. A., 1989, Geotecbnical im­ ards seismic field investigations and the eanhquake engineering-Panel discus­ pacts on design and construction of the study of the effects of site geology on sion responses to four topics. Mt. Baker Ridge Tunnel, interstate ground shaking.• Anton, W. F., 1990, Overview of lifeline Highway 90, Seattle. King, K. W.; Tarr, A. C.; Carver, D. L; eanhquake engineering panel discus­ Robinson, R. A.; Kueker, M. S.; Feldman, Williams, R. A.; Worley, D. M., 1988, sion-Abstract of responses. A. I.; Parker, H. W., 1987, Ground and Geophysical studies in suppon of seis­ Ballantyne, D. B., 1989, Earthquake loss linear behavior during construction of mic hazards assessment of Seattle and estimation modeling of the Seattle water the ML Baker Ridge tunnel. Olympia, Washington. system.• Shannon and Wtlson, Inc., 1980, Geotecbni­ Marks, Clifford, 1991, Seismic hazard re­ Bodle, T. R., 1990, The relation of eanh­ cal engineering studies-West Seattle duction planning process to develop pol­ quake intensity to surface geology and freeway bridge replacement, City of Se­ icies and programs for the City of Seat­ elevation in western Washington State. attle.• tle. Buechel, G. J.; Yamane, George, 1989, Sta­ Shannon and Wilson, Inc., 198S, Geotecbni­ McLerran, Dennis, 1990, City of Seattle's bilization of a roadway slide by drainage cal report-Downtown Seattle transit eanbquake preparedness plan. installation and light-weight fill. project; Preliminary engineering. Perbix, T. W., 1990, Introduction to a seis­ Cheng, W.-L, 1980, Effects of soil proper­ Shannon, W. L.; Strazer, R. J., 1970, Tied­ mic retrofit of older buildings [abstract]. ties on liquefaction potential during back excavation wall for Seattle First Perbix, T. W., 1990, Seismic retrofit of Un­ eanbquakes. National Bank. ion Station. Convene Ward Davis Dixon, Inc., 1980, Sherif, M. A., 1964, Flow and fracture prop­ Perbix, T. W.; Burke, P., 1989, Toward a Report on earthquake motions for reser­ erties of Seattle clays. philosophy for seismic retrofit-The Se­ voir seismic stability analyses, Seattle, Sherif, M.A., 1966, Physical properties of attle experience. Washington. Seattle freeway soils. Qamar, A. I., 1988, The effect of local ge­ Critchfield, J. W.; MacDonald, J. F., 1990, Sherif, M. A.; Strazer, R. J., 1973, Soil ology on eanbquake intensity in the Se­ Downtown in soft ground. parameters for design of Mt. Baker attle to Ponland region of Washington Gaddah, A. H., 1976, Damping ratio for dry Ridge tunnel in Seattle. and nonhern Oregon. sands. Sherif, M. A.; Wu, M.-J., 1968, The residual Qamar, A. I.; Bodle, T. R., 1989, Using Galster, R. W., 1989, Geologic aspects of strength of Seattle clays during triaxial eanhquake intensities to determine navigation canals of western Washing­ testing. ground response in the Puget Sound re­ ton. Sherif, M.A.; Wu, M.-J., 1968, The shon gion. Galster, R. W.; Laprade, W. T., 1991, Geol­ term failure criterion for Seattle clays. Rice, Norm, 1990, City of Seattle's eanh­ ogy of Seattle, Washington, United Sherif, M.A.; Wu, M.-J., 1969, Creep limit quake preparedness plan. States of America. and residual strength relationship. Tarr, A. C.; King, K. W., 1988, U.S. Geolog­ Grant, W. P., 1989, Evaluation of liquefac­ Sherif, M. A.; Wu, M.-J., 1971, The dy­ ical Survey begins seismic ground re­ tion potential, Seattle, Washington.• namic shear behavior of Seattle clays. sponse experiments in Washington Grant, W. P.; Yamane, George; Miller, R. P., Sherif, M.A.; Wu, M.-J., 1971, Summary State. 1984, Columbia Center shoring wall, and practical implications of the Univer­ Tinsley, J.C., 1988, Quaternary framework Seattle, Washington. sity of Washington soil engineering re­ for eanhquake studies, Los Angeles, Gunowski, T. M.; Boirum, R. N., 1989, search. California. Foundations and excavations for high­ Sondergurd, J. N.; Fuller, S. R.; Otten, M. Toliver, Paul, 1990, Lifeline panel #1. rise structures in downtown Seattle. T., 1989, Geology and design of the Se­ Twelker, N. H., and Associates, 1966, Dam­ Johnson, K. A., 1989, Seattle freeway con­ attle access portion of Intentate High­ ages caused by eanhquake of April 29, struction, Intentate Highway S, 1960- way 90. 196S-Letter repon, Pon of Seattle 1966. Sondergurd, J. N.; Otten, M. T.; Fuller, S. Commission, Pier S Terminal. Kennedy/Jenks/Chilton, 1990, Eanhquake R., 1989, Geology and design of the Se­ URS/John A. Blume and Associates, 198S, loss estimation modeling of the Seattle attle access portion of lntentate High­ Metro effluent transfer system, seismic water system.• way 90. evaluation amendment 4, task xvm.s. Laprade, W. T.; Thompson, S. R., 1989, Squier, LR.; Klasell, J. A., 1989, Cylinder Washington Surveying and Rating Bureau, Engineering geology of the Downtown pile walls along Interstate Highway S, 1966, Seattle and vicinity, Washington Seattle Transit Project. Seattle. eanbquake map, showing general areas Ludwig, H.P.; Weatherby, D. E., 1989, Be­ Squires, G. H., 198S, An experimental in­ of filled or unstable ground. havior of a tieback in cohesive soil. vestigation of the con101idation and Williams, P. L.; Jacoby, G. C., 1989, Eval­ McLerran, Dennis, 1990, City of Seattle's shear strength characteristics of a Seat­ uation of possible seismic triggering of eanbquake preparedness plan. tle clay. giant landslides in Seattle, Washington Miller, J. A., 1989, Landslide stabilization Tunnell and Tunneling, 1982, Seattle to get [abstract]. in an urban setting, Fauntleroy District, largest diameter soft-ground bored tun­ Youd, T. L., 1989, Liquefaction hazard Seattle, Washington. nel in the USA. mapping for the Seattle urban region uti­ Mone, R. W., 1989, Regrading yean in Se­ Twelker, N. H., and Auociates, 1966, Dam­ lizing LSI.• attle. ages caused by eanbquake of April 29, Zarker, Gary, 1990, City of Seattle's earth- Patten, R. H., 1987, Excavation problems of l 96S-Letter report, Port of Seattle quake preparedness plan. E.T.S.-6 tunnel. Commission, Pier S Terminal. Perbix, T. W.; Burke, P., 1989, Toward a URS/John A. Blume and A11ociates, 198S, SEATTLE, WASH. - Metro effluent transfer system, seismic . ENGINEERING GEOLOGY philosophy for seismic retrofit-The Se­ attle experience. evaluation amendment 4, task xvm.s. (Including soil mechanics and Washington Surveying and Rating Bureau, liquefaction) Perkins, W. J.; Grant, W. P.; Youd, T. L, 1990, Liquefaction susceptibility maps 1966, Seattle and vicinity, Washington Andrews, G. H.; KlaseU. J. A., 1964, Cylin­ for the Seattle Nonb and South, Wash­ eanbquake map, showing general areas der pile retaining wall. ington quadrangles [abstract]. of filled or unstable ground. Wiatrak, P. A., 1966, Seattle's leaning wall. 216 SEATTLE, WASH. -GEOCHRONOLOGY OPEN FILE REPORT 92-2

Yamane, George; Wu, M.-J., 1989, Pile Seattle, Wash. - Liquefaction, see Smith, G. A., 198S, Basin analysis of the foundation for the West Seattle Freeway SEA1TLE, WASH. - ENGINEERING Deschutes Formation-An example of bridge replacement, Seattle, Washing­ GEOLOGY the role of sedimentology in the study of ton. SEATTLE, WASH. - MAPS - Cascade arc evolution [abstract]. Youd, T. L., 1989, Liquefaction hazard Smith, G. A.; Vincent, K. R.; Snee, L. W., mapping for the Seattle urban region uti­ GEOLOGIC 1989, An isostatic model for basin for­ lizing LSI.• Galster, R. W.; Laprade, W. T., 1991, Geol­ mation in and adjacent to the central Yount, J. C.; Vick, G. S.; McCoy, Gail, ogy of Seattle, Washington, United Oregon High Cascade Range. States of America. 1990, The standard penetration versus SEDIMENTS AND depth relations of Quaternary glacial Sabol, M. A.; Tumey, G. L; Ryals, G. N., and nonglacial deposits in the southern 1988, Evaluation of available data on SEDIMENTOLOGY - BRITISH Seattle area, Washington-Implications the geohydrology, soil chemistry, and COLUMBIA for studies of liquefaction susceptibil­ ground-water chemistry of Gas Works Baxter, Sonny, 1987, Unusual folding and ity.• Park and surrounding region, Seattle, rolling of glacio-lacustrine sediments, Zarker, Gary, 1990, City of Seattle's eanh- Washington. upper Fraser Canyon, British Columbia quake preparedness plan. Yount, J. C.; Gower, H. D., 1991, Bedrock [abstract]. geologic map of the Seattle 30' by 60' Brandon, M. T., 1989, Deformational styles SEATTLE, WASH. - quadrangle, Washington. in a sequence of olistostromal melanges, GEOCHRONOLOGY Seattle, Wash. - Soll mechanics, s1111 Pacific Rim Complex, western Vancou­ Jacoby, G. C.; Williams, P. L, 1990, Use of SEA1TLE, WASH. - ENGINEERING ver Island, Canada. temporal correlation to test a proposed GEOLOGY Hamilton, T. S., 1991, Seismic stratigraphic seismic origin for giant landslides in Se­ evidence for the distribution and facies attle, Washington. SEATTLE, WASH. - SOILS of thick glaciomarine deposits beneath AND STRATIGRAPHY . SEATTLE, WASH. - LAKES the Strait of Georgia and adjacent fjords AND LAKE SEDIMENTS Sabol, M. A.; Tumey, G. L; Ryals, G. N., [abstract]. 1988, Evaluation of available data on Hamilton, T. S.; Han,B. S., 1991, The phys­ Galster, R. W., 1989, Geologic aspects of the geohydrology, soil chemistry, and iography, structure and growth of the navigation canals of western Washing­ ground-water chemistry of Gas Works Fraser Delta front-Strait of Georgia, ton. Park and surrounding region, Seattle, British Columbia [abstract]. Jacoby, G. C.; Williams, P. L., 1990, Use of Washington. Kilby, C. E., 1990, Nearshore surficial ge­ temporal correlation to test a proposed Yount, J. C.; Vick, G. S.; McCoy, Gail, ology and heavy mineral assemblages, seismic origin for giant landslides in Se­ 1990, Geotechnical drill-hole logs from northern Strait of Juan de Fuca [ab­ attle, Washington. the southern Seattle area, Washington. stract]. Jacoby, G. C.; Williams, P. L.; Buckley, B. SEATTLE, WASH. - Maxon, J. A., 1991, 40Ar/39Arevidence for M., 1990, Timing and distribution of the timing and tectonics of basin clo­ landslides in Lake Washington, Seat­ STRUCTURAL GEOLOGY sure-Tyaughton basin, southwest Brit­ tle--Geohazards of possible seismic or­ Harding, S. T., 1989, Investigation of seis- ish Columbia [abstract]. igin [abstract]. mic-wave propagation for determina­ Moslow, T. F.; Lutemauer, J. L.; Kosta­ Karlin, Rohen, 1990, Paleoseismicity in the tion of crustal structure. schuk, R. A., 1991, Patterns and rates of Puget Sound area recorded in Holocene SEDIMENTARY BASJNS sedimentation on the Fraser River delta sediments from Lake Washington, slope, British Columbia.• U.S.A. [abstract]. Bilodeau, W. L, 1988, Sedimentation and Mothersill, J. S., 1989, Paleomagnetic dat­ Yearsley, J. R.; Hileman, J. R.; Anderson, basin evolution along the Mesozoic mar­ gin of western Nonh America [abstract]. ing of postglacial sediments, Vancouver Jenny, 198S, Application of estimation Island, Canada. techniques to characterizing sediments Couch, R. W.; Foote, R. W., 198S, The Shu­ Mustard, P. S.; Rouse, G. E., 1990, Sedi­ in Lake Union, Washington. kash and Lapine basins-Pleistocene depreuions in the Cascade Range of mentary outliers of the eastern Georgia SEATTLE, WASH. - central Oregon [abstract]. Basin, margin, British Columbia. LANDSLIDES AND SLOPE England, T. D. J., 1988, Stratigraphy and Robena, M. C., 1990, Sedimentary frame­ STABILITY structure of the Nanaimo Basin, south­ work of the nonhem section of Fraser Buechel, G. J.; Yamane, George, 1989, Sta­ western British Columbia [abstract]. River delta, British Columbia [abstract]. bilization of a roadway slide by drainage Heller, P. L, 1984, Tectonic rotation and Robena, M. C.; Williams, H. F. L.; Luter­ installation and light-weight fill. basin development during mid-Teniary nauer, J. L.; Cameron, B. E. B., 198S, Sedimentary framework of the Fraser Jacoby, G. C.; Williams, P. L., 1990, Use of extension in the Pacific Nonhwest [ab­ River delta, British Columbia-Prelim­ temporal correlation to test a proposed stract]. inary field and laboratory results. seismic origin for giant landslides in Se­ Maxon, J. A., 1991, 40ArJ39Ar evidence for attle, Washington. the timing and tectonics of basin clo­ Syvitski, J. P. M.; Smith, J. N.; Calabrese, E. A.; Boudreau, B. P., 1988, Basin sed­ Jacoby, G. C.; Williams, P. L.; Buckley, B. sure-Tyaughton basin, southwest Brit­ imentation and the growth of prograding M., 1990, Timing and distribution of ish Columbia [abstract]. deltas. landslides in Lake Washington, Seat­ Mustard, P. S.; Monger, J. W. H., 1991, tle--Geohazards of possible seismic or­ Upper Cretaceous-Teniary Georgia Thorkelaon, D. J., 1989, Eocene sedimenta­ igin [abstract]. Basin, British Columbia-Forearc or tion and volcanism in the Fig Lake gra­ ben, southwestern British Columbia. Miller, J. A., ·1989, Landslide stabilization foreland? [abstract]. in an urban setting, Fauntleroy District, Mustard, P. S.; Rouse, G. E., 1990, Sedi­ Williams, H.F. L.; Lutemauer, J. L., 1990, Seattle, Washington. mentary outliers of the eastern Georgia Shallow structure and growth of the southern Fraser River delta-Prelimi­ Williams, P. L; Jacoby, G. C., 1989, Eval­ Basin, margin, British Columbia. nary field results. uation of possible seismic triggering of Ryberg, P. T., 1984, Structural influence on giant landslides in Seattle, Washington early Teniary sedimentary basin geome­ W'illmer, Bruce; Middleton, Gerard, 1990, [abstract]. try, southwestern Oregon [abstract]. A sedimentological description of allu­ vial fans of the Fraser River Valley, Brit­ ish Columbia [abstract]. INDEX SKAGIT CO., WASH. - EARTHQUAKES AND SEISMOLOGY 217

SEDIMENTS AND Mustard, P. S.; Rouse, G. E .• 1990, Sedi­ SKAGIT CO., WASH. - AREAL SEDIMENTOLOGY - OREGON mentary outliers of the eastern Georgia GEOLOGY Basin, margin, British Columbia. Madin, I. P., 1989, Distribution of poten- Adair, M. J.; Talmage, R. H.; Crosby, T. W.; tially responsive Quaternary deposits in Niem, A. R.; Snavely, P. D., Jr.; Chen, Ying; Testa, S. M., 1989, Geology and seis­ Ponland. Niem, W. A., 1989, Jansen Creek Mem­ micity of the Skagit Nuclear Power Ryberg, P. T., 1989, Paleocene to early Eo­ ber of the Makah Formation-A major Plant site. Oligocene submarine landslide or slump cene depositional systems along a tec­ Bittenbender, P. E., 1991, Mid-Cretaceous deposit from the Vancouver shelf in the tonically active conti.nental margin, orogenesis in the Huckleberry Mountain Juan de Fuca deep margin basin, NW southwestern Oregon (abstract]. area, Nonh Cascades, Washington. Olympic Peninsula, Washington [ab­ Tinsley, I. C., 1989, Considerations for de­ stract]. Brown, E. H., 1990, Geology of the Skagit terministic ground motion mapping in crystalline core and nonhwest Cascades Palmer, S. P., 1989, Stratigraphic and struc­ the Ponland-Puget Sound region. system. tural interpretation of Willapa Basin SEDIMENTS AND (abstract]. Dragovich, 1. D., 1989, Petrology and struc­ SEDIMENTOLOGY - Tinsley, J.C., 1989, Considerations for de­ ture of the Cascade River Schist in the Sibley Creek area, nonhern Cascades, terministic ground motion mapping in WASHINGTON Washington. the Ponland-Puget Sound region. Bourgeois, Joanne, 1988, Sedimentological Easterbrook, D. 1., 1966, Glaciomarine en­ Vance, J. A., 1989, Detrital kyanite and zir­ analysis of postulated tsunami-gener­ vironments and the Fraser glaciation in con-Provenance and sediment dis­ ated deposits from great-subduction nonhwest Washington-Guidebook for persal in the middle and late Eocene eanhquakes along Washington's outer first Annual Field Conference, Pacific Puget and Cowlitz Groups, SW Wash­ CO&SL* Coast Section, Friends of the Pleisto­ ington and NW Oregon (abstract]. Brandon, M. T., 1989, Deformational styles cene, September 24-25, 1966. Yount, 1. C.; Vick, G. S.; McCoy, Gail, in a sequence of olistostromal melanges, Fugro Nonhwest, Inc., 1980, Repon on ad­ 1989, The standard penetration versus Pacific Rim Complex, western Vancou­ ditional geologic studies for proposed depth relations of Quaternary glacial ver Island, Canada. Copper Creek dam.• and nonglacial deposits in the greater Buchanan-Banks.I. M., 1989, Depth to bed­ Graham, D. C., 1988, Hydrothermal alter­ rock map in the greater Tacoma area, Seattle area, Washington-Implications for liquefaction susceptibility studies. ation of serpentinite with the Devils Washington.• Mountain fault zone, Skagit County, Clifton, H. E.; Phillips, R. L., 1974, Coastal SEICHES Washington. sedimentation (abstract]. Bourgeois, Joanne; Reinhart, M.A., 1988, Kriens, B. J., 1988, Tectonic evolution of De Chant, 1. H., 1989, Sedimentary petrol­ Potentially damaging waves associated the Ross Lake area, nonhwest Washing­ ogy, depositional environment and with eanhquakes, coastal Washington. ton-southwest British Columbia.• paleogeographic significance of the Evans, S. G., 1989, The 1946 Mount Colo­ Pessl, Fred, Ir.; Dethier, D. P.; Booth, D. B.; upper Hoko River Formation, nonhem nel Foster rock avalanches and associ­ Minard, J. P., 1989, Surficial geologic Olympic Peninsula, Washington. ated displacement wave, Vancouver Is­ map of the Port Townsend 30- by 60- Dengler, Lori; Montgomery, D. R., 1989, land, British Columbia. minute quadrangle, Puget Sound region, Estimating the thickness of colluvial fill Evans, S. G.; Clague, 1. J.; Woodswonh, G. Washington. in unchanneled valleys from surface to­ J.; Hungr, 0., 1989, The Pandemonium Puget Sound Power and Light Company, pography. Creek rock avalanche, British Colum­ 1977, Preliminary safety analysis re­ Easterbrook, D.1.; Roland, 1. L; Carson, R. bia. pon, Skagit Nuclear Power Project, 1.; Naeser, N. D., 1988, Application of Thorsen, G. W., 1988, Overview of eanh­ Amendment no. 19. paleomagnetism, fission-track dating, quake-induced water waves in Washing­ Seattle City Light, 1981, Copper Creek and tephra correlation to lower Pleisto­ ton and Oregon.• project-Final environmental impact cene sediments in the Puget Lowland, statemenL Washington. Seismic surveys, :,ee Tabor, R. W.; Booth, D. B.; Vance, 1. A.; Eggers, A. A.; Goldstein, B. S.; Gebhards, Ford, A. B.; On, M. H., 1988, Prelimi­ GEOPHYSICS - SEISMIC SURVEYS 1. S., 1989, Deformed Pleistocene sedi­ nary geologic map of the Sauk River 30 ments of the Tacoma Narrows, Washing­ MARINE GEOLOGY - GEOPHYSICS - by 60 minute quadrangle, Washington. SEISMIC SURVEYS ton (abstract]. Whetten, J. T.; Carroll, P. I.; Gower, H. D.; Evans, 1. E., 1986, Influence of syn­ and also see subdivision - Brown, E. H.; Pesd, Fred, Ir., 1988, depositional tectonics on fluvial facies GEOPHYSICS - SEISMIC Bedrock geologic map of the Pon in a Teniary wrench-fault basin, Chum­ SURVEYS under specific regions, Townsend 30- by 60-minute quadrangle, stick Formation, Cascades Range, e.g., BRITISH COLUMBIA - Puget Sound region, Washington. Washington [abstract]. GEOPHYSICS - SEISMIC Evans, 1. E., 1988, Depositional environ­ SURVEYS SKAGIT CO., WASH. - BIBLIOGRAPHY ments, basin evolution and tectonic sig­ Seismology, SH EARTHQUAKES AND nificance of the Eocene Chumstick For­ SEISMOLOGY Manson, C. 1., compiler, 1990, Bibliogra­ mation, Cascade Range, Washington. phy of the geology and mineral re­ Sewage, see ENGINEERING GEOLOGY - sources of Skagit County, Washington. Johnson, s: Y., 1985, Stratigraphy and sed­ WASTE AND SEWAGE DISPOSAL imentology of the Eocene Chuckanut SKAGIT CO., WASH. - Shorelines, Formation on Bellingham Bay, Wash­ EARTHQUAKES AND ington. SEISMOLOGY Madin, L P., 1989, Distribution of poten­ ENGINEERING GEOLOGY - tially responsive Quaternary deposits in SHORELINE EROSION Adair, M.1.; Talmage, R. H.; Crosby, T. W.; Ponland. PACIFIC COAST Testa, S. M., 1989, Geology and seis­ McCrory,P. A., 1991,Activemargintecton­ PUGET LOWLAND - SHORELINES micity of the Skagit Nuclear Power ics, Pacific Nonhwest region.• AND SEA LEVEL Plant site. STRAIT OF JUAN DE FUCA - SHORELINE 218 SKAGIT CO., WASH. - ENGINEERING GEOLOGY OPEN FILE REPORT 92-2

Puget Sound Power and Light Company, port-DeForest Creek landslide of Sibley Creek area, nonhem Cascades, 1977, Preliminary safety analysis re­ March 1984. Washington. port, Skagit Nuclear Power Project, Thonen, G. W., 1989, Splitting and sagging Gallagher, M. P.; Brown, B. H.; Walker, N. Amendment no. 19. mountains. W., 1988, A new structural and tectonic SKAGIT CO., WASH. - Varnes, D. J.; Radbruch-Hall, D. H.; Sav­ interpretation of the western pan of the ENGINEERING GEOLOGY age, W. Z., 1989, Topographic and struc­ Shuksan blueschist terrane, nonhwest­ tural conditions in areas of gravitational em Washington. Adair, M. J.; Talmage, R.H.; Crosby, T. W.; spreading of ridges in the western Haugerud, R. A.; Miller, R. B.; Tabor, R. Testa, S. M., 1989, Geology and seis­ United States. W.; Phillips, W. M., 1991, Ron Lake micity of the Skagit Nuclear Power fault near Gabriel Peak, nonh Cascades Plant site. SKAGIT CO., WASH. - MAPS - Range, Washington [abstract). GEOLOGIC Fugro Nonhwest, Inc., 1980, Report on ad­ Kriens, B. J., 1988, Tectonic evolution of ditional geologic studies for proposed Bittenbender, P. B., 1991, Mid-Cretaceous the Ross Lake area, nonhwest Washing­ Copper Creek dam.• orogenesis in the Huckleberry Mountain ton-southwest British Columbia.• Galster, R. W., 1989, Geologic aspects of area, North Cascades, Washington. Maekawa, Hirokazu; Brown, B. H., 1991, navigation canals of western Washing­ Dragovich, J. D., 1989, Petrology and struc­ Kinematic analysis of the San Juan ton. ture of the Cascade River Schist in the thrust system, Washington. Puget Sound Power and Light Company, Sibley Creek area, nonhem Cascades, Sevigny, J. H.; Brown, B. H., 1989, Geo­ 1977, Preliminary safety analysis re­ Washington. chemistry and tectonic interpretation of port, Skagit Nuclear Power Project, Graham, D. C., 1988, Hydrothermal alter­ some metavolcanic rock units of the Amendment no. 19. ation of serpentinite with the Devils western Nonh Cascades, Washington. Seattle City Light, 1981, Copper Creek Mountain fault zone, Skagit County, project-Final environmental impact Washington. SKAGIT NUCLEAR SITE statemenL Kriens, B. J., 1988, Tectonic evolution of (Skagit Co., Wash.) SKAGIT CO., WASH. - the Ron Lake area, northwest Washing­ Adair, M. J.; Talmage, R. H.; Crosby, T. W.; GLACIAL GEOLOGY ton-southwest British Columbia.• Testa, S. M., 1989, Geology and seis­ Pessl, Fred, Jr.; Dethier, D. P.; Booth, D. B.; micity of the Skagit Nuclear Power Easterbrook, D. J., 1966, Glaciomarine en­ Minard, J. P., 1989, Surficial geologic Plant site. vironments and the Fraser glaciation in map of the Pon Townsend 30- by 60- SKAMANIA CO., WASH. - northwest Washington-Guidebook for minute quadrangle, Puget Sound region, first Annual Field Conference, Pacific Washington. AREAL GEOLOGY Coast Section, Friends of the Pleisto­ Tabor, R. W.; Booth, D. B.; Vance, J. A.; Bliton, W. S., 1989, Lewis River projects. cene, September 24-2S, 1966. Ford, A. B.; On, M. H., 1988, Prelimi­ Doukas, M. P., 1990, Road guide to volcan- Haase, P. C., 1987, Glacial stratigraphy and nary geologic map of the Sauk River 30 ic deposits of Mount St. Helens and vi­ landscape evolution of the nonh-central by 60 minute quadrangle, Washington. cinity, Washington. Puget Lowland, Washington. Whetten, J. T.; Carroll, P. I.; Gower, H. D.; Galster, R. W.; Sager, J. W., 1989, Dams of SKAGIT CO., WASH. - Brown, B. H.; Pessl, Fred, Jr., 1988, the lower Columbia River-Geologic GUIDEBOOKS Bedrock geologic map of the Pon setting. Glicken, Harry; Meyer, William; Sabol, M. Brown, B. H., 1990, Geology of the Skagit Townsend 30- by 60-minute quadrangle, Puget Sound region, Washington. A., 1989, Geology and ground-water hy­ crystalline core and nonhwest Cascades drology of Spirit Lake blockage, Mount system. SKAGIT CO., WASH. - SEA St. Helens, Washington, with im­ Easterbrook, D. J., 1966, Glaciomarine en­ LEVEL plications for lake retention. vironments and the Fraser glaciation in Beale, Harriet, 1990, Relative rise in sea­ Hodge, B. T., 1932, Report of dam sites on nonhwest Washington-Guidebook for level during the late Holocene at six salt lower Columbia River. first Annual Field Conference, Pacific marshes in the Puget Basin, Washington. Phillipa, W. M., 1991, Geology of the Coast Section, Friends of the Pleisto­ Graben, G. F.; Larsen, C. B., 197S, Marine Yacolt Bum State Forest. cene, September 24-2S, 1966. transgressions and cultural adaptation­ Reilly, T. K., 1989, A method for applica­ SKAGIT CO., WASH. - Preliminary tests of an environmental tion of geologic information in manage­ LANDSLIDES AND SLOPE model. ment of the Gifford Pinchot National STABILITY SKAGIT CO., WASH. - SOILS, Forest. Bide, Jerry, 1990, A 48-year sediment bud­ SEDIMENTS, AND Sager, J. W., 1989, Bonneville Dam. get (1942-1989) for Deer Creek basin, STRATIGRAPHY Stine, C. M., 1987, Stratigraphy of the Washington. Ohanapecoah Formation nonh of Ham­ Haase, P. C., 1987, Glacial stratigraphy and ilton Buttes, aouthcentral Washington. Logan, R. L., 1989, Slope stability and rural landscape evolution of the nonh-central Swanson, D. A., 1989, Geologic maps of the land management-The Marblemount Puget Lowland, Washington. landslide case history. French Butte and Greenhorn Buttes Klungland, M. W.; McAnhur, Michael, quadrangles, Washington. Maloy, J. A., 1988, Changes in grain-size 1989, Soil survey of Skagit County area, Swanson, D. A., 1991, Geologic map of the distribution in a gravel -bed stream due Washington. to a point-source influx of fine sedi­ Tower Rock quadrangle, southern Cas­ Maloy, J. A., 1988, Changes in grain-size cade Range, Washington. ment. distribution in a gravel-bed stream due Orme, A. R., 1989, The nature and rate of to a point-source influx of fine sedi­ SKAMANIA CO., WASH. - alluvial fan aggradation in a humid tem­ ment. EARTHQUAKES AND perate environment, nonhwest Wash­ SEISMOLOGY ington. SKAGIT CO., WASH. - Orme, A. R., 1990, Recurrence of debris STRUCTURAL GEOLOGY AND Weaver, C. S., 1982, Tectonic influence on production under coniferous forest, Cas­ TECTONICS 1980 activity [abstract). cade foothills, northwest United States. Dragovich, J. D., 1989, Petrology and struc­ Ryan, Jim; Cederholm, C. J.; Halloin, L. J.; ture of the Cascade River Schist in the Thonen, G. W., 1984, Preliminary re- INDEX SNOHOMISH CO., WASH. - EARTHQUAKES AND SEISMOLOGY 219

SKAMANIA CO., WASH. - Reilly, T. K., 1985, Geotechnical group de­ Swanson, D. A., 1989, Tumtum-Badger ENGINEERING GEOLOGY velopments and activities-Gifford Ridge line of Quaternary vents, southern (including soil mechanics) Pinchot National Forest, Region 6. Cascades of Washington [abstract]. Reilly, T. K., 1985, Landslide considera- Swanson, D. A., 1990, Trends of middle Bliton, W. S., 1989, Lewis River projects. .tions in project design. Tertiary dikes in and north of the Dark Galster, R. W.; Sager, J. W., 1989, Dams of Divide Roadleu Area, southern Wash­ the lower Columbia River-Geologic SKAMANIA CO., WASH. - ington Cascades (abstract] . setting. .MAPS - GEOLOGIC Swanson, D. A., 1990, Volcanoes of Wash- Glicken, Harry; Meyer, William; Sabol, M. Glicken, Harry; Meyer, William; Sabol, M. ington--St. Helens, Washington. A., 1989, Geology and ground-water hy­ A., 1989, Geology and ground-water hy­ drology of Spirit Lake blockage, Mount drology of Spirit Lake blockage, Mount SNOHOMISH CO., WASH. - St. Helens, Washington, with impli· St. Helens, Washington, with impli­ AREAL GEOLOGY cations for lake retention. cations for lake retention. Bittenbender, P. E., 1991, Mid-Cretaceous Graham,J. G., 1990, Investigation of a con­ Hodge, E. T., 1932, Repon of dam sites on orogenesis in the Huckleberry Mountain struction fill site, Hamilton Island, near lower Columbia River. area, North Cascades, Washington. Bonneville Dam, WA (abstract]. Stine, C. M., 1987, Stratigraphy of the Booth, D. B., 1989, Surficial geologic map Hodge, E. T., 1932, Repon of dam sites on Ohanapecosh Formation north of Ham­ of the Granite Falls 15-minute quadran­ lower Columbia River. ilton Buttes, southcentral Washington. gle, Snohomish County, Washington. Reilly, T. K., 1985, Enclosure 2-Gifford Swanson, D. A., 1989, Geologic maps of the Easterbrook, D. J., 1966, Glaciomarine en­ Pinchot National Forest geotechnical French Butte and Greenhorn Buttes vironments and the Fraser glaciation in road location investigation guidelines. quadrangles, Washington. northwest Washington-Guidebook for Reilly, T. K., 1989, A method for appli­ Swanson, D. A., 1991, Geologic map of the first Annual Field Conference, Pacific cation of geologic information in man­ Tower Rock quadrangle, southern Cas­ Coast Section, Friends of the Pleisto· agement of the Gifford Pinchot National cade Range, Washington. cene, September 24-25, 1966. Forest. Longtine, M. W., 1991, Mid- to Late Creta­ Sager, J. W., 1989, Bonneville Dam. SKAMANIA CO., WASH. - ceous structural, metamorphic, and Sager, J. W.; Budai, C. M., 1989, Geology MAPS - GEOPHYSICAL magmatic evolution of the Sloan Peak and construction of the Spirit Lake out­ Beeson, P. T., 1990, Gravity maps, models area, North Cascades, Washington. let tunnel, Mount St. Helens, Washing­ and analysis of the greater Ponland Pessl, Fred, Jr.; Dethier, D. P.; Booth, D. B.; ton. area, Oregon. Minard, J. P., 1989, Surficial geologic Tilford, N. R.; Sullivan, J. G., 1981, Lewis SKAMANIA CO., WASH. - map of the Port Townsend 30- by 60- River hydroelectric developments. MUDFLOWS AND LAHARS minute quadrangle, Puget Sound region, Washington. SKAMANIA CO., WASH. - Major, J. J.; Scott, K. M., 1988, Volcan­ GEOCHRONOLOGY Reller, G. J., 1986, Structure and petrology iclastic sedimentation in the Lewis of the Deer Peaks area, western North Korosec, M. A., 1989, New K -Ar age dates, River valley, Mount St. Helens, Wash­ Cascades, Washington. ington-Processes, extent, and hazards. geochemistry, and stratigraphic data for Tabor, R. W.; Booth, D. B.; Vance, J. A.; the Indian Heaven Quaternary volcanic Skamania Co., Wash. - Soll Ford, A. B.; On, M. H., 1988, Prelimi­ field, south Cascade Range, Washing­ mechanics, lllltl SKAMANIA co., nary geologic map of the Sauk River 30 ton. WASH. - ENGINEERING GEOLOGY by 60 minute quadrangle, Washington. SKAMANIA CO., WASH. - SKAMANIA CO., WASH. - Whetten, J. T.; Carroll, P. I.; Gower, H. D.; GEOMORPHOLOGY SOILS, SEDIMENTS, AND Brown, E. H.; Pesal, Fred, Jr., 1988, Bedrock geologic map of the Pon Paine, A. D. M., 1984, Canyon and terrace STRATIGRAPHY formation near Mount St. Helens, Wash­ Townsend 30- by 60-minute quadrangle, Haagen, Edward; and othen, 1990, Soil sur­ Puget Sound region, Washington. ington. vey of Skamania County area, Washing­ Yount, J.C.; Gower, H. D., 1991, Bedrock SKAMANIA CO., WASH. - ton. geologic map of the Seattle 30' by 60' GEOPHYSICS Korosec, M. A., 1989, New K-Ar age dates, quadrangle, Washington. geochemistry, and stratigraphic data for Beeson, P. T., 1990, Gravity maps, models SNOHOMISH CO., WASH. - and analysis of the greater Portland the Indian Heaven Quaternary volcanic field, south Cascade Range, Washing­ BIBLIOGRAPHY area, Oregon. ton. Manson, C. J., compiler, 1990, Bibliogra­ Mitchell, R. J.; Jaeger, D. J.; Diehl, J. F.; phy of the geology and mineral re­ Hammond, P. E., 1989, Paleomagnetic Stine, C. M., 1987, Stratigraphy of the sources of Snohomish County, Washing­ results from the Indian Heaven volcanic Ohanapecosh Formation north of Ham­ ton. field, south-central Washington. ilton Buttes, southcentral Washington. SKAMANIA CO., WASH. - SKAMANIA CO., WASH. - SNOHOMISH CO., WASH. - GUIDEBOOKS STRUCTURAL GEOLOGY AND EARTHQUAKES AND TECTONICS SEISMOLOGY Doukas, M. P., 1990, Road guide to volcan­ ic deposits of Mount St. Helens and vi­ Weaver, C. S., 1982, Tectonic influence on Ballantyne, D. B., 1990, Earthquake loss cinity, Washington. 1980 activity (abstract]. estimation of the City of Everett life­ line.• SKAMANIA CO., WASH. - SKAMANIA CO., WASH. - Simmons, J. D., 1973, Supplement to, Pre· LANDSLIDES AND SLOPE VOLCANISM liminary report on the geology of south­ STABILITY Hammond, P. E., 1990, Volcanoes of Wash­ ern Snohomish County. ington-Indian Heaven, Washington. Reilly, T. K., 1985, Enclosure 2-Gifford Washington Surveying and Rating Bureau, Pinchot National Forest geotechnical Hammond, P. E., 1990, Volcanoes of Wash­ 1966, Everett and vicinity, Wn. earth­ road location investigation guidelines. ington-Marble Mountain-Trout Creek quake map showing general areas of Hill zone, Washington. filled or unstable ground. 220 SNOHOMISH CO., WASH. - ENGINEERING GEOLOGY OPEN FILE REPORT 92-2

Zollweg, J. E.; Johnson, P. A., 1989, The SNOHOMISH CO., WASH. - SNOHOMISH CO., WASH. - Darrington seismic zone of nonhwest­ MAPS - GEOLOGIC STRUCTURAL GEOLOGY AND ern Washington. Bittenbender, P. E., 1991, Mid-Cretaceous TECTONICS SNOHOMISH CO., WASH. - orogenesis in the Huckleberry Mountain Longtine, M. W., 1991, Mid- to Late Creta­ ENGINEERING GEOLOGY area, Nonh Cascades, Washington. ceous structural, metamorphic, and (including soil mechanics) Booth, D. B., 1989, Surficial geologic map magmatic evolution of the Sloan Peak Arnold, A. B.; Scott, C. T., 1987, Geology of the Granite Falls 15-minute quadran­ area, Nonh Cascades, Washington. and TBM performance in the Blue gle, Snohomish County, Washington. Longtine, M. W.; Walker, N. W., 1990, Ev­ Mountain tunnel, Sultan River hydro­ Longtine, M. W., 1991, Mid- to Late Creta­ idence for Late Cretaceous N-S dextral electric project. ceous structural, metamorphic, and shear in the west-central crystalline Bliton, W. S., 1989, Sultan River project. magmatic evolution of the Sloan Peak core, Nonh Cascades, Washington (ab­ area, Nonh Cascades, Washington. stract]. Fuller, S. R.; Sondergaard, J. N.; Fugle­ vand, P. F., 1989,Stratigraphy and Holo­ Pesal, Fred, Jr.; Dethier, D. P.; Booth, D. B.; Reller, G. J., 1986, Structure and petrology cene stability of the Snohomish River­ Minard, J, P., 1989, Surficial geologic of the Deer Peaks area, western Nonh mouth delta near Pon Gardner, Everett, map of the Port Townsend 30- by 60- Cascades, Washington. Washington. minute quadrangle, Puget Sound region, Zollweg, J. E.; Johnson, P. A., 1989, The Washington. Malek, J, F.; Palermo, M. R., 1987, Appli­ Darrington seismic zone of nonhwell­ Reller, G. J., 1986, Structure and petrology cation of a management strategy for ern Washington. dredging and disposal of contaminated of the Deer Peaks area, western Nonh Cascades, Washington. SNOHOMISH CO., WASH. - sediments to proposed U.S. Navy VOLCANISM Homepon Project at East Waterway, Ev­ Tabor, R. W.; Booth, D. B.; Vance, J. A.; erett Harbor, Washington. Ford, A. B.; Ort, M. H., 1988, Prelimi­ Beget, J. E., 1990, Volcanoes of Washing­ ton-Glacier Peak, Washington. Rauue, K. G.; Sagstad, S. R., 1989, Hydro­ nary geologic map of the Sauk River 30 geologic evaluation of the Snohomish by 60 minute quadrangle, Washington. Soll mechanics, County regional landfill. Whetten, J. T.; Carroll, P. I.; Gower, H. D.; see Sweet, Edwards and Associates, Inc., 1986, Brown, E. H.; Pessl, Fred, Jr., 1988, EARTHQUAKE-INDUCED Final report--Geotechnical investiga­ Bedrock geologic map of the Port LANDSUDES tion, Snohomish County regional land­ Townsend 30- by 60-minute quadrangle, EARTHQUAKE-INDUCED fill.* Puget Sound region, Washington. UQUEFACTION Washington Surveying and Rating Bureau, Yount, J.C.; Gower, H. D., 1991, Bedrock ENGINEERING GEOLOGY - SOIL 1966, Everett and vicinity, Wn. eanh­ geologic map of the Seattle 30' by 60' MECHANICS and ROCK quake map showing general areas of quadrangle, Washington. MECHANICS filled or unstable ground. SNOHOMISH CO., WASH. FOREST SOIL AND SLOPE SNOHOMISH CO., WASH. - RIVER AND STREAM STABILITY GEOCHRONOLOGY MORPHOLOGY SOILS Davis, P. T., 1989, Basal radiocarbon ages- Johnson, A. C., 1991, Effects of landslide­ see also A comment. dam-break floods on channel morphol­ LOESS ogy. SNOHOMISH CO., WASH. - SEDIMENTS AND SEDIMENTOLOGY GLACIAL GEOLOGY Snohomish Co., Wash. - Soll Burke, R. M.; Carver, G. A., 1987, Soil mechanics, see SNOHOMISH co., development used as an indicator of Easterbrook, D. J., 1966, Glaciomarine en­ WASH. - ENGINEERING GEOLOGY fault scarp age and inteneismic time, vironmenu and the Fraser glaciation in nonhwest California (abstract]. nonhwest Washington-Guidebook for SNOHOMISH CO., WASH. - SOILS, SEDIMENTS, AND Burke, R. M.; Carver, G. A., 1989, The first Annual Field Conference, Pacific degree of soil development from buried Coast Section, Friends of the Pleisto­ STRATIGRAPHY soils formed in fault-generated colluvi­ cene, September 24-25, 1966. Fuller, S. R.; Sondergaard, J. N.; Fugle­ ums reflect interseismic time, nonhern Haase, P. C., 1987, Glacial stratigraphy and vand, P. F., 1989, Stratigraphy and Holo­ California (abstract]. landscape evolution of the north-central cene stability of the Snohomish River­ Dethier, D. P., 1988, The soil chronosequ­ Puget Lowland, Washington. mouth delta near Port Gardner, Everett, ence along the Cowlitz River, Washing­ SNOHOMISH CO., WASH. - Washington. ton. GUIDEBOOKS Haase, P. C., 1987, Glacial stratigraphy and Goldin, Alan, 1988, Statistical comparison landscape evolution of the nonh-central Easterbrook, D. J., 1966, Glaciomarine en­ of the 1941 and 1983 soil survey maps Puget Lowland, Washington. of Whatcom County, Washington. vironmenu and the Fraser glaciation in Malek, J, F.; Palermo, M. R., 1987, Appli­ nonhwest Washington-Guidebook for Haagen, Edward; and othen, 1990, Soil sur­ cation of a management strategy for first Annual Field Conference, Pacific vey of Skamania County area, Washing­ dredging and disposal of contaminated ton. Coast Section, Friends of the Pleisto­ sediments to proposed U.S. Navy cene, September 24-25, 1966. Klungland, M. W.; McArthur, Michael, Homepon Project at East Waterway, Ev­ 1989, Soil survey of Skagit County area, SNOHOMISH CO., WASH. - erett Harbor, Washington. Washington. LANDSLIDES AND SLOPE Puner, M. D., 1988, The impact of clearcut Pringle, R. F., 1990, Soil survey of Thurston STABILITY logging with high-lead yarding on spa­ County, Washington. tial distribution and variability of initl­ Johnson, A. C., 1991, Effects of landslide­ Puner, M. D., 1988, The impact of clearcut tration capacities on a forest hillslope. dam-break floods on channel morphol­ logging with high-lead yarding on spa­ ogy. tial distribution and variability of initl­ Simmons, J. D., 1973, Supplement to, Pre­ tration capacities on a forest hillslope. liminary repon on the geology of south­ ern Snohomish County. INDEX STRATIGRAPHY - OREGON 221

Sabol, M. A.; Tumey, G. L; Ryals, G. N., Galster, R. W., 1987, A survey of coastal England, T. D. J., 1989, Uthoatratigraphy 1988, Evaluation of available data on engineering geology in the Pacific of the Nanaimo Group, Georgia Basin, the geohydrology, soil chemistry, and NonhwesL southwestern British Columbia. ground-water chemistry of Gas Works Galster, R. W., 1989, Ediz Hook-A case England, T. D. J.; Hiscott, R. N., 1991, Parle and surrounding region, Seattle, history of coastal erosion and mitiga­ Upper Nanaimo Group and younger Washington. tion. strata, outer Gulf Islands, aouthwestem Sugden, B. D.; Cundy, T. W., 1990, Charac­ Harding, S. T., 1988, Investigation of seis­ British Columbia. terization of soils in a forested hollow in mic-wave propagation for determina­ Haggan, J. W., 1991, A new assessment of the Cascade mountains, Washington tion of crustal structure. the age of the basal Nanaimo Group, State (abstract]. Harding, S. T.; Agena, W.; Nichols, D.; Lee, Gulf Islands, British Columbia. SOUTHWESTERN M., 1989, Small-boat, multi-channel, Hamilton, T. S., 1991, Seismic stratigraphic WASHINGTON high-resolution seismic reflection sur­ evidence for the distribution and facies vey in Puget Sound and the Strait of of thick glaciomarine deposits beneath Note: Regional materials on Juan de Fuca. the Strait of Georgia and adjacent fjords Southwestern Washington are Kilby, C. E., 1990, Nearshore surficial ge­ (abstract]. listed here. Specific materials ology and heavy mineral assemblages, Hamilton, T. S.; Han, B. S., 1991, The phys­ within Southwestern Washington nonhem Strait of Juan de Fuca [ab­ iography, structure and growth of the are listed under the counties: stract]. Fraser Delta front-Strait of Georgia, CLARK CO., WASH. Kluesberg, Alfred; Georgiadou, Yola; British Columbia [abstract]. COWLITZ CO., WASH, Dragen, Herb, 1988, Establishment of Lutemauer, J. L.; Clague, J. J.; Feeney, T. GRAYS HARBOR CO., WASH. crustal deformation networks using D., 1991, A 367 m core from southwest­ KLICKITAT CO., WASH. OPS-A case study. em Fraser River delta, British Colum­ LEWIS CO., WASH. Lisowski, Michael; Prescou, W. H.; Dra­ bia. PACIFIC CO., WASH. gen, Herb; Holdahl, S. R., 1989, Results Lutemauer, J. L.; Finn, W. D. L, 1983, SKAMANIA CO., WASH. from 1986 and 1987 OPS surveys across Stability of the Fraser River delta front. WAHKIAKUM CO., WASH. the Strait of Juan de Fuca, Washington Lynch, J. V. G., 1990, Georgia Basin proj­ Atwater, B. F., 1988, Geologic studies for and British Columbia (abstract]. ect-Stratigraphy and structure of Gam­ seismic zonation of the Puget Lowland. Lisowski, Michael; Savage, J. C.; Prescou, bier Group rocks in the Howe Sound­ Cohee, B. P.; Somerville, P. G.; Sen, M. K., W. H.; Dragen, Herb, 1987, Strain accu­ Mamquam River area, southwest Coast 1989, Strong ground motions in the Se­ mulation across the Strait of Juan de Belt, British Columbia. attle-Portland region from hypothesized Fuca and in the Olympic Mountains, Mothenill, J. S., 1990, The paleomagnetic Mw=8 subduction eanhquake (abstract]. Washington (abstract]. and tephra record of Mara Lake, south­ Egben, G.D.; Booker, J. R., 1990, Geomag­ Muny, T. S.; Hebenstreit, G. T., 1989, Tsu­ central British Columbia [abstract). netic array studies in southwestern nami amplitudes from local eanhquakes Mothenill, J. S.; Fraser, J. D., 1989, The Washington (abstract]. in the Pacific Nonhwest region of Nonh poatglacial paleomagnetic record for Finn, Carol, 1989, Structure of the conver­ America, Pan 2--Strait of Georgia, Vancouver Island [abstract]. gent Washington margin. Juan de Fuca Strait, and Puget Sound. Nobes, D. C.; Hamilton, T. S.; Canwright, Palmer, S. P., 1989, Stratigraphic and struc­ Prescott, W. H.; Savage, J. C.; Lisowski, P., 1990, Structure of the southwestern tural interpretation of Willapa Basin Michael; Davis, J. L.; Svare, J. L.; Fraser River delta as determined from (abstract]. Gross, W. K., 1989, Crustal strain. geoelectric sounding. Savage, J.C.; Lisowski, Michael; Preacou, STRATIGRAPHIC Robena, M. C., 1990, Sedimentary frame­ W. H., 1991, Strain accumulation in CORRELATION worlc of the nonhem section of Fraser River delta, British Columbia [abstract). western Washington. Mothenill, J. S., 1990, The paleomagnetic Yelin, T. S.; Patton, H.J., 1989, Seiamotec­ Robena, M. C.; Wdliams, H. F. L.; Luter­ and tephra record of Mara Lake, south­ nauer, J. L; Cameron, B. E. B., 198S, tonica of the Portland, Oregon region central British Columbia [abstract). (abstract]. Sedimentary frameworlc of the Fraser Mothenill, J. S.; Fraser, J. D., 1989, The River delta, British Columbia-Prelim­ STRAIGHT CREEK FAULT poatglacial paleomagnetic record for inary field and laboratory results. Ague, J. J.; Brandon, M. T., 1990, Restora­ Vancouver Island [abstract). Williams, H.F. L; Lutemauer, J. L, 1990, tion of offset along the Straight Creek­ STRATIGRAPHIC Shallow structure and growth of the Fraser fault system, Washington State. NOMENCLATURE southern Fraser River delta-Prelimi­ nary field results. and British Columbia (abstract]. England, T. D. J., 1989, Uthostratigraphy Miller, M. G., 1988, Possible pre-Cenozoic of the Nanaimo Group, Georgia Basin, STRATIGRAPHY - OREGON left-lateral slip on the Yalakom fault, southwestern British Columbia. southwestern British Columbia. Ake, Jon; Markiewicz, R. D.; Butler, David; Noble, J. B., 1990, Proposed revision of Harrell, H. C., 1988, Impact of shallow Varnes, D. J.; Radbruch-Hall, D. H.; Sav­ nomenclature for the Pleistocene stra­ seismic exploration on engineering de­ age, W. 1989, Topographic and struc­ z.. tigraphy of coastal Pierce County, cisions at Cold Springs Dam, Oregon tural conditions in areas of gravitational Washington. [abstract). spreading of ridges in the western Barber, J. H., Jr.; Nelson, C. H., 1987, Seis­ United States. STRATIGRAPHY - BRITISH COLUMBIA mic stratigraphy of post-collapse sedi­ Strait of Georgia, see BRfflSH ments in Crater Lake caldera [abstract}. Bazett, D. J.; McCammon, N. R., 1986, COLUMBIA - STRAIT OF GEORGIA Darienzo, M. E.; Petenon, C. D., 1988, In­ Foundations of the Annacia cable-stayed vestigation of ult manh stratigraphic STRAIT OF JUAN DE FUCA bridge. response to climatic, oceanographic and Currie, R. G.; Verhoef, J., 1989, Marine Bustin, R. M., 1990, Stratigraphy, sedimen­ tectonic-subsidence forcing procea1e1 magnetic anomalies off western Can­ tology, and petroleum source rock po­ in the Pacific Nonhweat region. ada-The Strait of Juan de Fuca to tential of the Georgia Basin, southwest Dixon entrance [abstract]. British Columbia and nonhwest Wash­ ington State. 222 STRATIGRAPHY - WASHINGTON OPEN FILE REPORT 92-2

Nelson, A. R.; Penonius, S. F., 1988, Banh­ tigraphy of coastal Pierce County, slides at the mouth of the Fraser River, quake recurrence and Quaternary defor­ Washington. British Columbia. mation in the Cascadia subduction zone, Palmer, S. P., 1989, Stratigraphic and struc­ Lasmanis, Raymond, 1990, Mount St. Hel­ coastal Oregon. tural interpretation of Willapa Basin ens sediment retention structure. Peterson, C. D.; Darienzo, M. E., 1988, Dis­ (abstract]. MacDonald, Anne; Ritland, K. W., 1989, crimination of flood, storm and tectonic Peck, C. A., and Associates, 1976, Draft Sediment dynamics in type 4 and 5 wa­ events in coastal manh records of the environmental impact statement for ten-A review and synthesis. southern Cascadia margin. Seacliff, residential development. Madej, M. A., 1982, Sediment transport and Peterson, C. D.; Darienzo, M. E., 1988, Ep­ Peterson, C. D.; Phipps, J. B., 1987, Seis­ channel changes in an aggrading stream isodic tectonic subsidence of late-Holo­ mic stratigraphy of the Holocene trans­ in the Puget Lowland, Washington. cene salt marshes in Oregon-Clear ev­ gressive sequence in Grays Harbor, Maloy, J. A., 1988, Changes in grain-size idence of abrupt strain release and grad­ Washington, a shelf-barrier-estuarine distribution in a gravel-bed stream due ual strain accumulation in the southern transect from an active-margin coast to a point-source influx of fine sedi­ Cascadia margin during the last 3,500 (abstract]. ment. years. Pettit, D. J., 1990, The use of seismic re­ McCracken, Bruce, 1989, Storing sediment Smith, G. A.; Snee, L. W., 1984, Revised fraction in determining sand thickness at and freeing fish. stratigraphy of the Deschutes basin, selected beach sites in the Pacific Nonh­ Meyer, D. F., 1990, Effects of the release Oregon-Implications for the Neogene west (abstract]. from Spirit Lake on South Forte Coldwa­ development of the central Oregon Cas­ Stine, C. M., 1987, Stratigraphy of the ter Valley. cades (abstract]. Ohanapecosh Formation nonh of Ham­ Moslow, T. F.; Luternauer, J. L.; Kosta­ STRATIGRAPHY - ilton Buttes, southcentral Washington. schuk, R. A., 1991, Patterns and rates of WASHINGTON West, L. M.; Noble, J. B., 1989, Hydro­ sedimentation on the Fraser River delta stratigraphy of the Clover/Chambers Bourgeois, Joanne, 1988, Sedimentological slope, British Columbia. Creek basin, Pierce County, Washing­ analysis of postulated tsunami-gener­ Perkins, S. J., 1989, Interactions of land­ ton. ated deposits from great-subduction slide-supplied sediment with channel earthquakes along Washington's outer Yount, J. C.; Vick, G. S.; McCoy, Gail, morphology in forested watenheds. coasL 1990, Geotechnical drill-hole logs from Schreier, H., 1987, Asbestos fibres intro­ the southern Seattle area, Washington. Buchanan-Banks, J. M., 1990, Depth to bed­ duce trace metals into streamwater and rock map in the greater Tacoma area, Stream morphology, Ht/ RIVER sediments. Washington.• MORPHOLOGY Swanson, F. J.; Benda, L E.; Duncan, S. H.; Grant, G. E.; Megahan, W. F.; Reid, L. Bustin, R. M., 1990, Stratigraphy, sedimen­ STREAM SEDIMENTS tology, and petroleum source rock po­ M.; Ziemer, R.R., 1987, Man failures Berger, G. W.; Luternauer, J. L; Oague, J. tential of the Georgia Basin, southwest and other processes of sediment produc­ J., 1990, Zeroing tests and application of British Columbia and nonhwest Wash­ tion in Pacific Nonhwest forest land­ thermoluminescence dating to Fraser ington State. scapes. River delta sediments.• Dengler, Lori; Montgomery, D. R., 1989, Brierley, G. J., 1991, Bar sedimentology of STRUCTURAL GEOLOGY AND Estimating the thickness of colluvial fill the Squamish River, British Columbia­ TECTONICS [GENERAL OR in unchanneled valleys from surface to­ REGIONAL WORKS] pography. Definition and application of morpho­ strati-graphic units. Atwater, Tanya, 1989, Plate tectonic history Dethier, D. P., 1988, The soil chronose­ B. J., 1987, Sediment transport in of the northeast Pacific and western quence along the Cowlitz River, Wash­ Brown, hyperconcentrated flows in sand-bed North America. ington. streams of volcanic origin.• Bilodeau, W. L., 1988, Sedimentation and Dragovich, J. D.; Cary, J. A.; Brown, E. H., Dietrich, W. E., 1982, Construction of sed­ basin evolution along the Mesozoic mar­ 1989, Stratigraphic and structural rela­ iment budgets for drainage basins. gin of western Nonh America (abstract]. tions of the Cascade River schist, Nonh Booker, J. Cbave, A. D., 1989, Introduc­ Cascades, Washington (abstract]. Eide, Jerry, 1990, A 48-year sediment bud­ R.; get (1942-1989) for Deer Creek basin, tion to the special section on the England, T. D. J., 1989, Lithostratigraphy Washington. EMSLAB-Juan de Fuca experiment. of the Nanaimo Group, Georgia Basin, Braile, L. W.; Hinze, W. J.; Von Frese, R.R. southwestern British Columbia. Ilersich, S. A.; Kostaschuk, R. A.; Luter­ nauer, J. L., 1990, Relationships be­ B.; Keller, G. R., 1989, Seismic proper­ Haase, P. C., 1987, Glacial stratigraphy and tween bed-material load and bedform ties of the crust and uppermost mantle of landscape evolution of the nonh-central migration-Fraser River estuary, Brit­ the conterminous United States and ad­ Puget Lowland, Washington. ish Columbia (abstract]. jacent Canada. Johnson, S. Y., 1985, Stratigraphy and sed­ Kostaschuk, R. A.; Church, M. A.; Luter­ Catchings, R. D., 1989, Crustal structure imentology of the Eocene Chuckanut nauer, J. L., 1991, Acoustic images of and tectonics of the nonhwestern U.S. Formation on Bellingham Bay, Wash­ turbulent flow structures in Fraser River [abstract]. ington. estuary, British Columbia. Drummond, K. J., chairman; and others, Korosec, M. A., 1989, New K-Ar age dates, Kostaschuk, R. A.; Ilenich, S. A.; Luter­ 1982, rev. 1984, Plate-tectonic map of geochemistry, and stratigraphic data for nauer, J. L., 1990, Relationships be­ the circum-Pacific region, Pacific Basin the Indian Heaven Quaternary volcanic tween bed-material load and bedform sheeL field, south Cascade Range, Washing­ migration, Fraser River estuary, British Elison, M. W., 1991, Intracontinental con­ ton. Columbia. traction in western North America­ McCrory, P.A., 1990, Active tecton­ margin Kostaschuk, R. A.; Luternauer, J. L.; Mc­ Continuity and episodicity. ics, Pacific Nonhwest region. Kenna, G. T.; Moslow, T. F., 1990, Mor­ Fox, K. F., Jr.; Engebretson, D. C., 1982, Miller, D. J.; Parks, D.S., 1990, The use of phology and sediment transport in a sub­ Tectonic analysis, Washington (ab­ refraction seismology in the character­ marine channel system-Fraser River stract]. ization of bedrock morphology under a delta, British Columbia (abstract]. Hamilton, W. B., 1989, Crustal geologic forest soils horizon (abstract]. Kostaschuk, R. A.; Stephan, B. A.; Luter­ processes of the United States. Noble, J. B., 1990, Proposed revision of nauer, J. L, 1989, Sediment dynamics nomenclature for the Pleistocene stra- and implications for submarine land- INDEX STRUCTURAL GEOLOGY AND TECTONICS 223

Heam, Thomas; Beghoul, Nourcddine; Bar­ tonomagmatic evolution of Cenozoic couver Island accretionary sedimentary azangi, Muawia, 1991, Tomography of extension in the Nonh American Cordil­ prism (abstract]. the western United States from regional lera. Lambert, R. St J.; Chamberlain, V. E., 1988, arrival times. Zen, E-an, 1988, Tectonic significance of Cordilleria revisited, with a three-di - Howell, D. G.; Moore, G. W.; Wiley, T. J., high-pressure plutonic rocks in the west­ mensional model for Cretaceous tecton­ 1987, Tectonics and basin evolution of ern cordillera of North America. ics in British Columbia. western North America-An overview. STRUCTURAL GEOLOGY AND Monger, J. W. H., 1988, Accretionary com­ Humphreys, E. D., 1989, Tectonic activity plexes-Structures forming Cordilleran in the western U.S.-The role of the TECTONICS - ACCRETION crust [abstract]. AND ACCRETED TERRANES mantle [abstract]. Silver, E. A.; Breen, N. A.; Ellis, M. J.; Hyndman, R. D.; Weichen, D. H., 1983, [REGIONAL WORKS] Shipley, T. H., 1986, Comment and reply Seismicity and rates of relative motion Ave Lallemant, H. G.; Oldow, J. S., 1988, on "Comments on the growth of accre­ on the plate boundaries of we stem North Early Mesozoic southward migration of tionary wedges"-Rcply. America. Cordilleran transpressional terranes. Umhocfer, P. J., 1987, Northward transla­ Iyer, H. M.; Hitchcock, T., 1989, Upper­ Byrne, Tim; Hibbard, Jim, 1987, Landward tion of "Baja British Columbia" along a mantle velocity structure in the conti­ vergence in accretionary prisms-The Late Cretaceous to Paleocene transform nental U.S. and Canada. role of the backstop and thermal history. margin at the western edge of North Jachens, R. C.; Simpson, R. W.; Blakely, R. Coney, P. J.; Jones, D. L.; Monger, J. W. H., America (abstract]. J .; Saltus, R. W., 1989, Isostatic residual 1980, Cordilleran suspect terranes. Umhocfer, P. J.; Dragovich, J. D.; Cary, J. gravity and crustal geology of the Potter, C. J., 1989, The deep structure of A.; Engebretson, D. C., 1989, Refine­ United States. North American accreted terranes from ments of the "Baja British Columbia" Jurdy, D. M.; Stefanick, Michael, 1986, Er­ deep seismic reflection data. plate-tectonic model for northward rors in plate reconstruction [abstract]. Silberling, N. J.; Jones, D. L.; Blake, M. C., translation along the margin of western Kane, M. F.; Godson, R.H., 1989, A crust/­ Jr.; Howell, D. B., 1987, Lithotectonic Nonh America. mantle structural framework of the con­ terrane map of the western contermi­ Yorath, C. J.; Davis, E. E., 1988, Cenozoic terminous United States based on grav­ nous United States. accretion history of the Vancouver Is­ ity and magnetic trends. STRUCTURAL GEOLOGY AND land continental margin (abstract]. Keller, G. V., 1989, Electrical structure of Yorath, C. J.; Hyndman, R. D.; Clowes, R. the crust and upper mantle beneath the TECTONICS - ACCRETION M., 1987, Structure and accretion style United States; Pan 2, Survey of data and AND ACCRETED TERRANES - of the modem convergent margin of interpretation. BRITISH COLUMBIA western Canada (abstract]. McCrumb, D. R.; Galster, R. W.; Crosson, Brandon, M. T., 1984, Deformational pro­ Yorath, C. J.; Massey, N. W. D., 1989, Ter­ R. S.; Ludwin, R. S.; West, D. 0.; Han­ cesses affecting unlithified sediments at tiary accretion history of the Vancouver cock, W. E.; Mann, L. V., 1989, Tecton­ active margins-A field study and a Island continental margin (abstract]. structural model. ics, seismicity, and engineering seismol­ STRUCTURAL GEOLOGY AND ogy in Washington. Brandon, M. T., 1986, Comment and reply Mooney, W. D.; Weaver, C. S., 1989, Re­ on "Comments on the growth of accre­ TECTONICS - ACCRETION gional crustal structure and tectonics of tionary wedges"-Comment. AND ACCRETED TERRANES - the Pacific coastal states; California, Calven, A. J.; Clowes, R. M., 1989, The OREGON Oregon, and Washington. reflectivity of the accretionary complex Cochrane, G. R.; Lewis, B. T. R.; McClain, Moore, G. W., 1984, Plate-tectonic map of of western Canada (abstract]. K. J., 1988, Structure and subduction the circum-Pacific region explanatory Calven, A. J.; Clowes, R. M., 1990, Reflec­ processes along the Oregon-Washing­ notes [abstract]. tions from the accreted margin western ton margin. Mundal, Ivar; Ukawa, Motoo; Crosson, R. Canada-Evidence for the migration of Cochrane, G. R.; Moore, J.C.; MacKay, M. S., 1989, Investigation of deep crustal fluids and a major shear zone above the E.; Moore, G. F., 1990, Fluid flow in the and uppermost mantle structure in the subducting plate (abstract]. Oregon accretionary prism from seismic Pacific Northwest through subcrustal Clowes, R. M., 1984, Transect Bl-Litho­ data and vents [abstract]. earthquakes [abstract]. spheric structure across an accretionary Heller, P. L., 1984, Tectonic rotation and Pollitz, F. F., 1988, Episodic North America margin off western Canada (abstract]. basin development during mid-Teniary and Pacific plate motions. Danner, W.R., 1988, Paleontological con­ extension in the Pacific Nonhwest (ab­ Rubin, C. M.; Saleeby, J. B.; Cowan, D.S.; straints on the accreted terranes of Brit­ stract]. McGroder, M. F.; Brandon, M. T., 1988, ish Columbia and Washington (ab­ Henry, P.; Wang, C.-Y., 1990, Modeling of Late Mesozoic compressional tecton­ stract]. fluid flow and pore pressure at the toe of ism-Development of a west-vergent Dehler, S. A.; Clowes, R. M., 1990, Struc­ the Oregon and Barbados accretionary thrust system in the northwestern Cor­ ture of the Cascadia accretionary margin wedges (abstract). dillera [abstract]. of western Canada from geophysical Kulm, L. D.; Yeats, R. S., 1990, Cascadia Shedlock, K. M.; Weaver, C. S.; Oppen­ analyses (abstract]. subduction zone-Neotcctonics of the heimer, D.; King, G. C. P., 1989, Seis­ Hyndman, R. D.; Davis, E. E., 1989, The accretionary wedge and adjacent abys­ mic deformation in the Pacific North­ Cascadia accretionary prism at Vancou­ sal plain off Oregon and Washington. west [abstract]. ver Island-Thermal and pore pressure Kulm, L. D.; Yeats, R. S.; Goldfinger, Smithson, S. B.; Johnson, R. A., 1989, constraints on the zone of subduction Chris, 1990, Cascadia subduction Crustal structure of the western U.S. thrust earthquake failure (abstract]. zone-Ncotcctonics of the accrctionary based on reflection seismology. Hyndman, R. D.; Yorath, C. J .; Davi,,c, E. E.; wedge and adjacent aby11al plain off Stock, Joann; Molnar, Peter, 1986, Quanti­ Clowes, R. M., 1989, The northern Cas­ Oregon and Washington. fied uncenainties in the relative posi­ cadia subduction zone at Vancouver Is­ Kulm, L. D.; Yeats, R. S.; Goldfinger, tions of the Pacific, Farallon, Kula, and land-Structure, history and sediment Chris, 1991, Accretionary wedge and North American plates in the Teniary accretion processes [abstract]. adjacent abyssal plain off Oregon and [abstract]. Hyndman, R. D.; Yorath, C. J.; Davis, E. E.; Washington. Wemicke, B. P.; Christiansen, R. L.; En­ Rohr, K. M. M.; Law, L. K., 1989, Van- gland, P. C.; Sonder, L. J., 1987, Tee- 224 STRUCTURAL GEOLOGY AND TECTONICS OPEN FILE REPORT 92-2

MacKay, M. E.; Moore, G. F.; Cochrane, G. Cenozoic Pacific Northwest paleogeog­ Riddihough, R. P., 1982, Contemporary ver­ R.; Moore, J. C.; Kulm, L D., 1990, raphy. tical movements and tectonics on Landward vergence, oblique structural Wells, R. E., 1990, Paleomagnetic rotations Canada's west coast (abstract]. trends, and tectonic segmentation in the and the Cenozoic tectonics of the Cas­ Riddihough, R. P., 1982, One hundred mil­ Oregon margin accretionary prism [ab­ cade arc, Washington, Oregon, and Cal­ lion years of plate tectonics in western stract]. ifornia.• Canada. STRUCTURAL GEOLOGY AND STRUCTURAL GEOLOGY AND Rogers, J. S.; Jones, F. W.; Dragert, Herb; TECTONICS - ACCRETION Hutchence, K., 1983, Tiltmeter mea­ TECTONICS - BRITISH surements in western Canada (abstract]. AND ACCRETED TERRANES - COLUMBIA [REGIONAL Savage, J. C.; Lisowski, Michael, 1988, WASHINGTON WORKS] Geodetic deformation measured in Bogue, S. W.; Cowan, D. S.; Garver, J. I., Calvert, A. J.; Clowes, R. M., 1989, The Washington and British Columbia. 1989, Paleomagnetic evidence for reflectivity of the accretionary complex Umhoefer, P. J., 1987, Northward transla­ poleward transport of Upper Jurassic of western Canada [abstract). tion of "Baja British Columbia" along a rocks in the Decatur terrane, San Juan Clowes, R. M., 1984, Transect B2- Late Cretaceous to Paleocene transform Islands, Washington. Lithospheric structure across an accre­ margin at the western edge of North Boyer, S. E.; Lingley, W. S., Jr., 1991, tionary margin off western Canada [ab­ America (abstract]. Structure and kinematics of the Olympic stract]. Umhoefer, P. J.; Dragovich, J. D.; Cary, J. subduction complex, NW Washington, Cumming, W. B.; Clowes, R. M.; Ellis, R. A.; Engebretson, D. C., 1989, Refine­ and implications for mechanical models M., 1979, Crustal structure from a seis­ ments of the "Baja British Columbia" of accretionary prisms [abstract]. mic refraction profile across southern plate-tectonic model for northward Cochrane, G. R.; Lewis, B. T. R.; McClain, British Columbia. translation along the margin of western K. J., 1988, Structure and subduction Danner, W.R., 1988, Paleontological con­ North America. processes along the Oregon-Washing­ straints on the accreted terranes of Brit­ Varsek, J. L.; Cook, F. A.; Clowes, R. M.; ton margin. ish Columbia and Washington [ab­ Spencer, C.; Kanasewich, E. R., 1989, Danner, W.R., 1988, Paleontological con­ stract]. LITHOPROBE reflection traverse of straints on the accreted terranes of Brit­ Dehler, S. A.; Clowes, R. M., 1990, Struc­ southern British Columbia (abstract]. ish Columbia and Washington [ab­ ture of the Cascadia accretionary margin Wheeler, J. 0.; Mcfeely, P., 1987, Tectonic stract]. of western Canada from geophysical assemblage map of the Canadian cordil­ Kulm, L. D.; Yeats, R. S.; Goldfinger, analyses (abstract]. lera and adjacent parts of the United Chris, 1991, Accretionary wedge and Dragen, Herb, 1989, Crustal deformation States of America.• adjacent abyssal plain off Oregon and measurements on Canada's west coast­ Wickens, A. J., 1977, The upper mantle of Washington. An update [abstract]. southern British Columbia. McGroder, M. F., 1988, Structural evolu­ Gough, D. I., 1991, New evidence that Yorath, C. J.; Hyndman, R. D.; Clowes, R. tion of the eastern Cascades foldbelt­ upper mantle convection drives the M., 1987, Structure and accretion style Implications for late Mesozoic accre­ plates and implications for the Canadian of the modem convergent margin of tionary tectonics in the Pacific North­ Cordillera (abstract]. western Canada (abstract]. west.• Hyndman, R. D., 1987, A review of the STRUCTURAL GEOLOGY AND Tabor, R. W.; Haugerud, R. A.; Brown, E. present plate regime along the British JI.; Babcock, R. S.; Miller, R. B., 1989, Columbia and Washington margin (ab- TECTONICS - BRITISH Accreted terranes of the North Cascades stract]. • COLUMBIA - CASCADE Range, Washington--Spokane to Seat­ Irving, E.; Thorkelson, D. J., 1990, On de­ MOUNTAINS and COAST tle, Washington July 21-29, 1989. termining paleohorizontal and latitudi­ PLUTONIC COMPLEX STRUCTURAL GEOLOGY AND nal shifts-Paleomagnetism of Spences Ague, J. J.; Brandon, M. T., 1990, Restora­ TECTONICS - BLOCK Bridge Group, British Columbia. tion of offset along the Straight Creek­ ROTATION Kanasewich, E. R.; Burianyk, M. J. A., Fraser fault system, Washington State 1990, Western Canadian UTHOPROBE and British Columbia (abstract). Butler, R. F.; Gehrels, G. E.; McClelland, profiles and seismicity (abstract]. Brown, E. H., 1988, Metamorphic and W. C.; May, S. R.; Klepacki, D. W., Lambert, R. StJ.; Chamberlain, V. E., 1988, structural history of the northwest Cas­ 1989, Discordant paleomagnetic poles Cordilleria revisited, with a three-di­ cades, Washington and British Colum­ from the Canadian Coast Plutonic Com­ mensional model for Cretaceous tecton- bia. plex-Regional tilt rather· than large­ ics in British Columbia. .. scale displacement?• Brown, E. H.; Talbot, J, L., 1989, Late McKirdy, D. M.; Gough, D. I.; Woods, D. Mesozoic kinematic history of the North Heller, P. L., 1984, Tectonic rotation and V.; Geiger, H. D., 1987, Conductive Cascades, Washington, and southern basin development during mid-Tertiary structures beneath the EMSLAB land Coast Mountains, British Columbia (ab­ extension in the Pacific Northwest (ab­ array (abstract). stract]. stract} Monger, J. W. H., 1988, Accretionary com­ Butler, R. F.; Dickinson, W. R.; Gehrels, G. Irving, E.; Yole, R. W., 1987, Tectonic rota­ plexes--Structures forming Cordilleran E.; McClelland, W. C.; May, S. R.; Kle­ tions and translations in western Can­ crust [abstract]. packi, D. W., 1990, Comment and reply ada-New evidence from Jurassic rocks on "Discordant paleomagnetic poles of Vancouver Island. Monger, J. W. H.; Clowes, R. M.; Currie, R. G.; Hoy, Trygve; Hyndman, R. D.; from the Canadian Coast Plutonic Com­ Weaver, C. S.; Guffanti, Marianne, 1990, Preto, V. A.; Price, R. A.; Riddihough, plex-Regional tilt rather than large dis­ The fabric of late Cenozoic volcanism in R. P.; Simony, P. S.; and others, 1982, placement?"; Reply. the Cascade Range, Mount Rainier to Southern Canadian Cordillera-Tran­ Butler, R. F.; Gehrels, G. E.; McClelland, Mount Hood--Crustal blocks, crustal sect B2 (abstract). W. C.; May, S. R.; Klepacki, D. W., tectonics and subduction zone consider· Morgan, Joanna; Warner, Mike, 1990, Inter­ 1989, Discordant paleomagnetic poles ations (abstract). pretation of a combined refraction and from the Canadian Coast Plutonic Com­ Wells, R. E., 1984, Paleomagnetic con­ reflection profile acro11 the western Ca­ plex-Regional tilt rather than large­ straints on the interpretation of early nadian active margin. scale displacement?• INDEX STRUCTURAL GEOLOGY AND TECTONICS 225

Coleman, M. E.; Parrish, R.R., 1990, Eo­ Coast Plutonic Complex-Regional tilt Monger, J. W. H., 1990, Georgia Basin­ cene deformation in the Bridge River rather than large-scale displacement?"; Regional setting and adjacent Coast terrane, B.C.--Con1traints on dextral Comment. Mountains geology, British Columbia. movement on the Fraser fault (abstract]. Van der Heyden, Peter; Woodworth, G. J., Monger, J. W. H., 1990, Regional structural Journeay, J. M., 1989, Late Mesozoic and 1988, Tectonic evolution of the coast setting of Vancouver, British Columbia Cenozoic fault systems of the southern plutonic complex, British Columbia­ (abstract]. coast belt (abstract]. Implications of new U-Pb and K-Ar Monger, J. W. H., 1991, Continent-ocean Journeay, J.M.; Csontos, L., 1989, Prelim­ dates (abstract]. interactions built Vancouver's founda­ inary report on the structural setting White, D. J.; Clowes, R. M., 1984, Seismic tions. along the southeast flank of the Coast investigation of the Coast Plutonic Mustard, P. S.; Monger, J. W. H., 1991, Belt, British Columbia. Complex-Insular Belt boundary be­ Upper Cretaceous-Tertiary Georgia Kriens, B. J., 1988, Tectonic evolution of neath the Strait of Georgia. Basin, British Columbia-Forearc or the Ross Lake area, northwest Washing­ STRUCTURAL GEOLOGY AND foreland? [abstract]. ton-southwest British Columbia.• TECTONICS - BRITISH Rogers, G. C., 1983, Seismotectonics of Lewis, T. J.; Bentkowski, W. H.; Davis, E. British Columbia (abstract]. E.; Hyndman, R. D.; Souther, J. G.; COLUMBIA - CONTINENTAL Wright, J. A., 1989, Thermal structure of MARGIN STRUCTURAL GEOLOGY AND the northern (Canadian) Cascades. Clowes, R. M.; Spence, G.D.; Ellis, R. M.; TECTONICS - BRITISH Lowes, B. E., 1972, Metamorphic petrology Waldron, D. A., 1986, Structure of the COLUMBIA - VANCOUVER and structural geology of the area east of lithosphere in a young subduction ISLAND Harrison Lake, British Columbia. zone-Results from reflection and re­ Agarwal, A.; Do110, H. W., 1990, A three Maxon, J. A., 1991, 40Ar/J'> Ar evidence for fraction studies. dimensional thin sheet numerical model the timing and tectonics of basin clo- DeLaurier, J. M.; Auld, D. R.; Law, L. K., study of EM induction in the Vancouver 1ure-Tyaughton basin, southwest Brit­ 1983, The geomagnetic response across Island region [abstract]. ish Columbia (abstract]. the continental margin off Vancouver Is­ Armstrong, R. L.; Muller, J. E.; Harakal, J. McGroder, M. F., 1989, Structural geome­ land--Comparison of results from nu­ E.; Muehlenbachs, K., l 985, The Neo­ try and kinematic evolution of the merical modelling and field data. gene Alert Bay volcanic belt of northern eastern Cascades foldbelt, Washington Hyndman, R. D.; Herzer, R. H.; Riddi­ Vancouver bland, Canada-Descend­ and British Columbia. hough, R. P., 1978, The Nootka fault ing-plate-edge volcanism in the arc­ McGroder, M. F., 1991, Reconciliation of zone-A new plate boundary off west­ trench gap. two-sided thrusting, burial metamor­ ern Canada (abstract] .. Bobrowsky, P. T.; Clague, J. J., 1990, Neo­ phism, and diachronous uplift in the Kurtz, R. D.; Gupta, J.C.; DeLaurier, J.M., tectonic investigations on western Van­ Cascades of Washington and British Co­ 1987, The electrical conductivity struc­ couver Island, British Columbia. lumbia. ture in the active subduction zone be­ Brandon, M. T., 1984, Deformational pro­ Miller, M. G., 1988, Possible pre-Cenozoic neath Vancouver Island (abstract]. cesses affecting unlithified sediments at left-lateral slip on the Yalakom fault, Riddihough, R. P., 1977, Recent plate tec­ active margins-A field study and a southwestern British Columbia. tonics off Canada's west coast (ab­ structural model. Miller, R. B.; Johnson, S. Y.; McDougall, J. stract]. Brandon, M. T., 1986, Comment and reply W., 1990, Comment and reply on "Dis­ STRUCTURAL GEOLOGY AND on "Comments on the growth of accre­ cordant paleomagnetic poles from the TECTONICS - BRITISH tionary wedges"--Comment. Canadian Coast Plutonic Complex-Re­ COLUMBIA - FRASER DELTA­ Brandon, M. T., 1989, Deformational styles gional tilt rather than large displace­ in a sequence of olistostromal melanges, ment?"; Comment. GEORGIA BASIN AREA Pacific Rim Complex, western Vancou­ Monger, J. W. H.; Journeay, J.M.; Mustard, (Northern Puget Sound) ver Island, Canada. P. S.; Friedman, R. M., 1991, Nature of Bustin, R. M., 1990, Stratigraphy, sedimen­ Brandon, M. T.; Davis, E. E.; Dragert, Herb; the Coast Belt, western Canadian Cor­ tology, and petroleum source rock po­ Hudson, R. D., 1987, The potential for dillera (abstract]. tential of the Georgia Basin, southwest geodetic monitoring of asei1mic slip at Monger, J. W. H.; Price, R. A., 1979, Geo­ British Columbia and northwest Wash­ the surface trace of the Vancouver Island dynamic evolution of the Canadian Cor­ ington State. subduction thrust [abstract]. dillera-Progress and problems. · England, T. D. J., 1988, Stratigraphy and Calvert, A. J.; Clowes, R. M., 1990, Deep, Parrish, R. R., 1982, Application of fission structure of the Nanaimo Basin, south­ high-amplitude reflections from a major track dating to the Cenozoic tectonic western British Columbia (abstract]. shear zone above the 1ubducting Juan de and thermal history of the Coast Moun­ England, T. D. J.; Calon, T. J., 1990, Late Fuca plate. tains of British Columbia, southwest Cretaceous to Paleogene structural evo­ Calvert, A. J.; Clowes, R. M., 1990, Reflec­ Canada (abstract]. lution of Georgia Basin, southwestern tions from the accreted margin western Rusmore, M. E.; Woodsworth, G. J., 1988, British Columbia (abstract]. Canada-Evidence for the migration of Eastern margin of the Coast Plutonic Hamilton, T. S.; Monger, J. W. H., 1990, fluids and a major shear zone above the Complex, Mount Waddington map area, Georgia Basin-Regional geology, tec­ 1ubducting plate (abstract]. B.C. tonics and hydrocarbon potential (ab­ Cassidy, J. F.; Ellis, R. M., 1989, The sub­ Rusmore, M. E.; Woodsworth, G. J., 1991, stract]. duction geometry beneath southwestern Coast Plutonic Complex-A mid-Creta­ Lynch, J. V. G., 1990, Georgia Basin proj­ British Columbia determined from tele­ ceous contractional orogen. ect-Stratigraphy and structure of Gam­ seismic P-waveform analy1i1 [abstract]. Talbot, J. L; Hurban, G. K., 1990, Transi­ bier Group rocks in the Howe Sound­ Cassidy, J. F.; Ellis, R. M., 1989, Teleseis­ tion from orogen-normal contraction to Mamquam River area, southwest Coast mic P wave receiver function analysis in orogen-parallel shear in the Cascade Belt, British Columbia. the Ca1cadia subduction zone [abstract]. core, WA, and the southern Coast Plu­ Monger, J. W. H., 1990, Georgia Basin proj­ Cassidy, J. F.; Ellis, R. M., 1990, The shear­ tonic Complex, BC (abstract]. ect-Structural evolution of parts of velocity structure of the crust and upper Umhoefer, P. J.; Magloughlin, J. F., 1990, southern Insular and southwestern Coast mantle acrou the northern Cascadia Comment and reply on "Discordant belts, British Columbia. subduction zone [abstract]. paleomagnetic poles from the Canadian 226 STRUCTURAL GEOLOGY AND TECTONICS OPEN FILE REPORT 92-2

Chiu, S. K. L.; Kanasewich, E. R.; Phadke, Drew, J. J.; Clowes, R. M., 1987, The Van­ land-Structure, history and sediment Suhas, 1986, Three-dimensional deter­ couver Island (Canada) seismic refrac­ accretion processes [abstract]. mination of structure and velocity by tion experiment-Reinterpretation Hyndman, R. D.; Yorath, C. J.; Davis, E. E.; seismic tomography. using constraints from UTHOPROBE Rohr, K. M. M.; Law, L. K., 1989, Van­ Clowes, R. M., 1984, Phase 1 LITHO­ reflection data [abstract). couver Island accretionary sedimentary PROBE-A coordinated national geo­ England, T. D. J.; Calon, T. J., 1991, The prism [abstract]. science project. Cowichan fold and thrust system, Van­ Irving, E.; Yole, R. W., 1987, Tectonic rota­ Clowes, R. M., 198S, Southern Vancouver couver Island, southwestern British Co­ tions and translations in western Can­ Island-Seismic reflection imaging of lumbia. ada-New evidence from Jura11ic rocks Wrangellia and Tertiary underthrusting Fowler, C. M. R.; Pandit, B. I., 1990, Anal­ of Vancouver Island. [abstract). ysis of CCSS data set I-Reflection-re­ Iwasaki, Takaya; Shimamura, Hideki, 1990, Clowes, R. M., 1990, Structure and tectonic fraction data from the Vancouver Island Velocity structure model determined evolution of the westernmost Canadian continental margin of western Canada. from onshore-offshore seismic profiling Cordillera-A multidisciplinary ap­ Fuis, G. S.; Clowes, R. M., 1991, A compar­ across Vancouver Island and adjacent proach [abstract). ison of deep continental-margin struc­ continental margin. Clowes, R. M.; Brandon, M. T.; LITHO­ ture along transects in southern Alaska, Jones, A. G.; Kurtz, R. D.; Gupta, J. C., PROBE Team (Green, A. G.; Yorath, C. southern Vancouver Island, and central 1988, Magnetotelluric studies acro11 se­ J.; Kanasewich, E. R.; Sutherland California [abstract].• lected key targets in Canada (abstract). Brown, A.; Spencer, C.), 1986, LITHO­ Fyfe, W. S.; Kerrich, R.; Hicock, S. R.; Kouba, J.; Dragert, Herb, 1989, Crustal de­ PROBE-Vancouver bland-Cenozoic Colloza, F. C., 1987, LITHOPROBE­ formation measurements by satellite subduction complex imaged by deep Faults and fluids. techniques on Canada's west coast (ab­ seismic reflections [abstract).• Gilliland, J. M.; Coleborn, R. J.; Brandon, stract]. Clowes, R. M.; Ellis, R. M.; Spence, G. D., M. T., 198S, Magnetic models of the Kurtz, R. D.; DeLaurier, J. M.; Gupta, J. C., 1982, VISP I-The Vancouver Island geologic structure of southern Vancou­ 1990, The electrical conductivity distri­ Seismic Project-Reflections from the ver Island near the Leech River fault bution beneath Vancouver Island-A re­ subducting lithosphere (abstract). [abstract]. gion of active plate subduction. Clowes, R. M.; LITHOPROBE Team Green, A. G., 198S, Phase I-Mapping deep Kunz, R. D.; Gupta, J. C.; DeLaurier, J.M., (Green, A. G.; Yorath, C. J.; Brandon, crustal structure beneath Vancouver Is­ 1985, A magnetotelluric survey over an M. T.; Kanasewich, E. R.; Sutherland land [abstract]. active subduction zone (abstract]. Brown, A.; Spencer, C.), 198S, LITHO­ Green, A.G., 1988, Tectonic and magmatic Kurtz, R. D.; Gupta, J.C.; DeLaurier, J.M., PROBE - Vancouver Island-Wran­ underplating as deduced from seismic 1987, The electrical conductivity struc­ gellia and Cenozoic subduction complex reflection and refraction profiling [ab­ ture in the active subduction zone be­ imaged by deep seismic reflections (ab­ stract]. neath Vancouver Island (abstract). stract).. Green, A. G.; Clowes, R. M.; Ellis, R. M., Langston, C. A., 1981, Evidence for the Clowes, R. M.; Spence, G.D.; Ellis, R. M.; 1990, Crustal studies across Vancouver subducting lithosphere under southern Waldron, D. A., 1986, Structure of the Island and adjacent offshore margin. Vancouver Island and western Oregon lithosphere in a young subduction Green, A. G.; Clowes, R. M.; Yorath, C. J.; from teleseismic P wave conversions. zone-Results from reflection and re­ Spencer, C.; Kanasewich, E. R.; Suther­ Lewis, T. J.; Bentkowski, W. H.; Davis, E. fraction studies. land Brown, A.; Brandon, M. T.; Mas­ E.; Hyndman, R. D.; Souther, J. G.; Dehler, S. A.; Clowes, R. M., 1989, Struc­ sey, N. W. D.; Hyndman, R. D., 198S, Wright, J. A., 1988, Subduction of the tural models across the northern Casca­ LITHOPROBE-Phase 3-Mapping of Juan de Fuca plate-Thermal conse­ dia subduction zone-An integration of an active subduction zone [abstract]. quences. geophysical data (abstract). Hawthorne, R., 1990, Reprocessing Van­ Lewis, T. J.; Bentkowski, W. H.; Davis, E. DeLaurier, J.M.; Kurtz, R. D.; Gupta,J. C., couver Island LITHOPROBE data. E.; Hyndman, R. D.; Souther, J. G.; 198S, A magnetotelluric survey over the Holdahl, S. R.; Faucher, Francois; Dragert, Wright, J. A., 1989, Thermal structure of subduction zone under Vancouver Is­ Herb, 1987, Recent vertical crustal mo­ the northern (Canadian) Cascades. land, B.C. (abstract). tion in the Pacific Northwest [abstract). Lisowski, Michael, 198S, Geodetic strain Dosso, H. W.; Chen, J.; Nienaber, W., 1990, Hyndman, R. D., 1988, Dipping seismic re­ measurements in central Vancouver Is­ Comparison of analogue model and field flectors, electrically conductive zones, land. station EM responses on southern Van­ and trapped water in the crust over a Marshall, Jocelyn, 198S, LITHOPROBE couver Island. subducting plate. maps subduction zone. Doaso, H. W.; Nienaber, W.; Hu, W. 8., Hyndman, R. D.; Davis, E. E., 1989, The Mereu, R. F., 1990, An interpretation of l 98S, Electromagnetic modeling of Cascadia accretionary prism at Vancou­ CCSS data set I using the triangular coastal regions (abstract). ver Island-Thermal and pore pressure block model method. Dragert, Herb, 1986, A summary of recent constraints on the zone of subduction Milkereit, Bernd; Spencer, Carl; Mayrand, geodetic measurement of surface defor­ thrust earthquake failure [abstract]. L. J., 1990, Migration and amplitude mation on central Vancouver Island, Hyndman, R. D.; Rogers, G. C.; Dragert, analysis of deep seismic reflection British Columbia. Herb, 1989, Thermal, pore pressure and data-Processing results of CCSS data Dragert, Herb, 1987, Contemporary crustal vertical deformation limits on the zone sets Iland m. deformation measurements on central of major thrust earthquake failure be­ Muller, J.E., 1977, Evolution of the Pacific Vancouver Island. [abstract). neath the Vancouver Island subduction margin, Vancouver Island, and adjacent Dragert, Herb, 1987, The fall (and rise) of zone (abstract]. regions. central Vancouver Island-1930-198S. Hyndman, R. D.; Yorath, C. J.; Clowes, R. Muller, J.E.; Armstrong, R. L.; Harakal, J. Dragert, Herb, 1989, Temporal changes in M.; Davis, E. E., 1990, The northern E.; Muehlenbachs, K., 1982, The Neo­ observed crustal strain in central Van­ Cascadia subduction zone at Vancouver gene Alert Bay volcanic belt of northern couver bland, British Columbia [ab­ Island-Seismic structure and tectonic Vancouver Island [abstract). stract). history. Nienaber, W.; Hibbs, R. D.; D0110, H. W.; Dragert, Herb; Duval, R.; Lisowski, Mi­ Hyndman, R. D.; Yorath, C. J.; Davis, E. E.; Law, L. K., 1982, An estimate of the chael, 1990, GPS crustal strain networks Clowes, R. M., 1989, The northern Cas­ conductivity structure for the Vancouver in coastal British Columbia [abstract). cadia subduction zone at Vancouver Is- Island region from geomagnetic results. INDEX STRUCTURAL GEOLOGY AND TECTONICS 227

Nyland, E.; Li, Quin, 1986, Analysis of Yorath, C. J.; Green, A. G.; Clowes, R. M.; Gorda segment of the Cascadia subduc­ seismic instability of the Vancouver Is­ Sutherland Brown, A.; Brandon, M. T.; tion zone (abstract]. land UTHOPROBE transect. Kanasewich, E. R.; Hyndman, R. D.; Coleman, R. G.; Manning, C. E.; Monimer, Phadke, Suhas, 1988, Imaging crustal dif­ Spencer, C. P., 1985, LITHOPROBE, N.; Donato, M. M.; Hill, L. 8., 1988, fraction zones and seismic tomography. southern Vancouver Island-Seismic re­ Tectonic and regional metamorphic Phadke, Suhas; Kanasewich, E. R., 1989, flection sees through Wrangellia to the framework of the K111math Mountains Tomographic determination of crustal Juan de Fuca plate. and adjacent Coast Ranges, California structure and velocity gradients [ab­ Yorath, C. J.; Hyndman, R. D.; Davis, E. E.; and Oregon. stract]. Clowes, R. M., 1989, The nonhern Crum, S. V., 1987, The mechanics of sub­ Phadke Suhas; Kanasewich, E. R., 1990, Cascadia subduction zone at Vancouver duction zone topography-A study of Sei;mic tomography to obtain velocity Island-Seismic structure and tectonic age effect in the Pacific Northwest. gradients and three-dimensiona_l struc­ history [abstract]. Kelsey, H. M.; Carver, G. A., 1986, Studies ture and its application to reflecuon data Yorath, C. J.; Massey, N. W. D., 1989, Ter­ of Quaternary faulting through the anal­ on Vancouver Island. tiary accretion history of the Vancouver ysis of small faults and fractures, north Riddihough, R. P., 1985, A symposium on Island continental margin [abstract]. coastal California. the deep structure of southern Vancou­ STRUCTURAL GEOLOGY AND Knapp, J. S., Jr., 1982, Seismicity, crustal ver Island-Results of UTHOPROBE TECTONICS - CALIFORNIA structure, and tectonics near the north­ Phase 1-19 April 1985. ern termination of the San Andreas fault. Riddihough, R. P., 1987, Predicted present Benz, H. M.; Zandt, G., 1991, Lithospheric Lajoie, K. R., 1986, Rapid tectonic uplift plate motions in the Vancouver Island structure and seismicity of northern Cal­ near the Mendocino triple junction re­ region [abstract]. ifornia-Evolution of the crustal margin corded by emergent marine strandlines with passage of the Mendocino triple Riddihough, R. P.; Hyndman, R. D., 1989, [abstract]. junction (abstract].* Queen Charlotte Islands margin. Merritts Dorothy, 1986, Late Quaternary Benz, H. M.; Zandt, G.; Oppenheimer, D., Rogers, G. C., 1979, Earthquake fault plane tect~ism in coastal northern Califor­ 1990, Seismic imaging of the subduc­ solutions near Vancouver Island. nia-A geomorphic approach [abstract]. tion plate and the alabless window be­ Rogers, G. C., 1989, Geometry of the Juan neath nonhern California [abstract]. Niazi, Mansour; Karageorgi, Eleni, 1986, de Fuca plate beneath Vancouver Island 3-D structure of the crust near Mendo· Berge, P.A.; Stauber, D. A., 1985, Seismic from seismicity [abstract]. cino triple junction from teleseismic P­ refraction profile across Lassen Peak delays [abstract]. Silver, E. A.; Breen, N. A.; Ellis, M. J.; [abstract]. Shipley, T. H., 1986, Comment and reply O'Dea, K. M., 1989, Terrace formation and Blake, M. C., Jr.; Jayko, A. S., 1986, Tec­ on "Comments on the growth of accre­ deformation on Yager Creek-Late tonic evolution of northwest California tionary wedges"-Reply. Pleistocene fluvial and tectonic activity and southwest Oregon. Spence, G. D.; Clowes, R. M.; Ellis, R. M., at the southern end of the Cascadia sub­ Blake, M. C., Jr.; Jones, D. L.; Wentworth, 1985, Seismic structure across the ac­ duction zone [abstract]. C. M., 1984, Continent-ocean transects tive subduction zone of western Can­ O'Dea, K. M.; Vick, G. S.; Craven, G. F.; C-1 and C-2-Accretionary history of ada.• Linberg, D. N., 1987, An analysis of the California coast ranges [abstract]. Spence, G. D.; Ellis, R. M.; Clowes, R. M., style of deformation and surface expres­ Breen, N. A.; Lisowski, Michael; Prescott, 1982, VISP tracing and itera­ sion of late Quaternary thrust faults, Ill-Ray W. H., 1987, Spatially varying pattern of tive inversion of traveltimes for struc­ coastal northern California [abstract]. crustal strain near the Mendocino triple ture across the Juan de Fuca/America Stauber, D. A.; Berge,P. A., 1985,Compar· junction, California [abstract]. plate margin [abstract]. ison of the P-velocity structures of Mt. Carver, G. A., 1989, Paleoseismicity of the Valasek, P. A.; Finckh, P.; Demartin, M., Shasta, California, and Newberry Vol­ southern pan of the Cascadia subduction 1990, Reprocessing of seismic reflec­ cano, Oregon [abstract]. zone [abstract]. tion data recorded on Vancouver Island, Wilson D. S., 1986, Deformation of the Carver, G. A.; Burke, R. M., 1986, Investi­ BC-CCSS data set m. Ju..; de Fuca plate near the Mendocino gations of late Pleistocene and H~loce~e triple junction [abstract]. Wahlstrom, Rutger; Rogers, G. C., 199~, thrust faulting in coastal Cabforn1a Source parameters for eanhquakes m north of Cape Mendocino. STRUCTURAL GEOLOGY AND the Vancouver bland region of the Carver, G. A.; Burke, R. M., 1987, Late TECTONICS - CASCADIA Cascadia subduction zone [abstract]. Holocene paleoseismicity of the south­ SUBDUCTION ZONE Walters, L K., 1987, A geological interpre­ ern end of the Cascadia subduction zone [REGIONAL WORKS] tation of UTHOPROBE seismic reflec­ (abstract]. tion profile 3, southern Vancouver Is­ Acharya, Hemendra, 1989, Comparison of Carver, G. A.; Burke, R. M., 1987, Late land, B.C. seismicity rates in subduction zones and Pleistocene and Holocene paleo­ Weber, M. H., 1990, Application of the implications for Juan de Fuca plate [ab­ seismicity of Little Salmon and Mad stract].• Gaussian beam method to refraction River thrust systems, N.W. California­ data from the subduction zone beneath Bostrom, R. C., 1984, ls Pacific NW sub­ Implications to the seismic potential of duction active, decaying or incipient? Vancouver Island and the North Ameri­ the Cascadia subduction zone [abstract]. can mainland. The 2-m geoid [abstract]. Carver, G. A.; Burke, R. M.; Kelsey, H. M., Byrne, D. E.; Sykes, L R.; Davis, D ..M., Yorath, C. J.; Clowes, R. M.; Green, A. G.; 1986, Late Quaternary tectonics of Sutherland Brown, A.; Brandon, M. T.; 1987 Seismic and aseismic subducuon, coastal California north of the Mendo­ Pan i-The role of young sediments in Massey, N. W. D.; Spencer, C.; Kana­ cino triple junction [abstract]. sewich, E. R.; Hyndman, R. D., 1985, controlling the mode of slip along the Carver G. A.; Vick, G. S.; Burke, R. M., LITHOPROBE-Phase I-Southern plate boundary [abstract]. 1989, Late Holocene paleoseismi~ty of Vancouver Island-Preliminary analy· Chen,J.; Do110,H. W., 1989,EMmodelling the Gorda segment of the Cascad1a sub­ ses of reflection seismic profiles and of the subducting Juan de Fuca plate duction zone [abstract]. surface geological studies.* region of the Pacific Northwest [ab­ Clarke, S. H., Jr.; Carver, G. A., 1989, On­ Yorath, C. J.; Davis, E. E., 1988, Cenozoic stract]. shore-offshore characteristics and seis­ accretion history of the Vancouver Is­ Chen, J.; Do110, H. W.; Nienaber, W., 1989, mic potential of structures along the land continental margin [abstract]. Laboratory electromagnetic model for the EMSLAB region. 228 STRUCTURAL GEOLOGY AND TECTONICS OPEN FILE REPORT 92-2

Cbiao, L.-Y.; Creager, K. C., 1990, Geomet­ Ukawa, Motoo, 1989, Subcrustal seismic Clowes, R. M., 1984, Transect 82-Litho­ ric constraints on Cascadia subduction activity along the Nankai-Suruga spheric structure across an accretionary (abstract]. trough in comparison with along the margin off western Canada (abstract). Couch, R. W.; Riddihough, R. P., 1989, The Cascadia subduction zone [abstract]. Clowes, R. M., 1990, Structure and tectonic crustal structure of the western conti­ VanDecar, J.C.; Crosson, R. S.; Creager, K. evolution of the westernmost Canadian nental margin of North America. C., 1990, Deep three-dimensional veloc­ Cordillera-A multidisciplinary ap­ Crosson, R. S., 1988, Seismicity and struc­ ity structure of the Cascadia subduction proach (abstract]. ture of the Cascadia subduction zone. zone [abstract).• Clowes, R. M.; Brandon, M. T.; LITHO­ Crosson, R. S.; Creager, K. C., 1990, Earth­ Weaver, C. S., 1987, Seismological con­ PROBE Team (Green, A. G.; Yorath, C. quake hazard investigations in the Pa­ straints on the geometry of the Juan de J.; Kanuewich, E. R.; Sutherland cific Northwest.• Fuca plate [abstract). Brown, A.; Spencer, C.), 1986, LITHO­ Dosso, H. W.; Nienaber, W., 1986, A labo­ Weaver, C. S.; Shedlock, K. M., 1989, Po­ PROBE-Vancouver Island--Cenozoic ratory electromagnetic model study of tential subduction, probable intraplate, subduction complex imaged by deep the Juan de Fuca plate region. and known crustal earthquake source seismic reflections [abstract).• Dono, H. W.; Nienaber, W.; Chen, J., 1989, areas in the Cascadia subduction zone.• Clowes, R. M.; Ellis, R. M.; Spence, G. D., Laboratory electromagnetic modelling West, D. O.; McCrumb, D. R.; Kiel, W. A., 1982, VISP I-The Vancouver Island of the subducting Juan de Fuca plate. 1987, Geomorphology, convergent mar­ Seismic Project-Reflections from the Gabrielov, A. M.; Li, Quin; Nazer, N.; Ny­ gins and earthquakes. subducting lithosphere (abstract]. land, E., 1989, A time dependent model STRUCTURAL GEOLOGY AND Clowes, R. M.; Hyndman, R. D.; Yorath, C. of seismicity for a subduction zone [ab­ J.; Davis, E. E., 1989, The structure of stract]. TECTONICS - CASCADIA the western Canada subduction zone­ Heaton, T. H.; Hanzell, S. H., 1987, repr. SUBDUCTION ZONE - Implications for the tectonic history of 1988, Earthquake hazards on the Casca­ BRITISH COLUMBIA the Canadian Cordillera [abstract). dia subduction zone. Agarwal, A.; Dosso, H. W., 1990, A three Clowes, R. M.; LITHOPROBE Team Heaton, T. H.; Kanamori, Hiroo, 1984, repr. dimensional thin sheet numerical model (Green, A. G.; Yorath, C. J.; Brandon, 1988, Seismic potential associated with study of EM induction in the Vancouver M. T.; Kanasewich, E. R.; Sutherland subduction in the northwestern United Island region (abstract). Brown, A.; Spencer, C.), 198S, LITHO­ States. Armstrong, R. L.; Muller, J.E.; Harakal, J. PROBE - Vancouver Island-Wran­ Kanamori, Hiroo, 1988, Plate motion and E.; Muehlenbachs, K., 198S, The Neo­ gellia and Cenozoic subduction complex seismicity. gene Alen Bay volcanic belt of northern imaged by deep seismic reflections [ab­ Melosh, H.J., 1989, Stress and strain in the Vancouve,r Island, Canada-Descend­ stract]. Cascadia subduction zone (abstract]. ing-plate-edge volcanism in the arc­ Clowes, R. M.; Spence, G. D.; Ellis, R. M.; Monasteraky, Richard, 1987, The Juan de trench gap. Waldron, D. A., 1986, Structure of the Fuca plate-A sticky situation. Brandon, M. T., 1984, Deformational pro­ lithosphere in a young subduction cesses affecting unlithified sediments at zone-Results from reflection and re­ Mundal, Ivar; Ukawa, Motoo; Crosson, R. fraction studies. S., 1990, Evidence of subducting Juan active margins-A field study and a de Fuca plate in apparent velocities ob­ structural model. Dehler, S. A.; Clowes, R. M., 1989, Struc­ served from subcrustal earthquakes (ab­ Brandon, M. T., 1986, Comment and reply tural models across the northern Casca­ stract]. on "Comments on the growth of accre­ dia subduction zone-An integration of tionary wedges"--Comment. geophysical data [abstract). Rieken, E. R.; Rohay, A. C.; Thiessen, R. L, Dehler, S. A.; Clowes, R. M., 1990, Struc­ 1991, Analysis of the Cascadia subduc­ Calven, A. J.; Clowes, R. M., 1989, The ture of the Cascadia accretionary margin tion zone using alignments of earth­ reflectivity of the accretionary complex of western Canada from geophysical quake foci, western Washington (ab­ of western Canada (abstract). analyses [abstract). stract].• Calven, A. J.; Clowes, R. M., 1990, Deep, DeLaurier, J. M.; Auld, D. R.; Law, L. K., Rogers, G. C., 1988, An assessment of the high-amplitude reflections from a major 1983, The geomagnetic response across megathrust earthquake potential of the shear zone above the subducting Juan de the continental margin off Vancouver Is­ Cascadia subduction zone.• Fuca plate. Calven, A. J.; Clowes, R. M., 1990, Reflec­ land--Comparison of results from nu­ Rogers, G. C., 1988, Seismic potential of merical modelling and field data. the Cascadia subduction zone. tions from the accreted margin western Canada-Evidence for the migration of Do110, H. W.; Chen, J.; Nienaber, W., 1990, Satake, K.; Kanamori, Hiroo, 1989, The fluids and a major shear zone above the Comparison of analogue model and field depth distribution of coseismic slip subducting plate [abstract]. station EM responses on southern Van­ along the Nankai trough and its im­ Cassidy,J. F.; Ellis,R. M., 1989,Modelling couver Island. plications for the Cascadia subduction Do110, H. W.; Nienaber, W.; Hu, W. 8., zone (abstract]. of broadband teleseismic P-wavefonns to obtain the subduction geometry be­ l 98S, Electromagnetic modeling of Spence, William, 1988, Anomalous subduc­ neath southwestern British Columbia coastal regions (abstract). tion and the origins of stresses at Casca­ (abstract). Dragert, Herb; Kouba, J.; Lisowski, Mi­ dia-A review. Cassidy, J. F.; Ellis, R. M., 1989, The sub­ chael, 1990, GPS measurement of Spence, William, 1988, Seismicity and tec­ duction geometry beneath southwestern crustal deformation in the northern Cas­ tonics. British Columbia determined from cadia subduction zone (abstract). Spence, William, 1989, Stress origins and teleseismic P-waveform analysis (ab­ Drew, J. J.; Clowes, R. M., 1990, A re-inter­ earthquake potentials in Cascadia. stract). pretation of the seismic structure across Sykes, L. R.; Byrne, D. E.; Davis, D. M., Cassidy, J. F.; Ellis, R. M., 1989, Teleseis­ the active subduction zone of western 1987, Seismic and aseismic subduction, mic P wave receiver function analysis in Canada. Pan 2-Aseismic slip at zones of mas­ the Cascadia subduction zone [abstract]. Egger, A.; Ansorge, J., 1990, Interpretation sive sediment supply and nature of great Cassidy, J. F.; Ellis, R. M., 1990, The shear­ of seismic refraction data-CCSS data asperities at convergent margins (ab· velocity structure of the crust and upper set I-Vancouver Island-continental stract]. mantle across the northern Cascadia margin. Thorkelson, D. J.; Taylor, R. P., 1989, Cor­ subduction zone [abstract). dilleran slab windows. l INDEX STRUCTURAL GEOLOGY AND TECTONICS 229

Fowler, C. M. R.; Pandit, B. I., 1990, Anal­ Juan de Fuca plate-Thermal conse­ STRUCTURAL GEOLOGY AND ysis of CCSS data set I-Reflection-re­ quences. TECTONICS - CASCADIA fraction data from the Vancouver Island Lewis, T. J.; Bentkowski, W. H.; Davis, E. SUBDUCTION ZONE - continental margin of western Canada. E.; Hyndman, R. D.; Souther, J. G.; CALIFORNIA Wright, J. A., 1989, Thermal structure of Green, A. G.; Clowes, R. M.; Ellis, R. M., Benz, H. M.; Zandt, G., 1991, Uthosphcric the northern (Canadian) Cascades. 1990, Crustal studies across Vancouver structure and sciamicity of northern Cal· Island and adjacent offshore margin. Marshall, Jocelyn, 198S, LITHOPROBE ifornia-Evolution of the crustal margin Green, A.G.; Clowes, R. M.; Yorath, C. J.; maps subduction zone. with passage of the Mendocino triple Spencer, C.; Kanascwich, E. R.; Suther­ Mcreu, R. F., 1990, An interpretation of junction [ abstract J. • land Brown, A.; Brandon, M. T.; Mas­ CCSS data set I using the triangular Benz, H. M.; Zandt, G.; Oppenheimer, D., sey, N. W. D.; Hyndman, R. D., 198S, block model method. 1990, Seismic imaging of the subduc­ LITHOPROBE-Phasc 3-Mapping of Muller, J.E.; Armstrong, R. L.; Harakal, J. tion plate and the slablcss window be­ an active subduction zone [abstract]. E.; Muchlcnbachs, K., 1982, The Neo­ neath northern California (abstract]. Green, N. L, 1980, Spatial coexistence of gene Alert Bay volcanic belt of northern Breen, N. A.; Usowski, Michael; Prescott, two distinct magmatic associations, Vancouver Island [abstract]. W. H., 1987, Spatially varying pattern of S.W. British Columbia-Implications Nyland, E.; Li, Quin, 1986, Analysis of crustal strain near lhc Mendocino triple for subduction zone magma genesis [ab­ seismic instability of the Vancouver Is­ junction, California (abstract]. stract]. land LITHOPROBE transect. Carver, G. A., 1989, Paleoseismicity of the Haasclgrcn, E. O.; Clowes, R. M., 1989, Riddihough, R. P., 198S, A symposium on southern part of the Caacadia subduction Crustal structure of lhc northern Juan de the deep structure of southern Vancou­ zone [abstract]. Fuca plate from multichannel seismic ver Island-Results of LITHOPROBE Carver, G. A.; Burke, R. M., 1987, Late reflection data [abstract]. Phase 1-19 April 198S. Holocene palcoscismicity of the south­ Hyndman, R. D., 1988, Dipping seismic re­ Rogers, G. C., 1986, Scismotcctonics of ern end of the Cascadia subduction zone flectors, electrically conductive zones, western Canada [abstract]. [abstract]. and trapped water in the crust over a Rogers, G. C.; Dragert, Herb, 1989, The Carver, G. A.; Burke, R. M., 1987, Late subducting plate. current potential for major earthquakes Pleistocene and Holocene paleo­ Hyndman, R. D.; Davis, E. E., 1989, The in southwest British Columbia [ab­ scismicity of Uttlc Salmon and Mad Cascadia accretionary prism at Vancou­ stract]. River lhrust systems, N.W. California­ ver Island-Thermal and pore pressure Silver, E. A.; Breen, N. A.; Ellis, M. J.; Implications to lhe seismic potential of constrainu on the zone of subduction Shipley, T. H., 1986, Comment and reply the Cascadia subduction zone [abstract]. thrust earthquake failure [abstract]. on "Commcnu on the growth of accre­ Carver, G. A.; Vick, G. S.; Burke, R. M., Hyndman, R. D.; Rogers, G. C.; Dragcrt, tionary wcdgcs"-Rcply. 1989, Late Holocene paleoseismicity of Herb, 1989, Thermal, pore pressure and Spence, G. D.; Clowes, R. M.; Ellis, R. M., the Gorda segment of lhc Caacadia sub­ venical deformation limits on lhe zone 1985, Seismic structure across the ac­ duction zone [abstract]. of major lhrust earthquake failure be­ tive subduction zone of western Can­ Clarke, S. H., Jr.; Carver, G. A., 1989, On­ neath the Vancouver Island subduction ada.• shore-offshore characteristics and seis­ zone [abstract]. Thybo, Hans, 1990, Interpretation of coin­ mic potential of structures along the Hyndman, R. D.; Yorath, C. J.; Clowes, R. cident seismic reflection and refraction Gorda segment of the Cascadia subduc­ M.; Davis, E. E., 1990, The northern profiles across the active subduction tion zone [abstract]. Cascadia subduction zone at Vancouver zone of western Canada. Crum, S. V., 1987, The mechanics of sub­ Island-Seismic structure and tectonic Wahlstrom, Rutger; Rogers, G. C., 1990, duction zone topography-A study of history. Source parameters for earthquakes in age effect in the Pacific Northwest. Hyndman, R. D.; Yorath, C. J.; Davis, E. E.; the Vancouver Island region of the Cas­ Niazi, Mansour; Karageorgi, Eleni, 1986, Clowes, R. M., 1989, The northern cadia subduction zone [abstract]. 3-D structure of the crust near Mendo­ Cascadia subduction zone at Vancouver Waldron, D. A.; Clowes, R. M., 1982, VISP cino triple junction from tcleseismic P­ Island-Structure, history and sediment Il-Structural characteristics of the sub­ dclays [abstract]. accretion processes (abstract]. ducting oceanic plate off western Can­ O'Dea, K. M., 1989, Terrace formation and Hyndman, R. D.; Yorath, C. J.; Davia, E. E.; ada [abstract]. deformation on Yager Creek-Late Rohr, K. M. M.; Law, L. K., 1989, Van­ Waldron, D. A.; Clowes, R. M.; White, D. Pleistocene fluvial and tectonic activity couver Island accrctionary sedimentary J., 1990, Seismic structure of a subduct­ at the southern end of the Caacadia sub­ prism [abstract]. ing oceanic plate off western Canada. duction zone [abstract]. Iwasaki, Takaya; Shimamura, Hideki, 1990, Yorath, C. J.; Clowes, R. M.; Green, A.G.; Velocity structure model determined Sutherland Brown, A.; Brandon, M. T.; STRUCTURAL GEOLOGY AND from onshore-offshore seismic profiling Massey, N. W. D.; Spencer, C.; Kana­ TECTONICS - CASCADIA across Vancouver Island and adjacent scwich, E. R.; Hyndman, R. D., 198S, SUBDUCTION ZONE - continental margin. LITHOPROBE-Phasc I-Southern OREGON Jones, A. G.; Kurtz, R. D.; Gupta, J. C., Vancouver Island-Preliminary analy­ Atwater, B. F., 1988, Comment and reply on 1988, Magnctotelluric studies across se­ ses of reflection seismic profiles and "Coastline uplift in Oregon and Wash­ lected key targets in Canada [abstract]. surface geological studies.• ington and the nature of Cascadia sub­ Kurtz, R. D.; Gupta, J.C.; DeLauricr, J.M., Yorath, C. J.; Davis, E. E., 1988, Cenozoic duction-zone tectonics"; CommenL 198S, A magnctotelluric survey over an accretion history of the Vancouver Is­ Cochrane, G. R.; Lewis, B. T. R.; McClain, active subduction zone [abstract]. land continental margin [abstract]. K. J., 1988, Structure and subduction Langston, C. A., 1981, Evidence for the Yorath, C. J.; Hyndman, R. D.; Davis, E. E.; processes along the Oregon-Washing­ aubducting lithosphere under southern Clowes, R. M., 1989, The northern ton margin. Vancouver Island and western Oregon Cascadia subduction zone at Vancouver Cochrane, G. R.; Moore, J. C.; MacKay, M. from tclcscismic P wave conversions. Island-Seismic structure and tectonic E.; Moore, G. F., 1990, Fluid flow in the Lewis, T. J.; Bentkowski, W. H.; Davis, E. history [abstract]. Oregon accretionary prism from seismic E.; Hyndman, R. D.; Souther, J. G.; data and vents [abstract]. Wright, J. A., 1988, Subduction of the 230 STRUCTURAL GEOLOGY AND TECTONICS OPEN FILE REPORT 92-2

Couch, R. W., 1987, The structure of west­ Priest, G. R., 1989, Model for volcanic arc Applegate, J. D.R.; Brandon, M. T., 1989, ern Oregon [abstract]. migration and uplift in the Cascades (ab­ An upper plate origin for basalt blocks Crum, S. V., 1987, The mechanics of sub­ stract]. in the Cenozoic subduction complex of duction zone topography-A study of Priest, G. R., 1989, Volcanic and tectonic the Olympic Mountains, northwest age effect in the Pacific Northwest. evolution of the Cascade volcanic arc, Washington State [abstract]. Goldfinger, Chris; Appelgate, T. B., Jr.; 44° 00' to 44° 52' 30"' N. Atwater, B. F., 1987, Coastal-wetland re­ Kulm, L D.; Yeats, R. S., 1989, Side­ Rasmussen, J. R., 1989, The seismic P­ cord of great Holocene earthquakes in scan sonar imaging of probable active wave velocity structure of the upper Washington [abstract]. faults on the Juan de Fuca plate adjacent mantle beneath Washington and western Atwater, B. F., 1988, Comment and reply on to the central Oregon continental margin Oregon. "Coastline uplift in Oregon and Wash­ [abstract]. Rasmussen, J. R.; Humphreys, E. D., 1988, ington and the nature of Cascadia sub­ Goldfinger, Chris; MacKay, M. E.; Kulm, Tomographic image of the Juan de Fuca duction-zone tectonics"; CommenL L. D.; Yeats, R. S., 1990, Neotectonics plate beneath Washington and western Bourgeois, Joanne; Reinhart, M.A., 1989, and possible segmentation of the Juan de Oregon using teleseismic P-wave travel Sedimentological analysis of postulated Fuca plate and Cascadia subduction times. tsunami-generated deposits from great­ zone off central Oregon [abstract]. Tillson, D. D., 1988, Computer graphical subduction earthquakes along Wash­ Grant, W. C.; McLaren, D. D., 1987, Evi­ analysis of remote sensing data and ington's outer coast. dence for Holocene subduction earth­ some aspects of the geometry of the Juan Boyer, S. E.; Lingley, W. S., Jr., 1991, quakes along the northern Oregon coast de Fuca subducting plate, western Wash­ Structure and kinematics of the Olympic (abstract]. ington and Oregon (abstract]. subduction complex, NW Washington, Hams, R. A.; Iyer, H. M.; Dawson, P. B.; Trehu, A. M.; Holt, T.; Shi, J.; Nakamura, and implications for mechanical models Berge, P.A.; Michaelson, C. A., 1989, Y.; Brocher, T.; Moses, M., 1990, Pre­ of accretionary prisms [abstract]. Imaging the Juan de Fuca slab beneath liminary results from the 1989 Oregon Brandon, M. T., 1990, Exhumation of young southern Oregon using teleseismic re­ onshore-offshore seismic imaging ex­ metamorphic rocks in the Olympic sub­ siduals (abstract]. periment [abstract]. duction complex, NW Washington State Henry, P.; Wang, C.-Y., 1990, Modeling of Trehu, A. M.;- Nakamura, Y.; Brocher, T.; [abstract]. fluid flow and pore pressure at the toe of Moses,M., 1991, 19890regononshore­ Brandon, M. T.; Calderwood, A. R., 1990, the Oregon and Barbados accretionary offshore seismic imaging experiment High-pressure metamorphism and uplift wedges (abstract]. [abstract]. of the Olympic subduction complex.• Humphreys, E. D.; Ducker, K. G.; Biasi, G. Vincent, Paul, 1989, Geodetic deformation Calderwood, A. R., 1991, The uplift of sub­ P., 1990, Upper mantle P-wave velocity of the southern Cascadia margin. duction complexes; Constraints from structure of the western U.S. [abstract]. Vincent, Paul; Richards, M. A.; Weldon, R. the Cascadia convergent margin [ab­ Keach, R. W., Il, 1986, Cenozoic active J., II, 1990, Vertical deformation of the stract].• margin and shallow Cascades struc­ Oregon Cascadia margin [abstract].• Calderwood, A. R.; Brandon, M. T., 1990, ture-COCORP results from western Waff, H. S.; Rygh, J. T.; Livelybroolts, D. Structure and tectonics of the Olympic Oregon. W.; Clingman, W. W., 1988, Results of a Mountains subduction complex, Casca­ Keach, R. W., Il; Potter, C. J., 1989, Eocene magnetotelluric traverse across western dia convergent margin [abstract]. to present active margin tectonics, west­ Oregon-Crustal resistivity structure Chiao, L-Y.; Creager, K. C., 1989, Kine­ ern Oregon, as revealed by deep reflec­ and the subduction of the Juan de Fuca matic deformation of the subducted Cas­ tion profiles (abstract]. plate. cadia slab [abstract). Keach, R. W., II; Potter, C. J.; Oliver, J.E.; Wannamaker, P. E.; Booker, J. R.; Filloux, Chiao, L.-Y.; Creager, K. C.; Boyd, T. M., Brown, L. D., 1986, Cenozoic active J. H.; Jones, A.G.; Chave, A. D., 1989, 1989, Membrane and bending strains as­ margin and shallow Cascades struc­ Uncovering deep structure, fluid move­ sociated with subduction of the Casca­ ture-COCORP results from western ment and melting in the Cascadia sub­ dia slab [abstract]. Oregon [abstract]. duction system from geomagnetic in­ Cochrane, G. R.; Lewis, B. T. R.; McOain, Kulm, L. D.; Embley, R. W., 1988, Nature duction measurements [abstract]. K. J., 1988, Structure and subduction of the deformation front along the Ore­ Weaver, C. S., 1990, Geothermal seismotec­ processes along the Oregon-Washing­ gon-Washington subduction zone. tonic studies.• ton margin. Kulm, L. D.; Yeats, R. S., 1990, Cascadia Weldon, Ray; Humphreys, E. D., 1991, Cohee, B. P.; Somerville, P. G., 1989, Sim­ subduction zone-Neotectonics of the Crustal deformation of western Oregon. ulated strong ground motions for hypo­ accretionary wedge and adjacent abys­ West, D. 0.; McCrumb, D. R., 1988, Com­ thetical Mw=8.0 earthquakes on the sal plain off Oregon and Washington. ment and reply on "Coastline uplift in Cascadia plate interface [abstract]. Kulm, L. D.; Yeats, R. S.; Goldfinger, Oregon and Washington and the nature Crosson, R. S., 1988, Seismic hazard from Chris, 1990, Cascadia subduction of Cascadia subduction-zone tectonics"; intraplate earthquakes in the Puget zone-Neotectonics of the accretionary Reply. Sound region. wedge and adjacent abyssal plain off Structural geology and tectonics - Crosson, R. S.; Creager, K. C., 1991, Earth­ Oregon and Washington. Cascadla subduction zone - quake hazard investigations in the Pa­ Kulm, L. D.; Yeats, R. S.; Goldfinger, Subsidence and upllft, see cific NorthwesL Chris, 1991, Accretionary wedge and SUBSIDENCE AND UPIJFT Crosson, R. S.; Owens, T. J., 1989, Testing adjacent abyssal plain off Oregon and the arch model for slab geometry of the Washington. STRUCTURAL GEOLOGY AND Cascadia subduction zone in the vicinity Peterson, C. D.; Darienzo, M. E., 1990, Ev­ TECTONICS - CASCADIA of Puget Sound, Washington [abstract]. idence of subduction zone paleoseis­ SUBDUCTION ZONE - Duncan, R. A.; Kulm, L. D., 1989, Plate micity from the central Oregon mar­ WASHINGTON tectonic evolution of the Cascades arc­ gin-Alsea Bay, Oregon [abstract]. Applegate, J. D.R., 1989, An upper plate subduction complex. Peterson, C. D.; Darienzo, M. E.; Parker, origin for basalt blocks in the Cenozoic Farrar, Edward; Dixon, J. M., 1991, Ridge M., 1988, Coastal neotectonic field trip subduction complex of the Olympic subduction and the thermal nature of guide for Netans Bay, Oregon. Mountains, northwest Washington spreading ridges [abstract]. State. INDEX STRUCTURAL GEOLOGY AND TECTONICS 231

Finn, Carol, 1988, Structure of the Wash­ West, D. 0.; Mccrumb, D.R., 1988, Com­ Carver, G. A.; Burke, R. M., 1987, Late ington convergent margin, implications ment and reply on "Coastline uplift in Pleistocene and Holocene paleoseis­ for other subduction :zones and for con­ Oregon and Washington and the nature micity of Little Salmon and Mad River tinental growth proceues. • of Cascadia subduction-zone tectonics"; thrust systems, N.W. California-Im­ Finn, Carol, 1990, Geophysical constraints Reply. plications to the seismic potential of the on Washington convergent margin struc­ Structural geology and tectonics - Cascadia subduction :zone [abstract). ture. Continental margin, see MARINE Carver, G. A.; Burke, R. M.; Kelley, H. M., Humphreys, E. D.; Ducker, K. G.; Biasi, G. GEOLOGY - STRUCTURES AND 1986, Late Quaternary tectonics of P., 1990, Upper mantle P-wave velocity TECTONICS coastal California north of the Mendo­ structure of the western U.S. [abstract]. cino triple junction [abstract). Kerr, R. A., 1991, Big squeeze points to a STRUCTURAL GEOLOGY AND Clarke, S. H., Jr.; Carver, G. A., 1989, On­ big quake. TECTONICS - FAULTS AND shore-offshore characteristics and seis­ Kulm, L. D.; Embley, R. W., 1988, Nature LINEAMENTS [REGIONAL mic potential of structures along the of the deformation front along the Ore­ WORKS] Gorda segment of the Cascadia subduc­ gon-Washington subduction :zone. Dewey, J. E.; Hill, D. P.; Ellsworth, W. L; tion zone [abstract). Kulm, L. D.; Yeats, R. S.; Goldfinger, Engdahl, E. R., 1989, Earthquakes, Kelsey, H. M.; Carver, G. A., 1986, Studies Chris, 1991, Accretionary wedge and faults, and the seismotectonic frame­ of Quaternary faultin·g through the anal­ adjacent abyssal plain off Oregon and work of the contiguous United States. ysis of small faults and fractures, north Washington. coastal California. Leeman, W. P.; Smith, D.R.; Hildreth, Wes; STRUCTURAL GEOLOGY AND O'Dea, K. M.; Vick, G. S.; Craven, G. F.; Palacz, Zen; Rogers, Nick, 1990, Com­ TECTONICS - FAULTS AND Linberg, D. N., 1987, An analysis of positional diversity of late Cenozoic ba­ LINEAMENTS - BRITISH style of deformation and surface expres­ salts in a transect across the southern COLUMBIA sion of late Quaternary thrust faults, Washington Cascades-Implications for Ague, J. J.; Brandon, M. T., 1990, Restora­ coastal northern California [abstract). subduction :zone magmatism. • tion of offset along the Straight Creek­ STRUCTURAL GEOLOGY AND Ma, Li, 1988, Regional tectonic stre11 in Fraser fault system, Washington State TECTONICS - FAULTS AND western Washington from focal mecha­ and British Columbia [abstract]. LINEAMENTS - OREGON nisms of crustal and subcrustal earth­ Clague, J. J., 1987, The use of geological quakes. evidence in reconstructing recent Kulm, L. D.; Yeau, R. S., 1990, Cascadia Rasmussen, J. R., 1989, The seismic P­ crustal movements in British Colum­ subduction zone-Neotectonics of the wave velocity structure of the upper bia-Potential and problems [abstract). accretionary wedge and adjacent abys­ sal plain off Oregon and Washington. mantle beneath Washington and western Coleman, M. E.; Parrish, R. R., 1990, Eo­ Oregon. . cene deformation in the Bridge River Nazy, D. J., 1987, A seismic refraction Rasmussen, J. R.; Humphreys, E. D., 1988, terrane, B.C.--Constraints on dextral study of a ponion of the northeastern Tomographic image of the Juan de Fuca movement on the Fraser fault [abstract). margin of the Tualatin Valley, Oregon. plate beneath Washington and western Dehler, S. A.; Clowes, R. M., 1987, Seismic Ryberg, P. T., 1984, Structural influence on Oregon using teleseismic P-wave travel refraction modelling of the Queen Char­ early Teniary sedimentary basin geome­ times. lotte fault :zone [abstract). try, southwestern Oregon [abstract). Rieken, E. R.; Thiessen, R. L., 1990, Hyndman, R. D.; Riddihough, R. P.; Herzer, Werner, K. S.; Nabelek, J. L; Yeats, R. S.; SEISPLN analysis of the Juan de Fuca R., 1979, TheNootkafault:zone-Anew Malone, S. D., 1990, The Mt. Angel plate beneath western Washington [ab­ plate boundary off western Canada. fault-Implications of August, 1990, Woodburn, Oregon earthquake sequence stract]. Journeay, J.M., 1989, Late Mesozoic and [abstract). Roden, M. K.; Brandon, M. T., 1990, Apa­ Cenozoic fault systems of the southern tite fission-track thermochronology of coast belt [abstract). STRUCTURAL GEOLOGY AND the Olympic subduction complex, Wash­ Mathews, W. H., 1987, Recent fault scarps TECTONICS - FAULTS AND ington [abstract). in southern British Columbia [abstract). LINEAMENTS - WASHINGTON Savage, J. C.; Lisowski, Michael, 1991, Miller, M. G., 1988, Possible pre-Cenozoic Ague, J. J.; Brandon, M. T., 1990, Restora- Strain measurements and the potential left-lateral slip on the Yalakom fault, tion of offset along the Straight Creek­ for a great subduction eanhquake off the southwestern British Columbia. Fraier fault system, Washington State coast of Washington.• Rusmore, M. E.; Woodsworth, G. J., 1988, and British Columbia [abstract]. S11vage, J.C.; Lisowski, Michael; Prescott, Eastern margin of the Coast Platonic Bogan, LE.; Reiddy, LA., 1987, Impon­ W. H., 1991, Strain accumulation in Complex, Mount Waddington map area, ance of fault mapping to mineral/geo­ western Washington. B.C. thermal exploration-Relationship to Tillson, D. D., 1988, Computer graphical Thorkelson, D. J., 1989, Eocene sedimenta­ fluid migration and ore formation­ analysis of remote sensing data and tion and volcanism in the Fig Lake gra­ Nonhwest Washington. some aspects of the geometry of the Juan ben, southwestern British Columbia. Bucknam, R. C., 1990, Puget Sound paleo­ de Fuca subducting plate, western Wash­ seismicity. ington and Oregon [abstract). STRUCTURAL GEOLOGY AND Clayton, G. A.; Zollweg, J.E., 1987, Teni­ Washington Public Power Supply System, TECTONICS - FAULTS AND ary-Quatemary faults and the 1981 1988, Cascadia subduction zone-An LINEAMENrs - CALIFORNIA magnitude 5 eanhquake in the Goat evaluation of the earthquake potential Carver, G. A.; Burke, R. M., 1986, Investi- Rocks Wilderne11, south-central Cas­ and implications to WNP-3; Washington gations of late Pleistocene and Holocene cade.Range, Washington [abstract). Public Power Supply System response thrust faulting in coastal California Couch, R. W.; MacFarlane, William, 1971, to NRC questions 230.1 and 230.2. north of Cape Mendocino. A fault plane solution of the October Weaver, C. S., 1989, What controls the seg­ Carver, G. A.; Burke, R. M., 1987, Late 1969 ML Rainier earthquake and tecton­ mentation of the Cascade volcanic arc? Holocene paleoseismicity of the south­ ics movements in the Pacific Northwest [abstract). ern end of the Cascadia subduction zone derived from fault plane and first motion Weaver, C. S., 1991, Geothermal seismotec­ [abstract). studies. tonic studies.• 232 STRUCTURAL GEOLOGY AND TECTONICS OPEN FILE REPORT 92-2

Cowan, D.S.; Brandon, M. T., 1990, New STRUCTURAL GEOLOGY AND techniques for determining the slip di­ tectonic regime imposed on central High rection in brittle fault 7.0ne1-An appli­ TECTONICS - OREGON Cascade volcanism [abstract). cation to the Late Cretaceous nappes of [REGIONAL WORKS] Hughes, S. S., 1990, Mafic magmatism and the San Juan Islands, WA [abstract). Blake, M. C., Jr.; Jayko, A. S., 1986, Tec­ associated tectonism of the central High DiLeonardo, C. G., 1991, Tuning and kine­ tonic evolution of nonhwest California Cascade Range, Oregon.• matics of bounding structures of the and southwest Oregon. Keach, R. W., ll; Oliver, J. E.; Brown, L. D.; Nonh Creek block, nonheastern Cas­ Cohee, B. P.; Somerville, P. G.; Abraham­ Kaufman, Sidney, 1989, Cenozoic ac­ cades Washington-Implications for the son, N. A., 1990, Ground motions from tive margin and shallow Cascades struc­ evolution of the southern Ross Lake hypothesized Mw=8 subduction earth­ ture-COCORP results from western fault 7.0lle [abstract]. quakes in the Pacific Nonhwe1t [ab­ Oregon. Evans, J. E., 1986, Influence of syn­ stract). Kohler, W. M.; Healy, J. H.; Wegener, S.S., depositional tectonics on fluvial facies Cronon, R. S., 1990, Regional seismicity 1982, Upper crustal structure of the in a Teniary wrench-fault basin, Chum­ and tectonics [abstract). Mount Hood, Oregon region as revealed stick Formation, Cascades Range Crum, S. V., 1987, The mechanics of sub­ by time term analysis.• Washington [abstract]. ' duction r.one topography-A study of Leaver, D.S., 1984, Mixed stochastic and Geomatrix Consultants, Inc., 1989, Seismo­ age effect in the Pacific NorthwesL deterministic modeling of the crustal tectonic evaluation-Nonhwest Rocky Gough, D. I.; McK.irdy, D. M.; Woods, D. structure in the vicinity of Mt. Hood, Mountains-Okanogan Uplands geomor­ V.; Geiger, H. D., 1989, Conductive Ore. [abstract). phic province; Final repon. structures and tectonics beneath the Leaver, D. S.; Mooney, W. D.; Kohler, W. Harding, S. T., 1989, Investigation of seis­ EMSLAB land array. M., 1983, Seismic studies between Cra­ mic-wave propagation for determina­ Rasmussen, J. R.; Humphreys, E. D., 1990, ter Lake and Mount Hood [abstract). tion of crustal structure.• Tomographic image of the upper mantle Leaver, D. S.; Mooney, W. D.; Kohler, W. Harding, S. T.; Urban, T. C.; Barnhard, T. P-wave velocity structure beneath M., 1984, A seismic refraction study of P., 1988, Preliminary evidence of possi­ Washington and western Oregon [ab­ the Oregon Cascades. ble Q~atemary faulting in Puget Sound, stract).• Neumann, G. A.; Hermance, J. F., 1989, The Washington, from a multichannel ma­ Weaver, C. S., 1991, Geothermal seismotec­ deep crustal structure of the Oregon rine seismic reflection survey. tonic studies. Cascades-mectromagnetic constraints Haugerud, R. A.; Miller, R. B.; Tabor, R. Weldon, Ray; Humphreys, E. D., 1991, [abstract). W.; Phillips, W. M., 1991, Ross Lake Crustal defonnation of western Oregon. Priest, G. R., 1990, Volcanic and tectonic fault near Gabriel Peak, north Cascades evolution of the Cascade volcanic arc­ Range, Washington [abstract]. STRUCTURAL GEOLOGY AND Central Oregon. Hooper, P. R.; Conrey, R. M., 1989, The TECTONICS - OREGON - Sherrod, D.R.; Pickthom, L.B. G., 1989, Olympic-Wallowa-lineament (OWL) as CASCADE RANGE Some notes on the Neogene structural a B~sin and Range-related megashear, Bacon, C. R., 1983, Eruptive history of evolution of the Cascade Range in Ore­ and 1~ control of magmatism during the Mount Mazama and Crater Lake cal­ gon. erupbon of the Columbia River basalts dera, Cascade Range, U.S.A. Smith, G. A.; Vincent, K. R.; Snee, L. W., [abstract). Blakely, R. J.; Jachens, R. C., 1990, Volcan­ 1989, An isostatic model for basin for­ Hurlow, H. A., 1989, Polyphase kinematic ism, isostatic residual gravity, and re­ mation in and adjacent to the central history of the Pasayten fault in Washing­ gional tectonic setting of the Cascade Oregon High Cascade Range. ton-Preliminary repon [abstract). volcanic province.• Stanley, W. D.; Mooney, W. D.; Fui1, G. S., Hurlow, H. A.; Nelson, B. K., 1991, Late Catchings, R. D.; Mooney, W. D., 1988, 1990, Deep crustal structure of the Cas­ Cretaceous-Eocene dextral transpres­ Crustal structure of east central Ore­ cade Range and surrounding regions sion in the North Cascades metamorphic gon-Relation between Newberry Vol­ from seismic refraction and magneto­ core, Washington--Structural styles, U­ cano and regional crustal structure. telluric data. Pb chronologic constraints, and relation Coleman, R. G.; Manning, C. E.; Monimer, Stauber, D. A.; Berge, P. A., 1985, Compar­ to plate motions (abstract]. N.; Donato, M. M.; Hill, L. B., 1988, ison of the P-velocity structures of Mt. Kriens, B. J.; Wernicke, B. P., 1990, Nature Tectonic and regional metamorphic Shasta, California, and Newberry Vol­ of the contact 7.0lle between the North framework of the Klamath Mountains cano, Oregon [abstract). Cascades crystalline core and the Met­ and adjacent Coast Ranges, California Stauber, D. A.; Green, S. M.; Iyer, H. M., how sequence in the Ron Lake area and Oregon. 1988, Three-dimensional P velocity Washington-Implications for Cordille: Cotton, J. A.; Catchings, R. D., 1989, Data structure of the crust below Newberry ran tectonics. repon for the 1983 U.S. Geological Sur­ Volcano, Oregon. Kulm, L. D.; Yeau, R. S., 1990, Cascadia vey east-central Oregon seismic refrac­ Taylor, E. M., 1990, Volcanic history and subduction 7.0lle-Neotectonics of the tion experiment. tectonic development of the central accretionary wedge and adjacent abys­ Dawson, P. B.; Stauber, D. A., 1986, Data High Cascade Range, Oregon.• sal plain off Oregon and Washington. repon for a three-dimensional high-res­ Weaver, C. S.; Green, S. M.; Iyer, H. M., Miller, R. B., 1988, Possible role of ductile olution P-velocity structural investiga­ 1982, Seiamicity of Mount Hood and shear zones in linking overstepping tion of Newberry Volcano, Oregon, structure as determined from teleseis­ strike-slip faults, Ross Lake fault zone, using seismic tomography. mic P wave delay studies. Nonh Cascades, Washington (abstract). Gutmanis, J.C., 1989, Wrench faults, pull­ Weaver, C. S.; Guffanti, Marianne, 1990, Tabor, R. W., 1986, Changing concepts of apan basins, and volcanism in central The fabric of late Cenozoic volcanism in geologic structure and the problem of Oregon-A new tectonic model based the Cascade Range, Mount Rainier to siting nuclear reactors-Examples from on image interpretation. Mount Hood--Cru1tal blocks, crustal Washington State. Hill, B. E., 1988, The Bull Springs inlier tectonics and subduction zone consider­ Zollweg, J. E.; Johnson, P. A., 1989, The and its significance to Oregon central ations (abstract]. Darrington seismic zone of northwest­ High Cascade tectonics (abstract). Wells, R. E., 1990, Paleomagnetic rotations ern Washington. Hughes, S. S., 1984, Structural and petro­ and the Cenozoic tectonics of the Cas­ chemical indicaton for an extensional cade arc, Washington, Oregon, and Cal- iforma. .• INDEX STRUCTURAL GEOLOGY AND TECTONICS 233

STRUCTURAL GEOLOGY AND Washington and northern Oregon from Dragert, Herb, 1987, Contemporary crustal TECTONICS - OREGON - seismicity. deformation measurements on central COAST RANGE STRUCTURAL GEOLOGY AND Vancouver Island. [abstract). Dragert, Herb, 1989, Temporal changes in Babcock, R. S.; Engebretson, D. C., 1991, TECTONICS - OREGON observed crustal strain in central Van­ Kula-Farallon-North America plate in­ PORTLAND AREA­ couver Island, British Columbia [ab­ teractions and basalt extrusion in the WILLAMETTE VALLEY stract) . .Oregon-Washington Coast Range (ab­ Davis, S. A., 1988, An analysis of the stract). Dragert, Herb; Duval, R.; Lisowski, Mi­ eastern margin of the Portland basin chael, 1990, GPS crustal strain networks Heller, P. L., 1984, Tectonic rotation and using gravity surveys. in coastal British Columbia (abstract). basin development during mid-Tertiary extension in the Pacific Northwest (ab­ Langston, C. A., 1981, Evidence for the Dragert, Herb; Kouba, J.; Lisowski, Mi­ stract). subducting lithosphere under southern chael, 1990, GPS measurement of Vancouver Island and western Oregon Keach, R. W., Il; Oliver,J. E.; Brown, L. D.; crustal deformation in the northern Cas­ from teleseismic P wave conversions. Kaufman, Sidney, 1989, Cenozoic ac­ cadia subduction zone (abstract). tive margin and shallow Cascades struc­ Nazy, D. J., 1987, A seismic refraction Kerr, R. A., 1991, Big squeeze points to a ture-:-COCORP results from western study of a portion of the northeastern big quake. Oregon. margin of the Tualatin Valley, Oregon. Lisowski, Michael, 1985, Geodetic strain Ryberg, P. T., 1989, Paleocene to early Eo­ Titus, W. S.; Beeson, M. H., 1988, Struc­ measurements in central Vancouver Is­ cene depositional systems along a tec­ tural development of the Portland Basin land. tonically active continental margin, inferred from geochemical and paleo­ Lisowski, Michael; Prescott, W. H., 1990, southwestern Oregon (abstract). magnetic trends in the Boring volcanics Crustal deformation networks moni­ (abstract). Souza, M. E., 1927, Physiography and tored with GPS by the U.S. Geological structure of the Oregon Coast Range Werner, K. S.; Graven, E. P.; Berkman, T. Survey (abstract). province. A.; Parker, M. J., 1988, Direction of Lisowski, Michael; Savage, J. C.; Prescott, maximum horizontal compression in W. H.; Dragert, Herb, 1987, Strain accu­ STRUCTURAL GEOLOGY AND northwestern Oregon as determined by mulation across the Strait of Juan de TECTONICS - OREGON - borehole breakouts (abstract). Fuca and in the Olympic Mountains, CONTINENTAL MARGIN Werner, K. S.; Nabelek, J. L; Yeats, R. S.; Washington (abstract). Cochrane, G. R.; Lewis, 8. T. R.; McClain, Malone, S. D., 1990, The Mt. ~ngel Lisowski, Michael; Savage, J. C.; Prescott, K. J., 1988, Structure and subduction fault-Implications of August, 1990, W. H.; King, N. E., 1990, Crustal strain. processes along the Oregon-Washing­ Woodburn, Oregon earthquake sequence Lisowski, Michael; Savage, J.C.; Prescott, ton margin. (abstract). W. H.; King, N. E.; Svare, J. L, 1991, Cochrane, G. R.; Moore, J.C.; MacKay, M. Yeats, R. S., 1990, A search for active faults Crustal strain. E.; Moore, G. F., 1990, Fluid flow in the in the Willamette Valley, Oregon.• Ma, Li, 1988, Regional tectonic streu in Oregon accretionary prism from seismic STRUCTURAL GEOLOGY AND western Washington from focal mecha­ data and vents (abstract). TECTONICS - OREGON - nisms of crustal and subcrustal earth­ Henry, P.; Wang, C.-Y., 1990, Modeling of SOUTHWESTERN quakes. fluid flow and pore pressure at the toe of Magee, M. E.; Zoback, M. L., 1989, Present the Oregon and Barbados accretionary Bruemmer, J. L, 1964, Gravity models for state of stress in the Pacific Northwest wedges (abstract). peridotite injection and local metamor­ (abstract). phism along north-northeast-trending Kulm, L. D.; Yeats, R. S., 1990, Cascadia Melosh, H.J., 1989, Stress and strain in the zones of tectonism, southwest Oregon. subduction zone-Neotectonics of the Cascadia subduction zone (abstract). Langston, C. A., 1977, Corvallis, Oregon, accretionary wedge and adjacent abys­ Paterson, S. R.; Brandon, M. T., 1990, The crustal and upper mantle receive struc­ sal plain off Oregon and Washington. significance of strains associated with ture from teleseismic P and S waves. Kulm, L. D.; Yeats, R. S.; Goldfinger, cleavage development in the Olympic Chris, 1990, Cucadia subduction Riddihough, R. P., 1985, The Roseburg­ Mountains, Washington (abstract). Pendleton (ROPE) lineament, Oregon zone-Neotectonics of the accretionary Savage, J. C.; Lisowski, Michael, 1988, (abstract). wedge and adjacent abyssal plain off Geodetic deformation measured in Oregon and Washington. Ryberg, P. T., 1984, Structural influence on Washington and British Columbia. early Tertiary sedimentary basin geome­ Kulm, L. D.; Yeats, R. S.; Goldfinger, Savage, J. C.; Lisowski, Michael, 1991, try, southwestern Oregon (abstract). Chris, 1991, Accretionary wedge and Strain measurements and the potential adjacent abyssal plain off Oregon and STRUCTURAL GEOLOGY AND for a great subduction earthquake off the Washington. TECTONICS - STRESS AND coast of Washington.• MacKay, M. E.; Moore, G. F.; Cochrane, G. STRAIN Sbar, M. L., 1983, An explanation for con­ R.; Moore, J. C.; Kulm, L D., 1990, Adams, J. E.; Bell, J. S., 1988, Crustal tradictory geodetic strain and fault plane Landward vergence, oblique structural streues in North America (abstract). solution data in western North America. trends, and tectonic segmentation in the Breen, N. A.; Lisowski, Michael; Prescott, Spence, William, 1988, Anomalous subduc­ Oregon margin accretionary prism (ab­ W. H., 1987, Spatially varying pattern of tion and the origins of stresses at Casca­ stract). dia-A review. crustal strain near the Mendocino triple Ryberg, P. T., 1989, Paleocene to early Eo­ junction, California (abstract). Spence, William, 1989, Streu origins and cene depositional systems along a tec­ earthquake potentials in Cascadia. Chiao, L.-Y.; Creager, K. C.; Boyd, T. M., tonically active continental margin, 1989, Membrane and bending strains as­ Zoback, M. L, 1990, Intraplate stre11 and southwestern Oregon (abstract). sociated with subduction of the Casca­ deformation.• Stoddard,P. R.; Woods,M. T., 1989, Master dia slab (abstract). Zoback, M. L; Zoback, M. D., 1989, Tec­ event relocations of Gorda plate earth­ Dragert, Herb, 1986, A summary of recent tonic stress field of the continental quakes ( abstract). geodetic measurement of surface defor­ United States. Weaver, C. S.; Baker, G. E., 1988, Geome­ mation on central Vancouver Island, try of the Juan de Fuca plate beneath British Columbia. 234 STRUCTURAL GEOLOGY AND TECTONICS OPEN FILE REPORT 92-2

Zoback, M. L.; Zoback, M. D.; Adams, Rasmussen, J. R., 1989, The seismic P­ gional tectonic setting of the Cascade John; Bell, S.; Suter, M.; Suarez, G.; wave velocity structure of the upper volcanic province.• Jacob, K.; Estabrook, C.; Magee, M., mantle beneath Washington and western Brown, E. H., 1988, Metamorphic and 1991, Stress map of North America. Oregon. structural history of the northwest Cas­ Structural geology and tectonics - Rasmussen, J. R.; Humphreys, E. D., 1988, cades, Washington and British Colum­ TIit, see GEOPHYSICS - GEODESY Tomographic image of the Juan de Fuca bia. AND GEODETIC SURVEYS plate beneath Washington and western Brown, E. H.; Talbot, J. L., 1989, Late Oregon using teleseismic P-wave travel Mesozoic kinematic history of the North STRUCTURAL GEOLOGY AND times. Cascades, Washington, and southern TECTONICS - WASHINGTON Rasmussen, J. R.; Humphreys, E. D., 1990, Coast Mountains, British Columbia [ab­ [REGIONAL WORKS] Tomographic image of the upper mantle stract]. Chiao, L-Y.; Creager, K. C., 1989, Kine­ P-wave velocity structure beneath Brown, E. H.; Talbot, J. L., 1989, Orogen­ matic deformation of the subducted Cas­ Washington and western Oregon [ab­ parallel extension in the North Cascades cadia slab [abstract]. stract].• crystalline core, Washington. Cohee, B. P.; Somerville, P. G., 1989, Sim­ Riddihough, R. P., 1982, One hundred mil­ Butler, R. F.; Dickinson, W. R.; Gehrels, G. ulated strong ground motions for hypo­ lion years of plate tectonics in western E.; McClelland, W. C.; May, S. R.; Kle­ thetical M,.::8.0 earthquakes on the Cas­ Canada. packi, D. W., 1990, Comment and reply cadia plate interface [abstract]. Rieken, E. R.; Thiessen, R. L., 1990, on "Discordant paleomagnetic poles Cohee, B. P.; Somerville, P. G.; Abraham­ SEISPLN analysis of the Juan de Fuca from the Canadian Coast Plutonic Com­ son, N. A., 1990, Ground motions from plate beneath western Washington [ab­ plex-Regional tilt rather than large dis­ hypothesized Mw=8 subduction earth­ stract]. placement?"; Reply. quakes in the Pacific Nonhwest [ab­ Savage, J. C.; Lisowski, Michael, 1988, Clayton, G. A.; Zollweg, J.E., 1987, Teni­ stract]. Geodetic deformation measured in ary-Quaternary faults and the 1981 Crosson, R. S., 1990, Regional seismicity Washington and British Columbia. magnitude S eanhquake in the Goat and tectonics [abstract]. Savage, J.C.; Lisowski, Michael; Prescott, Rocks Wilderne11, south-central Cas­ Danner, W.R., 1988, Paleontological con­ W. H., 1991, Strain accumulation in cade Range, Washington [abstract]. straints on the accreted terranes of Brit­ western Washington. Couch, R. W.; MacFarlane, William, 1971, ish Columbia and Washington [ab­ Thiessen, R. L; Rieken, E. R., 1991, Inte­ A fault plane solution of the October stract]. gration of seismic foci, digital topogra­ 1969 ML Rainier earthquake and tecton­ Farrar, Edward; Dixon, J.M., 1991, Ridge phy, and lineaments to defme three-di­ ics movements in the Pacific Northwest subduction and the thermal nature of mensional crustal fractures in western derived from fault plane and first motion spreading ridges [abstract]. Washington [abstract]. studies. Finn, Carol; Weaver, C. S.; Stanley, W. D., Tillson, D. D., 1988, Computer graphical DiLeonardo, C. G., 1991, Timing and kine­ 1989, Relation of earthquakes and aero­ analysis of remote sensing data and matics of bounding structures of the magnetic anomalies to crustal structure some aspects of the geometry of the Juan Nonh Creek block, northeastern Cas­ in western Washington [abstract]. de Fuca subducting plate, western Wash­ cades Washington-Implications for the Gough, D. I., 1991, New evidence that ington and Oregon [abstract]. evolution of the southern Ross Lake upper mantle convection drives the Umhoefer, P. J.; Dragovich, J. D.; Cary, J. fault zone [abstract]. plates and implications for the Canadian A.; Engebretson, D. C., 1989, Refine­ Dragovich, J. D., 1989, Petrology and struc­ Cordillera [abstract]. ments of the "Baja British Columbia" ture of the Cascade River Schist in the Gough, D. I.; McKirdy, D. M.; Woods, D. plate-tectonic model for northward Sibley Creek area, northern Cascades, V.; Geiger, H. D., 1989, Conductive translation along the margin of western Washington. structures and tectonics beneath the North America. Duncan, R. A.; Kulm, L. D., 1989, Plate EMSLAB land array. Weaver, C. S., 1991, Geothermal seismotec­ tectonic evolution of the Cascades arc­ Hooper, P. R.; Conrey, R. M., 1989, The tonic studies.• subduction complex. Olympic-Wallowa-lineament (OWL) as Wheeler, J. O.; McFeely,P., 1987, Tectonic Evans, J. E., 1986, Influence of syndep­ a Basin and Range-related megashear, assemblage map of the Canadian cordil­ ositional tectonics on fluvial facies in a and iu control of magmatism during the lera and adjacent pans of the United Teniary wrench-fault basin, Chumstick eruption of the Columbia River basalts States of America.• Formation, Cascades Range, Washing­ ton [abstract]. [abstract]. STRUCTURAL GEOLOGY AND Humphreys, E. D.; Ducker, K. G.; Biasi, G. Evans, J. E., 1988, Depositional environ­ TECTONICS - WASHINGTON ments, basin evolution and tectonic sig­ P., 1990, Upper mantle P-wave velocity CASCADE RANGE (Including structure of the western U.S. [abstract]. nificance of the Eocene Chumstick For­ the Okanogan Highlands) Irving, E.; Thorkelson, D. J., 1990, On de­ mation, Cascade Range, Washington. termining paleohorizontal and latitudi­ Ague, J. J.; Brandon, M. T., 1990, Restora­ Finn, Carol, 1988, Structure of the Wash­ nal shifu-Paleomagnetism of Spences tion of offset along the Straight Creek­ ington convergent margin, implications Bridge Group, British Columbia. Fraser fault system, Washington State for other subduction zones and for con­ Lees, J. M.; Crosson, R. S., 1989, Tomo­ and British Columbia [abstract]. tinental growth proce11es. • graphic imaging of local eanhquake Babcock, R. S.; Misch, Peter, 1988, Evolu­ Fournier, R. 0., 1989, Maximum depths of delay times for 3-D velocity variation in tion of the crystalline core of the north earthquakes as an aid in evaluating con­ western Washington [abstract]. Cascade Range. vective and conductive heat fluxes from Potter, C. J.; Pruasen, E. I.; Yoos, T. R.; Bazard, D. R.; Burmester, R. F.; Beck, M. the Cascade province and adjacent re­ gions. Sanford, W. E.; Keach, R. W., II; E., Jr.; Granirer, J. L.; Schwarz, C. G., Thigpen, J. L.; Oliver, J.E., 1986, Deep 1990, Paleomagnetism of the Methow Gallagher, M. P.; Brown, E. H.; Walker, N. seismic reflection traverse of the North region, north-central Washington­ W., 1988, A new structural and tectonic American Cordillera at latitude 49° N Structural application of paleomagnetic interpretation of the western pan of the [abstract]. data in a complexly deformed, variably Shuksan blueschiat terrane, northwest­ remagnetized terrane. ern Washington. Blakely, R. J.; Jachens, R. C., 1990, Volcan­ ism, isostatic residual gravity, and re- INDEX STRUCTURAL GEOLOGY AND TECTONICS 235

Geomatrix Consultants, Inc., 1988, Seismo­ matic arc as a function of depth-The strike-slip faults, Ross Lake fault zone, tectonic evaluation of the nonhem Cas­ Sltagit-Methow crustal section.• Nonh Cascades, Washington (abstract]. cade mountains geomorphic province Kriens, B. J.; Werniclte, B. P., 1990, Nature Miller, R. B., 1989, Evolution of the nonh­ for Bumping Lake, Tieton, Keechelus, of the contact zone between the Nonh eastern margin of the crystalline core of Kachess, Cle Elum, and Clear Lake Cascades crystalline core and the Met­ the Nonh Cascades (abstract]. dams. how sequence in the Ross Lake area, Miller, R. B., 1990, Reverse slip shear Geomatrix Consultants, Inc., 1989, Seismo­ Washington-Implications for Cordille­ zones in the crystalline core of the Nonh tectonic evaluation-Nonhwest Rocky ran tectonics. Cascades [abstract]. Mountains-Okanogan Uplands geomor­ Lawrence, R. D., 1973, Plate tectonic inter­ Miller, R. B.; Bowring, S. A.; Hoppe, W. J., phic province; Final repon. pretation of major structures, nonhern 1989, Paleocene plutonism and its tec­ Guffanti, Marianne; Weaver, C. S., 1988, Cascade Range, Washington (abstract]. tonic implications, North Cascades, Distribution of late Cenozoic volcanic Leeman, W. P.; Smith, D.R.; Hildreth, Wes; Washington. vents in the Cascade Range (USA)­ Palacz, Zen; Rogers, Nick, 1990, Com­ Miller, R. B.; Johnson, S. Y.; McDougall, J. Volcanic arc segmentation and regional positional diversity of late Cenozoic ba­ W., 1990, Comment and reply on "Dis­ tectonic considerations. salts in a transect across the southern cordant paleomagnetic poles from the Haugerud, R. A., 1989, Middle Eocene Washington Cascades-Implications for Canadian Coast Plutonic Complex-Re­ orogeny in the nonhern Chelan block, subduction zone magmatism. • gional tilt rather than large displace­ nonh Cascades Range-Gravitational Longtine, M. W., 1991, Mid- to Late Creta­ ment?"; Comment. collapse of the Cretaceous orogen? [ab­ ceous structural, metamorphic, and Misch, Peter, 1988, Tectonic and metamor­ stract]. magmatic evolution of the Sloan Peak phic evolution of the Nonh Cascades­ Haugerud, R. A.; Miller, R. B.; Tabor, R. area, Nonh Cascades, Washington. An overview. W.; Phillips, W. M., 1991, Ross Lake Longtine, M. W.; Walker, N. W., 1990, Ev­ Monger, J. W. H.; Price, R. A., 1979, fault near Gabriel Peak, nonh Cascades idence for Late Cretaceous N-S dextral Geodynamic evolution of the Canadian Range, Washington [abstract]. shear in the west-central crystalline Cordillera-Progrc11 and problems. Haugerud, R. A.; Tabor, R. W.; Stacey, J. S.; core, Nonh Cascades, Washington (ab­ Muffler, L. J.P., 1990, Introduction to spe­ Van der Heyden, Peter, 1988, What is in stract]. cial section on the geological, geophys­ the core of the Nonh Cascades, Wash­ Magloughlin, J. F., 1989, New perspectives ical, and tectonic setting of the Cascade ington?-A new look at the structure on the deformational history of the Range. and metamorphic history of the Skagit Nason Terrane and the White River Potter, C. J ., 1989, Structure of the nonhern Gneiss of Misch (1966) [abstract]. shear zone [abstract]. part of the Okanogan Complex, nonh­ Holden, J. C., 1980, A shifting Banh, a fiery Magloughlin, J. F., 1990, Late-metamor­ central Washington [abstract]. mountain. phic non-coaxial regional deforma­ Reller, G. J., 1986, Structure and petrology Hopkins, W. N., 1987, Geology of the tion-Evidence for Cretaceous tectonic of the Deer Peaks area, western Nonh Newby Group and adjacent units in the unroofing of the Nason terrane? [ab­ Cascades, Washington. southern Methow trough, nonheast Cas­ stract]. Rubin, C. M.; Saleeby, J. B.; Cowan, D.S.; cades, Washington. Magloughlin, J. F., 1990, The Rock Laite Brandon, M. T.; McGroder, M. F., 1989, Hurban, G. K., 1991, Fabric study and shear zone-A panial solution to the Regionally extensive mid-Cretaceous structural history of deformed plutonic geologic split personality of the Nason west-vergent thrust system in the nonh­ and metamorphic rocks in the Holden terrane (abstract]. western Cordillera-Implications for area, Nonh Cascades, Washington. Magloughlin, J. F.; McEwan, R. F., 1988, continent-margin tectonism. Hurban, G. K.; Talbot, J. L, 1990, Middle The White River shear zone-A major Sanford, W. E., 1986, Detailed three-dimen­ to Late Cretaceous change from con­ Nonh Cascades tcrrane boundary and sional structure of the deep crust in the tractional to strike-parallel shear defor­ compressional structure (abstract]. U.S. Cordillera in nonh-central Wash­ mation in the Holden .area, Nonh Cas­ McGroder, M. F., 1988, Structural evolu­ ington based on COCORP data. cades, Washington [abstract]. tion of the eastern Cascades foldbclt­ Sanford, W. E.; Potter, C. J.; Oliver, J. E., Hurlow, H. A., 1989, Polyphase kinematic Implications for late Mesozoic accre­ 1988, Detailed threc-dimensional struc­ history of the Paaayten fault in Washing­ tionary tectonics in the Pacific Nonh­ . ture of the deep crust based on COCORP ton-Preliminary repon [abstract]. west. • data in the Cordilleran interior, nonh­ Hurlow, H. A.; Nelson, B. K., 1991, Late McGroder, M. F., 1989, Elements of the central Washington. Cretaceous-Eocene dextral transpre1- Cascades 'collisional' orogen-Intro­ Sevigny, J. H.; Brown, E. H., 1989, Geo­ sion in the Nonh Cascades metamorphic duction to a transect from the Methow chemistry and tectonic interpretation of core, Washington-Structural styles, U­ Basin to the San Juan Islands, Washing­ some metavolcanic rock units of the Pb chronologic constraints, and relation ton. western Nonh Cascades, Washington. to plate motions [abstract]. McGroder, M. F., 1989, Structural geome­ Smith, M. T., 1988, Deformational geome­ Irving, E., 1989, Towards an answer to try and kinematic evolution of the try and tectonic significance of a ponion Beck's question (abstract). eastern Cascades foldbclt, Washington of the Chilliwaclt Group, nonhwestern Kriens, B. J., 1988, Tectonic evolution of and British Columbia. Cascades, Washington. the Ross Lake area, nonhwest Washing­ McGroder, M. F., 1989, Where docs the Stanley, W. D.; Fuis, G. S.; Mooney, W. D., ton-southwest British Columbia.• Shultsan thrust root? [abstract]. 1989, Details of crustal structure in the Kriens, B. J., 1990, The Sltagit-Methow McGroder, M. F., 1991, Reconciliation of Cascade Range and surrounding regions venical crustal section, Nonh Cascades, two-sided thrusting, burial metamor­ from seismic and magnetotelluric data. Washington-A relatively intact section phism, and diachronous uplift in the Stanley, W. D.; Mooney, W. D.; Fuis, G. S., (abstract]. Cascades of Washington and British Co­ 1989, Model of the midcrust in the Cas­ Kriens, B. J., 1991, Constraints on mid-Cre­ lumbia. cade Range region from seismic and taceous thrust displacements in NW Miller, M. G., 1988, Possible pre-Cenozoic magnetotelluric data [abstract]. Washington based on identification of a left-lateral slip on the Yalaltom fault, Stanley, W. D.; Mooney, W. D.; Fuis, G. S., foredeep in the Methow region (ab­ southwestern British Columbia. 1990, Deep cruttal structure of the Cas­ stract]. Miller, R. B., 1988, Possible role of ductile cade Range and surrounding regions Kriens, B. J.; Werniclte, B. P., 1990, Char­ shear zones in linking overstepping from seismic refraction and magneto­ acteristics of a continental margin mag- telluric data. l 236 STRUCTURAL GEOLOGY AND TECTONICS OPEN FILE REPORT 92-2

Tabor, R. W.; Haugerud, R. A.; Brown, E. and implications for mechanical models Roden, M. K.; Brandon, M. T., 1990, Apa­ H.; Babcock, R. S.; Miller, R. B., 1989, of accretionary prisms [abstract]. tite fission-track thermochronology of Accreted terranes of the North Cascades Brandon, M. T., 1990, Exhumation of young the Olympic subduction complex, Wash­ Range, Washington--Spokane to Seat­ metamorphic rocks in the Olympic sub­ ington [abstract]. tle, Washington July 21-29, 1989. duction complex, NW Washington State Savage, J. C.; Lisowski, Michael, 1991, Talbot, J. L.; Hurban, G. K., 1990, Transi­ [abstract]. Strain measurements and the potential tion from orogen-normal contraction to Brandon, M. T.; Calderwood, A. R., 1990, for a great subduction earthquake off lhe orogen-parallel shear in the Cascade High-pressure metamorphism and uplift coast of Washington.• core, WA, and the southern Coast Plu­ of the Olympic subduction complex.• Yorath, C. J.; Davis, E. E., 1988, Cenozoic tonic Complex, BC [abstract]. Cady, W. M.; Tabor, R. W., 1972, plympic accretion history of the Vancouver Is­ Walker, N. W.; Brown, E. H., 1990, Zircon Peninsula in the light of plate te,i::tonics land continental margin [abstract]. U/Pb geochronometry of mid-Creta­ [abstract]. • Yorath, C. J.; Massey, N. W. D., 1989, Ter­ ceous plutonic rocks in the western crys­ Calderwood, A. R., 1991, The uplift of sub­ tiary accretion history of the Vancouver talline core, North Cascades, Washing­ duction complexes; Constraints from Island continental margin [abstract]. ton-Implications for timing and nature the Cascadia convergent margin [ab­ STRUCTURAL GEOLOGY AND of orogenesis [abstract]. stract].• TECTONICS - WASfflNGTON Weaver, C. S., 1988, Geometry of the Juan Calderwood, A. R.; Brandon, M. T., 1990, de Fuca plate from 1ei1micity and seg­ Structure and tectonics of the Olympic PACIFIC COAST AND mentation of the Cascade Range based Mountains subduction complex, Casca­ CONTINENTAL MARGIN on the distribution of volcanic vents. dia convergent margin [abstract]. Atwater, B. F., 1987, Coastal-wetland re­ Weaver, C. S., 1989, What controls the seg­ Calven, A. J.; Clowes, R. M., 1990, Deep, cord of great Holocene earthquakes in mentation of the Cascade volcanic arc? high-amplitude reflections from a major Washington [abstract]. -(abstract]. shear zone above the subducting Juan de Atwater, B. F., 1988, Comment and reply on Weaver, C. S.; Guffanti, Marianne, 1990, Fuca plate. "Coastline uplift in Oregon and Wash­ The fabric of late Cenozoic volcanism in Chiao, L.-Y.; Creager, K. C.; Boyd, T. M., ington and lhe nature of Cascadia sub­ the Cascade Range, Mount Rainier to 1989, Membrane and bending strains as­ duction-zone tectonics"; CommenL Mount Hood--Crustal blocks, crustal sociated with subduction of the Casca­ Cochrane, G. R.; Lewis, B. T. R.; McClain, tectonics and subduction zone consider­ dia slab [abstract]. K. J., 1988, Structure and subduction ations [abstract]. Einanen, J. M., 1987, The petrography and processes along the Oregon-Washing­ Wells, R. E., 1990, Paleomagnetic rotations tectonic significance of the Blue Moun­ ton margin. and the Cenozoic tectonics of the Cas­ tain unit, Olympic Peninsula, Washing­ Finn, Carol, 1990, Geophysical constraints cade arc, Washington, Oregon, and Cal­ ton. on Washington convergent margin struc­ ifornia.• England, T. D. J.; Calon, T. J., 1991, The ture. Whitney, D. L., 1989, Geobarometry of the Cowichan fold and thrust system, Van­ Kulm, L. D.; Embley, R. W., 1988, Nature Skagit Gneiss, Nonh Cascades-Tec­ couver Island, southwestern British Co­ of lhe deformation front along lhe Ore­ tonic implications [abstract]. lumbia. gon-Washington subduction zone. Whitney, D. L; McGroder, M. F., 1989, Green, A. G.; Clowes, R. M.; Ellis, R. M., Kulm, L. D.; Yeats, R. S., 1990, Cascadia Cretaceous crustal section through the 1990, Crustal studies across Vancouver subduction zone-Neotectonics of lhe proposed Insular-Intermontane suture, Island and adjacent offshore margin. accretionary wedge and adjacent abys­ north Cascades, Washington. Kerr, R. A., 1991, Big squeeze points to a sal plain off Oregon and Washington. Zollweg, J. E.; Johnson, P. A., 1989, The big quake. Kulm, L. D.; Yeats, R. S.; Goldfinger, Darrington seismic zone of northwest­ Lisowski, Michael; Prescott, W. H., 1990, Chris, 1990, Cascadia subduction em Washington. Crustal deformation networks moni­ zone-Neotectonics of lhe accretionary STRUCTURAL GEOLOGY AND tored with OPS by the U.S. Geological wedge and adjacent abyssal plain off TECTONICS - WASfflNGTON - Survey [abstract]. Oregon and Washington. OLYMPIC PENINSULA Lisowski, Michael; Savage, J.C.; Prescott, Kulm, L. D.; Yeats, R. S.; Goldfinger, W. H.; Dragen, Herb, 1987, Strain accu­ Chris, 1991, Accretionary wedge and Applegate, J. D.R., 1989, An upper plate mulation across the Strait of Juan de adjacent abyssal plain off Oregon and origin for basalt blocks in the Cenozoic Fuca and in the Olympic Mountains, Washington. subduction complex of the Olympic Washington [abstract]. West, D. 0., 1989, Coastal terraces and sub­ Mountains, northwest Washington Lisowski, Michael; Savage, J. C.; Prescott, duction earthquakes. State. W. H.; King, N. E., 1990, Crustal strain. West, D. O.; Mccrumb, D.R., 1988, Com­ Applegate, J. D.R.; Brandon, M. T., 1989, Lisowski, Michael; Savage, J. C.; Prescott, ment and reply on "Coastline uplift in An upper plate origin for basalt blocks W. H.; King, N. E.; Svare, J. L, 1991, Oregon and Washington and the nature in the Cenozoic subduction complex of Crustal strain. . of Cascadia subduction-zone tectonics"; the Olympic Mountains, northwest Reply. Washington State [abstract]. Ma, Li, 1988, Regional tectonic stress in western Washington from focal mecha­ Babcock, R. S.; Engebretson, D. C., 1991, STRUCTURAL GEOLOGY AND nisms of crustal and subcrustal earth­ Kula-Farallon-North America plate in­ TECTONICS - WASfflNGTON - quakes. teractions and basalt extrusion in the PUGET LOWLAND Oregon-Washington Coast Range [ab­ Monger, J. W. H., 1990, Regional structural setting of Vancouver, British Columbia Bucknam, R. C., 1990, Puget Sound paleo­ stract]. [abstract]. seismicity. Bogan, LE.; Reiddy, LA., 1987, Impon­ Nyland, E.; Li, Quin, 1986, Analysis of Bustin, R. M., 1990, Stratigraphy, sedimen­ ance of fault mapping to mineral/geo­ seismic instability of the Vancouver tology, and petroleum source rock po­ thermal exploration-Relationship to Is­ land UTHOPROBE transect. tential of lhe Georgia Basin, southwest fluid migration and ore formation­ British Columbia and nonhwest Wash­ Paterson, S. R.; Brandon, M. T., 1990, The Nonhwest Washington. ington State. significance of strains associated with Boyer, S. E.; Lingley, W. S., Jr., 1991, cleavage development in lhe Olympic Structure and kinematics of the Olympic Mountains, Washington [abstract]. subduction complex, NW Washington, l INDEX SUBSIDENCE AND UPLIFT 237

Chiao, L.-Y.; Creager, K. C.; Boyd, T. M., Shuksan blueschist terrane, northwest­ De Young, E. J.; Oark, J. A., 1990, Glacio­ 1989, Membrane and bending strains as­ em Washington. isostatic deformation caused by the Cor­ sociated with subduction of the Casca­ Maekawa, Hirokazu; Brown, E. H., 1991, dilleran ice sheet as an indicator of man­ dia slab [abstract]. Kinematic analysis of the San Juan tle viscosity in British Columbia [ab- Crosson, R. S., 1988, Seismic hazard from thrust system, Washington.• stract]. · intraplate earthquakes in the Puget Palumbo, G. T. X.; Brandon, M. T., 1990, Holdahl, S. R.; Faucher, Francois; Dragert, Sound region. Gravity modeling of the geometry of the Herb, 1987, Recent vertical crustal mo­ Crosson, R. S.; Owens, T. J., 1989, Testing frontal thrust to the Late Cretaceous San tion in the Pacific Northwest [abstract]. the arch model for slab geometry of the Juan nappes, NW Washington State [ab­ Riddihough, R. P., 1982, Contemporary ver­ Cascadia subduction zone in the vicinity stract]. tical movemenu and tectonics on Can· of Puget Sound, Washington [abstract]. STRUCTURAL GEOLOGY AND ada's west coast [abstract]. Hamilton, T. S.; Monger, J. W. H., 1990, SUBSIDENCE AND UPLIFT - Georgia Basin-Regional geology, tec­ TECTONICS - WASHINGTON tonics and hydrocarbon potential [ab­ SOUTHWESTERN PACIFIC COAST - stract]. WASHINGTON CALIFORNIA Harding, S. T., 1989, Investigation of seis­ Bourgeois, Joanne; Reinhart, M.A., 1989, Atwater, B. F., 1991, Holocene paleoseis­ mic-wave propagation for determina­ Sedimentological analysis of postulated mology, western Washington. tion of crustal structure.• uunami-generated deposits from great­ Berger, G. W.; Burke, R. M.; Carver, G. A.; Harding, S. T.; Urban, T. C.; Barnhard, T. subduction earthquakes along Wash­ Easterbrook, D. J., 1988, Thermolumi­ P., 1988, Preliminary evidence of possi­ ington's outer coast. nescence analyses and paleomagnetic ble Quaternary faulting in Puget Sound, Tabor, R. W., 1986, Changing concepts of signatures-Techniques for establishing Washington, from a multichannel ma­ geologic structure and the problem of numerical age estimates on tectonically rine seismic reflection survey. siting nuclear reactors-Examples from deformed marine terraces, northern Cal· Harding, S. T.; Urban, T. C.; Diment, W. H., Washington State. ifomia [abstract]. 1988, Evidence of recent tectonic defor­ Washington Public Power Supply System, Berger, G. W.; Easterbrook, D. J., 1988, mation in Puget Sound from seismic-re­ 1988, Cascadia subduction zone-An Dating marine terrace deformation north flection profiles [abstract]. evaluation of the earthquake potential of the Mendocino triple junction.• Lisowski, Michael; Prescott, W. H., 1990, and implications to WNP-3; Washington Carver, G. A., 1989, Paleo1ei1micity of the Crustal deformation networks moni­ Public Power Supply System response southern part of the Cascadia subduction tored with GPS by the U.S. Geological to NRC questions 230.1 and 230.2. zone [abstract]. Survey [abstract]. STRUCTURAL GEOLOGY AND Carver, G. A., 1991, Active subduction tec­ Ma, Li, 1988, Regional tectonic stress in TECTONICS - WASHINGTON - tonics north of the Mendocino triple western Washington from focal mecha­ junction, northwestern California [ab­ nisms of crustal and subcrustal earth­ STRAIT OF JUAN DE FUCA stract].• quakes. Lisowski, Michael; Savage, J.C.; Prescou, Carver, G. A.; Vick, G. S.; Burke, R. M., Monger, J. W. H., 1991, Continent-ocean W. H.; Dragen, Herb, 1987, Strain accu­ 1989, Late Holocene paleoseismicity of interactions built Vancouver's founda­ mulation across the Strait of Juan de the Gorda segment of the Cascadia sub­ tions. Fuca and in the Olympic Mountains, duction zone [abstract]. Muller, J. E., 1977, Evolution of the Pacific Washington [abstract]. Lajoie, K. R., 1986, Rapid tectonic uplift margin, Vancouver Island, and adjacent SUBSIDENCE AND UPLIFT - near the Mendocino triple junction re­ regions. PACIFIC COAST [REGIONAL] corded by emergent marine strandlines [abstract]. Mustard, P. S.; Monger, J. W. H., 1991, Atwater, B. F., 1988, Probable local prece- Merritu, Dorothy, 1986, Late Quaternary Upper Cretaceous-Teniary Georgia dent for earthquakes of magnitude 8 or tectonism in coastal northern Califor­ Basin, British Columbia-Forearc or 9 in the Pacific Northwest. nia-A geomorphic approach [abstract]. foreland? (abstract]. Grant, W. C.; Atwater, B. F.; Carver, G. A.; Vick, G. S.; Carver, G. A., 1988, Late Holo­ Rogers, G. C., 1983, Seismotectonics of Darienzo, M. E.; Nelson, A. R.; Peter­ cene paleoseismicity, northern Hum­ British Columbia (abstract]. son, C. D.; Vick, G. S., 1989, Radiocar­ boldt Bay, California [abstract]. Zoback, M. L, 1990, Intraplate stress and bon dating of late Holocene coastal sub­ deformation.• sidence above the Cascadia subduction SUBSIDENCE AND UPLIFT - STRUCTURAL GEOLOGY AND zone-Compilation for Washington, PACIFIC COAST - OREGON TECTONICS - WASHINGTON - Oregon, and northern California [ab­ Atwater, B. F., 1988, Comment and reply on stract]. "Coastline uplift in Oregon and Wash­ SAN JUAN ISLANDS Holdahl, S. R.; Faucher, Francois; Dragert, Bogue, S. W.; Cowan, D. S.; Garver, J. I., ington and the nature of Cascadia sub­ Herb, 1989, Contemporary venical duction-zone tectonics"; CommenL 1989, Paleomagnetic evidence for crustal motion in the Pacific Northwest. poleward transport of Upper Jurassic Darienzo, M. E., 1989, Evidence for and West, D. 0., 1989, Coastal terraces and sub­ implications of small-scale (m) tectonic rocks in the Decatur terrane, San Juan duction earthquakes. Islands, Wa_shington. subsidence in salt marshes of Ahea Bay, West, D. O.; McCrumb, D. R.; Kiel, W. A., Oregon, central Cascadia margin [ab­ Brandon, M. T.; Cowan, D. S.; Vance, J. A., 1987, Geomorphology, convergent mar­ stract]. 1988, The Late Cretaceous San Juan gins and earthquakes. thrust system, San Juan Islands, Wash­ Darienzo, M. E.; Peterson, C. D., 1987, Ep­ ington. SUBSIDENCE AND UPLIFT - isodic tectonic subsidence recorded in late-Holocene salt-marshes, northwest Cowan, D. S.; Brandon, M. T., 1990, New PACIFIC COAST - BRITISH Oregon [abstract]. techniques for determining the slip di­ COLUMBIA rection in brittle fault zones-An appli­ Darienzo, M. E.; Peterson, C. D., 1988, In­ Brandon, M. T.; Davis, B. B.; Dragen, Herb; vestigation of nit marsh stratigraphic cation to the Late Cretaceous nappes of Hudson, R. D., 1987, The potential for the San Juan Islands, WA [abstract]. response to climatic, oceanographic and geodetic monitoring of aseismic slip at tectonic-subsidence forcing processes Gallagher, M. P.; Brown, E. H.; Walker, N. the surface trace of the Vancouve1 bland in the Pacific Northwest region. W., 1988, A new structural and tectonic subduction thrust [abstract], interpretation of the western part of the 238 SUBSIDENCE AND UPLIFf OPEN FILE REPORT 92-2

Darienzo, M. E.; Pctenon, C. D., 1990, Ep· Quaternary deformation in the Cascadia Atwater, B. F., 1990, Holocene palcoscis­ isodic tectonic subsidence of late Holo­ subduction zone, coastal Oregon.• mology of coastal Washington State. cene salt marshes, northern Oregon cen­ Peterson, C. D., 1989, Mcgathrust and Atwater, B. F., 1991, Holocene palcoscis­ tral Cascadia margin. upper-plate palcoscismicity of the mology, western Washington. Darienzo, M. E.; Peterson, C. D., 1990, Ev­ southern Cascadia margin. Atwater, B. F.; Stuivcr, Minzc, 1991, Pre­ idence for and implications of small­ Peterson, C. D.; Darienzo, M. E., 1988, Dis­ cise 14C ages for sudden Holocene sub­ scale (m) tectonic subsidence in salt crimination of flood, storm and tectonic mergence in Washington (abstract]. marshes of Alsca Bay, Oregon, central events in coastal marsh records of the Atwater, B. F.; Yamaguchi, D. K., 1991, Cascadia margin (abstract]. southern Cascadia margin (abstract]. Sudden, probably coseismic submer­ Darienzo, M. E.; Peterson, C. D., 1990, In­ Peterson, C. D.; Darienzo, M. E., 1988, Ep­ gence of Holocene trees and grass in vestigation of coastal ncotcctonics and isodic tectonic subsidence of late Holo­ coastal Washington State.• palcoscismicity of the southern Casca­ cene salt marshes in Orcgon--Clear ev­ Bourgeois, Joanne; Rcinhan, M. A.; Camp· dia margin as recorded in coastal marsh idence of abrupt strain release and grad­ bell, K. A., 1991, Evidence for co-seis­ systems. ual strain accumulation in the southern mic subsidence and tsunamis, (Mio-) Grant, W. C., 1988, Evidence for late Holo­ Cascadia margin during the last 3,500 Pliocene Quinault Formation, coastal cene subduction earthquakes recorded years.• Washington, USA (abstract]. in tidal marsh deposits along the Neh­ Peterson, C. D.; Darienzo, M. E., 1989, Ep­ Hemphill-Haley, Eileen, 1989, Investiga­ alem and Salmon Rivera, nonhcrn Ore­ isodic, abrupt tectonic subsidence re­ tion into the use of estuarine microfossil gon (abstract]. corded in late Holocene deposits of the zones for determining amounts of co­ Grant, W. C., 1989, More evidence from South Slough syncline-An on-land ex­ sci smic subsidence in southwestern tidal-marsh stratigraphy for multiple pression of shelf fold belt deformation Washington (abstract]. late Holocene subduction earthquakes from the southern Cascadia margin (ab­ Holdahl, S. R.; Faucher, Francois; Dragcn, along the northern Oregon coast (ab­ stract]. Herb, 1987, Recent venical crustal mo­ stract]. Peterson, C. D.; Darienzo, M. E., 1990, Ev­ tion in the Pacific Northwest (abstract]. Kelsey, H. M., 1990, Late Quaternary defor­ idence of subduction zone palcoseis­ McCrory, P.A., 1990, Active margin tecton­ mation of marine terraces on the Casca­ micity from the central Oregon mar­ ics, Pacific Northwest region. dia subduction zone near Cape Blanco, gin-Alsea Bay, Oregon (abstract]. Peterson, C. D.; Darienzo, M. E., 1989, Po­ Oregon. Peterson, C. D.; Darienzo, M. E.; Parker, tential evidence of subduction zone tec­ Mclnclly, G. W., 1989, Holocene and late­ M., 1988, Coastal ncotcctonic field trip tonics from stacked peat horizons in late Pleistocene tectonic deformation in the guide for Netaru Bay, Oregon. Pleistocene coastal terraces of the north· Cape Arago-Bandon region of coastal Rhea, Susan, 1988, Fluvial morphology of cm Cascadia margin (abstract]. Oregon as deduced from marine wave­ the Oregon coast. Phipps, J. B.; Pctenon, C. D., 1989, Gen­ cut platforms. Weldon, Ray; Humphreys, E. D., 1991, eral submergence of Grays Harbor, Mclnclly, G. W.; Kelsey, H. M., 1990, Late Crustal deformation of western Oregon. Washington during the Holocene (ab­ Quaternary tectonic deformation in the West, D. O.; McCrumb, D.R., 1988, Com­ stract]. Cape Arago-Bandon region of coastal ment and reply on "Coastline uplift in Shipman, Hugh, 1989, Venical land move­ Oregon as deduced from wave-cut plat­ Oregon and Washington and the nature ments in coastal Washington-Impli­ forms. of Cascadia subduction-zone tectonics"; cations for relative sea level changes.• Mclnclly, G. W.; Kelsey, H. M.; Nelson, A. Reply. West, D. O.; McCrumb, D.R., 1988, Com­ R., 1989, Late Pleistocene and Holocene Yamaguchi, D. K., 1991, Use of ring pat­ ment and reply on "Coastline uplift in tectonic deformation of the Whiskey terns in buried spruce stumps to test for Oregon and Washington and the nature Run wave-cut platform in the Cape sudden synchronous submergence of the of Cascadia subduction-zone tectonics"; Arago-Coos Bay area, coastal Oregon Washington and Oregon coasts 300 Reply. (abstract]. years B.P. Yamaguchi, D. K., 1991, Use of ring pat­ Muhs, D. R.; Kelsey, H. M.; Miller, G. H.; Yamaguchi, D. K.; Woodhouse, C. A.; Reid, terns in buried spruce stumps to test for Kennedy, G. L.; Whclan,J. F.; Mclnclly, M. S., 1989, Tree-ring dating of late sudden synchronous submergence of the G. W., 1990, Age estimates and uplift Holocene subsidence along the Wash­ Washington and Oregon coasts 300 rates for late Pleistocene marine tcr· ington and Oregon coasts-A progress years B.P. raccs--Southcrn Oregon ponion of the repon. Yamaguchi, D. K.; Woodhouse, C. A.; Reid, Cascadia forcarc. SUBSIDENCE AND UPLIFT M. S., 1989, Tree-ring dating of late Nelson, A. R., 1987, Apparent gradual rise Holocene subsidence along the Wash­ in relative sea level on the south-central PACIFIC COAST - ington and Oregon coasts-A progress Oregon coast during the late Holo­ WASHINGTON report. cene-Implications for the great Casca­ Atwater, B. F., 1987, Coastal-wetland re­ Yamaguchi, D. K.; Woodhouse, C. A.; Reid, dia earthquake hypothesis (abstract]. cord of great Holocene earthquakes in M. S., 1989, Tree-ring evidence for syn­ Nelson, A. R., 1987, Earthquake recurrence Washington (abstract]. chronous rapid submergence of the and Quaternary deformation on the Cas­ Atwater, B. F., 1988, Comment and reply on southwestern Washington coast 300 cadia subduction zonc--Coastal Ore­ "Coastline uplift in Oregon and Wash­ years B.P. (abstract]. gon. ington and the nature of Cascadia sub­ Nelson, A. R., 1988, Implications of late duction-zone tectonics"; CommenL SUBSIDENCE AND UPLIFT - Holocene salt-marsh stratigraphy for Atwater, B. F., 1988, Evidence for great PUGET LOWLAND earthquake recurrence along the coast of Holocene earthquakes along the outer Bucknam, R. C., 1991, Puget Sound palco­ south-central Oregon.• coast of Washington State. scismicity. • Nelson, A. R.; Pcnonius, S. F., 1991, Earth­ Atwater, B. F., 1988, Summary, as of 2 April Bucknam, R. C.; Barnhard, T. P., 1990, Ev­ quake recurrence and Quaternary defor­ 1987, of radiocarbon ages on episodes of idence of sudden late Holocene uplift in mation in the Cascadia subduction zone, rapid coastal subsidence in westernmost the central Puget Lowland, Washington coastal Oregon. Washington State. (abstract].• Nelson, A. R.; Personius, S. F.; Rhea, Atwater, B. F., 1990, Geologic studies for Susan, 1990, Earthquake recurrence and seismic zonation of the Puget Sound lowland.• l INDEX THURSTON CO., WASH. 239

De Young, E. J.; Oark, J. A., 1990, Glacio­ Washington Surveying and Rating Bureau, GEOPHYSICS - THERMAL SUR­ iaostatic deformation caused by the Cor­ 1966, Tacoma, Washington eanhquakc VEYS dilleran ice sheet as an indicator of man­ map, showing general areas of filled or Thermoluminescence dating, Htl unstable ground. tle viscosity in British Columbia [ab­ GEOCHRONOLOGY - stract). West, L. M.; Noble, J. B., 1989, Hydro­ THERMOLUMINESCENCE DATING SUBSIDENCE AND UPLIFT - stratigraphy of the Clover/Chambers Creek basin, Pierce County, Washington. THESIS BIBLIOGRAPHY TERRESTRIAL TECHNOLOGY TRANSFER Manson, C. J., compiler, 1991, Geologic Brandon, M. T.; Calderwood, A. R., 1990, and geophysical mapping of Washing­ High-pressure metamorphism and uplift Kockclman, W. J., 1989, Reducing eanh­ ton, 1984 through 1990, and, Theses on of the Olympic subduction complex.• quakc hazards in Oregon and Washing­ the geology of Washington, 1984 Calderwood, A. R., 1991, The uplift of sub­ ton-An introduction to the five compo­ through 1990. • duction complexes; Constraints from nents necessary for effective hazard re­ the Cascadia convergent margin (ab­ duction. THURSTON CO., WASH. stract].• Tephrochronology, see Bennett, L. C., Jr.; Bostrom, R. C.; Burk, R.; Dragen, Herb, 1987, Contemporary crustal GEOCHRONOLOGY - Carver, G. A.; Coombs, H. A.; Frost, B. deformation measurements on central TEPHROCHRONOLOGY R.; Hales, P. O.; Johnson, D.; Leo, R.; Vancouver Island. (abstract). Markham, D.; and others, 1972, Nisqu­ Dragen, Herb, 1987, The fall (and rise) of TERRACES ally delta-A rcpon (abstract). central Vancouver Island-1930-198S. 8tut abo PACIFIC COAST - Berg, A. W., 1989, Formation of Mima McGroder, M. F., 1991, Reconciliation of TERRACES mounds-A seismic hypothesis.• two-sided thrusting, burial metamor­ Dcthicr, D. P., 1988, The soil chronosc­ Berg, A. W., 1991, Comment and reply on phism, and diachronous uplift in the quence along the Cowlitz River, Wash~ "Formation of Mima mounds-A seis­ Cascades of Washington and British Co­ ington. mic hypothesis"; Reply.• lumbia. Personius, S. F., 1988, Fluvial terraces in Bodle, T. R., 1990, The relation of eanh­ Murphy, T. M.; Niem, A. R., 1982, Tectonic the Oregon Coast Range-Preliminary quakc intensity to surface geology and and paleoenvironmental significance assessment as indicators of Quaternary elevation in western Washington State.• and magnetic-geochemical stratigraphy deformation. Buchana11-Banks,J. M., 1989,Dcpthto bed· of the Columbia River basalt at the mid­ TERTIARY rock map in the greater Tacoma area, dle Miocene shoreline, northwestern Washington. Oregon Coast Range (abstract]. Evans, J. E., 1986, Influence of syn­ Coombs, H. A., 1989, The Nisqually pro­ depositional tectonics on fluvial facies Priest, G. R., 1989, Model for volcanic arc jects-La Grande and Alder Dams. in a Tertiary wrench-fault basin, Chum­ migration and uplift in the Cascades [ab­ Cox, G. W., 1990, Comment and reply on stick Formation, Cascades Range, Wash­ stract]. "Formation of Mima mounds-A seis­ ington (abstract). Rhea, Susan, 1988, Differential Quaternary mic hypothesis"; Comment. Heller, P. L., 1984, Tectonic rotation and uplift of the western Oregon Coast Denby, G. M.; Bangash, A. A.; Brigham, I. basin development during mid-Tertiary Range indicated by river gradient and E.; Fragazsy, R. J., 1989, Field test to extension in the Pacific Nonhwest (ab­ river valley shape. evaluate load transfer for soil anchors. stract). Smith, G. A.; Vincent, K. R.; Snee, L. W., Fajfar, Peter; Vidic, Tomaz; Fischingcr, Iurdy, D. M.; Stefanick, Michael, 1986, Er· 1989, An isostatic model for basin for­ Matcj, 1990, A measure of eanhquakc rors in plate reconstruction ( abstract]. mation in and adjacent to the central motion capacity to damage medium-pc· Oregon High Cascade Range. Miller, P.R., 1984, Mid Tertiary history of riod structures. the Oregon western Cascades (abstract). Walsh, T. J.; Logan, R. L., 1989, Land sub­ Galster, R. W.; Trantham, C. I., 1989, Skoo­ sidence in Washington. Ryberg, P. T., 1984, Structural influence on kumchuck Dam. early Tertiary sedimentary basin geome­ Hecht, Jeff, 1990, Eanhquakcs leave loose TACOMA, WASH. (Pierce Co.) try, southwestern Oregon (abstract]. material all shook up. Stock, Joann; Molnar, Peter, 1986, Quanti­ Baier, T. L., 1990, Spatial analysis of the Johnson, A. C., 1991, Effects oflandslidc­ fied unccnaintics the relative posi­ public's attitudes and behaviors toward dam-break floods on channel morphol­ tions of the Pacific, Farallon, Kula, and the eanhquake hazard in Tacoma and ogy. Puyallup, Washington. Nonh American plates in the Tertiary (abstract]. King, K. W.; Tarr, A. C., 1989, Urban haz­ Buchanan-Banka,J. M., 1990, Depth to bed­ ards seismic field investigations and the Yorath, C. J.; Massey, N. W. D., 1989, Tcr· rock map in the greater Tacoma area, study of the effects of lite geology on tiary accretion history of the Vancouver Washington.• ground shaking.• Island continental margin [abstract]. Herman, L. J., 1989, Chambers Creek tun­ King, K. W.; Tarr, A. C.; Carver, D. L; nel dcwatering and impact on ground­ Thematic mapper surveys, s1111 Williams, R. A.; Worley, D. M., 1988, water users near Tacoma. GEOPHYSICS - THEMATIC Geophysical studies in suppon of seis­ Medak, Alan, 1990, Lifeline panel #3. MAPPER SURVEYS mic hazards assessment of Seattle and Mikkelsen, P. E., 1989, Geotcchnical mon­ Thermal surveys, Olympia, Washington. itoring during construction of two high· 81111 King, K. W.; Tarr, A. C.; Carver, D. L; way embankments on soft ground in Ta­ GEOPHYSICS - THERMAL SURVEYS Williams, R. A.; Worley, D. M., 1990, coma. GEOTHERMAL RESOURCES Seismic ground-response studies in Ricke, R. D.; Crowscr, J.C., 1987, Intcrprc· Olympia, Washington, and vicinity. talion of pile load test considering resid­ MARINE GEOLOGY - GEOPHYSICS - THERMAL SURVEYS aad Liu, T.-K., 1980, A spectral density and re­ ual stresses. GEOTHERMAL RESOURCES sponse spectra analysis of some eanh­ Trotman, Kenneth, 1989, Hydrogcologic in­ quakc records. and also 81111 subdivision vestigation of _the Reichhold Chemicals, Manson, C. J., compiler, 1990, Bibliog­ Inc., facility in Tacoma, Washington. GEOPHYSICS -THERMAL SURVEYS under specific regions, raphy of the geology and mineral re­ University of Puget Sound Geology Depan­ e.g., BRITISH COLUMBIA- sources of Thunton County, Washing· mcnt, 1983, Geology of Owens Beach­ ton. Fifth annual field trip, May 14, 1983. 240 TOMOGRAPHY OPEN FILE REPORT 92-2

Pringle, P. T., 1990, The Ni1qually landslide Rasmussen, J. R., 1989, The seismic P­ Hebenstreit, G. T.; Murty, T. S., 1989, Tsu­ of September 1990. wavc velocity structure of the upper nami amplitudes from local earthquakes Pringle, R. F., 1990, Soil survey of Thurston mantle beneath Washington and western in the Pacific Northwest region of North County, Washington. Oregon. America; Pan 1-Thc outer coast. Saucier, R. T., 1991, Commcntand reply on Rasmussen, J. R.; Humphreys, E. DO 1988, Hebenstreit, G. T.; Preuss, Jane, 1988, Lou "Formation of Mirna mounds-A seis­ Tomographic image of the Juan de Fuca estimation methodology-Projecting mic hypothesis"; Comment. plate beneath Washington and western the risk from a tsunami generated by a Science News, 1990, Mysterious Mirna Oregon using telcscismic P-wavc travel Juan de Fuca plate earthquake. mounds--Scismic source?. times. Hebenstreit, G. T.; Preuss, Jane, 1989, Pro­ Tarr, A. C.; King, K. W., 1988, U.S. Geolog­ Rasmussen, J. R.; Humphreys, E. D., 1990, jecting risks from a tsunami generated in ical Survey begins seismic ground rc- Tomographic image of the upper mantle the Juan de Fuca region. 1pon sc experiments in Washington P-wavc velocity structure beneath Kozuch, M. J.; Lander, J. F., 1991, Historic State. Washington and western Oregon (ab­ tsunamis along the west coast of the Tinsley, J.C., 1988, Quaternary framework stract].• United States (abstract]. for earthquake 1tudie1, Los Angeles, White, D. J.; Clowes, R. M., 1989, 2D 1ei1- Lander, J. F.; Lockridge, P.A., 1989, United California. mic refraction tomography-Applica­ States tsunamis (including United States Tsukada, Matsuo; Schlichte, Ken, 1973, tion to the Juan de Fuca Ridge (ab­ po11e11ions), 1690-1988. Quaternary Research Center field trip, stract]. Murty, T. S.; Boilard, Lise, 1969, The tsu­ June 2, 1973. TOPOGRAPHY nami in Albcrni Inlet caused by the Alaska earthquake of March 1964. Washburn, A. L., 1988, Mirna mounds-An Bodle, T. R., 1990, The relation of earth­ evaluation of proposed origins with spe­ quake intensity to surface geology Murty, T. S.; Crean, P. B., 1986, Numerical cial reference to the Puget Lowland. and/or elevation in western Washington simulation of the tsunami of June 23, 1946 in British Columbia, Canada. Tidal marshes, Ille PACIFIC COAST - State (abstract]. MARSH STRATIGRAPHY and Crum, S. V., 1987, The mechanics of sub­ Murty, T. S.; Hebenstreit, G. T., 1989, Tsu­ SUBSIDENCE AND UPLIIIT duction 1.0ne topography-A study of nami amplitudes from local earthquakes age effect in the Pacific Northwest. in the Pacific Northwest region of North Tidal waves, Ille TSUNAMIS America, Pan 2-Strait of Georgia, Ungar, S. G.; Merry, C. J.; Irish, Richani; Juan de Fuca Strait, and Puget Sound. TOMOGRAPHY McKim, H. L.; Miller, M. S., 1988, Ex­ Achaucr, Ulrich; Evans, J. R.; Stauber, D. traction of topography from side-look­ Ng, M. K.-F.; LcBlond, P. H.; Murty, T. S., A., 1988, High-resolution seismic ing satellite systems-A case study with 1990, Simulation of tsunamis from great tomography of compreuional wave ve­ SPOT simulation data. earthquakes on the Cascadia subduction 1.0lle, locity structure at Newberry Volcano, Tree-ring dating, 1ee Oregon Cascade Range. Obee, Bruce, 1989, Tsunami! GEOCHRONOLOGY - Pattullo, J. G.; Burt, W. V.; Burdwell, G. B., Chiu, S. K. L.; Kanascwich, E. R.; Phadkc, DENDROCHRONOLOGY Suhas, 1986, Three-dimensional deter­ 1968, Tsunami on the Oregon coast from mination of structure and velocity by TSUNAMIS an earthquake near Japan. seismic tomography. Atwater, B. F., 1988, Probable local prece­ Preuss, Jane, 1988, Coastal effects of a Heam, Thomas; Bcghoul, Noureddinc; Bar­ dent for earthquakes of magnitude 8 or great subduction earthquake-Regional azangi, Muawia, 1991, Tomography of 9 in the Pacific Northwest. land use implications. the western United States from regional Bourgeois, Joanne, 1988, Sedimcntological Preuss, Jane; Hebenstreit, G. T., 1989, The arrival times. analysis of postulated tsunami-gener­ tsunami threat in the Pacific Northwest Lees, J.M., 1989, Seismic tomography in ated deposits from great-subduction under today's land use conditions. western Washington. earthquakes along Washington's outer Preuss, Jane; Hebenstreit, G. T., 1990, Inte­ Lees, J. M., 1990, Comparison of local coasL• grated hazard a11c11ment for a coastal tomographic P-wave velocity variations Bourgeois, Joanne; Reinhart, M.A., 1988, community--Gray1 Harbor, Washing­ in California and Washington-Can we Potentially damaging waves associated ton. image fault asperities? (abstract]. with earthquakes, coastal Washington. Reinhart, M.A.; Bourgeois, Joanne, 1989, Lees, J.M.; Crosson, R. S., 1989, Bayesian Bourgeois, Joanne; Reinhart, M. A., 1989, Tsunami favored over 1tonn or 1ciche ART venus conjugate gradient tomo­ Sedimentological analysis of postulated for sand deposit overlying buried Holo­ graphic imaging in application to delay tsunami-generated deposits from great­ cene peat, W"tllapa Bay, WA (abstract). times from local earthquakes in western subduction earthquakes along Washing­ Sokolowski, T. J.; Fuller, G. W.; Blackford, Washington (abstract].• ton'• outer coast.• M. E.; Jorgensen, W. J., 1983, The Alas­ Lees, J. M.; Crosson, R. S., 1989, Tomo­ Bourgeois, Joanne; Reinhart, M. A.; Camp­ ka Tsunami Warning Center'• automatic graphic inversion for three-dimensional bell, K. A., 1991, Evidence for co-seis­ earthquake processing 1y1tcm. velocity structure at Mount St. Helens mic subsidence and tsunamis, (Mio-) Thonen, G. W., 1989, Overview of earth­ using earthquake data. Pliocene Quinault Formation, coastal quake-induced water waves in Washing­ Lees, J.M.; Cro11on, R. S., 1990, Tomo­ Washington, USA (abstract]. ton and Oregon.• graphic imaging of local earthquake Bourgeois, Joanne; Reinhart, M. A.; Urban Regional Research, 1988, Planning delay times for three-dimensional veloc­ Wiberg, P. L., 1988, Sedimentologic ef­ for risk-Comprehensive planning for ity variation in western Washington.• fects of tsunamis-From 1ci1mogcnic to tsunami hazard areas. Lees, J.M.; VanDecar, J.C., 1989, Seismic impact-generated (abstract). White, W. R. H., 1966, The Alaska earth­ tomography constrained by Bougucr Heaton, T. H.; Snavely, P. D., Jr., I 985, repr. quake-Ill effect in Canada. gravity anomalies (abstract]. 1988, Po11ible tsunami along the north­ Witten, Don, 1984, Tsunami-A wave like Phadke, Suhas, 1988, Imaging crustal dif­ western coast of the United States in­ noothen. fraction 1.0nes and seismic tomography. ferred from Indian traditions. Tunnels, 1ee ENGINEERING GEOLOGY - Phadke, Suhas; Kanasewich, E. R., 1989, Hebenstreit, G. T., 1988, Projecting the risk TUNNELS AND PIPELINES Tomographic determination of crustal from a tsunami generated in the Juan de structure and velocity gradients (ab­ Fuca region. stract]. INDEX VOLCANOES AND VOLCANIC HAZARDS 241

TURBIDITES in volcanic rocks near Crater Lake, Ore­ Muller, J.E.; Armstrong, R. L.; Harakal, J. Adams, John, 1989, Turbiditea off the Ore­ gon, and their bearing on arc magma­ E.; Muehlenbacha, K.., 1982, The Neo­ gon-Washington margin record paleo­ tism. gene Alert Bay volcanic belt of northern earthquakes on the Caacadia subduction Blakely, R. J.; Jachens, R. C., 1990, Volcan­ Vancouver Island (abstract]. zone.• ism, isostatic residual gravity, and re­ Priest, G. R., 1989, Model for volcanic arc Adams, John, 1990, Paleoseismicity of the gional tectonic setting of the Cascade migration and uplift in the Cascades (ab­ Cascadia subduction zone-Evidence volcanic province.• stract]. from turbiditea off the Oregon-Wash­ Duncan, R. A.; Kulm, L. D., 1989, Plate Priest, G. R., 1990, Volcanic and tectonic ington margin. tectonic evolution of the Cascades arc­ evolution of the Cascade volcanic arc­ Nelson, C. H.; Lanen, M. C.; Thor, D. R.; subduction complex. Central Oregon.• Wright, A. A., 1980, Sedimentary his­ Ferrick, M. G.; Qamar, A. I.; St. Lawrence, Taylor, E. M., 1990, Volcanic history and tory of the floor of Crater Lake, Ore­ W. F., 1982, Source mechanism of vol­ tectonic development of the central gon-A restricted basin with non-chan­ canic tremor. High Cascade Range, Oregon.• neli:r.ed turbidites [abstract]. Green, N. L, 1980, Spatial coexistence of Verplanck, E. P.; Duncan, R. A., l 98S, Tem­ two distinct magmatic associations, poral geochemical variations in the Tuzo WIison Seamount, 11ec JUAN DE S.W. British Columbia-Implications Western Cascades and the effect of FUCA RIDGE - TUZO WILSON for subduction zone magma genesis [ab­ slowing convergence rate [abstract]. SEAMOUNT stract]. Weaver, C. S., 1988, Geometry of the Juan Uranium-lead dating, 11cc Guffanti, Marianne; Weaver, C. S., 1987, de Puca plate from seiamicity and seg­ GEOCHRONOLOGY - Late Cenozoic volcanism in the Pacific mentation of the Cascade Range baaed URANIUM-LEAD DATING Northwest-Cascade arc segmentation, on the distribution of volcanic vents. Vance Segment, /ICC JUAN DE FUCA subducting-plate geometry, and. basin­ Weaver, C. S., 1989, What controls the seg­ RIDGE - VANCE SEGMENT range extension [abstract]. mentation of the Cascade volcanic arc? Guffanti, Marianne; Weaver, C. S., 1988, (abstract]. Vancouver, B.C., IIH BRITISH Distribution of late Cenozoic volcanic Weaver, C. S., 1991, Geothermal seismotec­ COLUMBIA - VANCOUVER vents in the Cascade Range (USA)­ tonic studies. Vancouver Island, B.C., 11cc BRITISH Volcanic arc segmentation and regional Weaver, C. S.; Guffanti, Marianne, 1990, COLUMBIA - VANCOUVER ISLAND tectonic considerations. The fabric oflate Cenozoic volcanism in VANCOUVER, WASH. Gutmanis, J.C., 1989, Wrench faults, pull­ the Cascade Range, Mount Rainier to apart basins, and volcanism in central Mount Hood-Crustal blocks, crustal Jacksha, Jerry; Roth, L. H.; Harwood, Oregon-A new tectonic model based tectonics and subduction zone consider­ Allen, 1989, Subsurface conditions and on image interpretation. ations (abstract]. load testing for the Glenn Jackson Holden, J.C., 1980, A shifting Earth, a fiery Bridge (Interstate Highway 20S) across Wernicke, B. P.; Christiansen, R. L.; En­ mountain. gland, P. C.; Sonder, L. J., 1987, Tec­ the Columbia River. Hooper, P.R.; Conrey, R. M., 1989, The tonomagmatic evolution of Cenozoic Madin, I. P., 1990, Earthquake-hazard geol • Olympic-Wallowa-lineament (OWL) as extension in the North American Cordil­ ogy maps of the Portland metropolitan a Basin and Range-related megaahear, lera. area, Oregon-Text and map explana­ and iu control of magmatiam during the tion. eruption of the Columbia River basalts VOLCANOES AND VOLCANIC Victoria, B.C., /IH BRITISH [abstract]. HAZARDS COLUMBIA - VICTORIA Hughes, S. S., 1984, Structural and petro­ 11cc 01110 names of specific volcanoes, e.g., Volcanic ula dating, 11cc chemical indicators for an extensional MOUNT HOOD GEOCHRONOLOGY - tectonic regime imposed on central High TEPHROCHRONOLOGY Cascade volcanism [abstract]. MOUNT ST. HELENS Hughes, S. S., 1990, Mafic magmatism and Armstrong, R. L; Ward, Peter, 1991, Evolv­ VOLCANISM RELATED TO associated tectonism of the central High ing geographic patterns of Cenozoic EARTHQUAKES, PLATE Cascade Range, Oregon.• magmatism in the North American Cor­ TECTONICS, AND K.riens, B. J.; Wernicke, B. P., 1990, Char­ dillera-The temporal and spatial auo­ SUBDUCTION acteristics of a continental margin mag­ ciation of magmatism and metamorphic core complexes. 11cc 01110 STRUCTURAL GEOLOGY matic arc as a function of depth-The AND TECTONICS - Skagit-Methow crustal section. Beget, J. E., 1980, Tephrochronology of CASCADIA SUBDUCTION ZONE - Leeman, W. P.; Smith, D.R.; Hildreth, Wes; late-glacial and Holocene moraines in VOLCANISM Palacz, Zen; Rogers, Nick, 1990, Com­ the central north Cascade Range, Wash­ Armstrong, R. L; Muller, J. E.; Harakal, J. positional diversity of late Cenozoic ba­ ington State [abstract]. E.; Muehlenbacha, K., 198S, The Neo­ salts in a transect across the southern Beget, J. E., 1990, Volcanoes of Washing­ gene Alert Bay volcanic belt of northern Washington Cascades-Implications for ton-Glacier Peak, Washington. Vancouver Island, Canada-Descend­ subduction zone magmiltism. • Blakely, R. J.; Wells, R. E., 1990, Cascade ing-plate-edge volcanism in the arc­ Morris, I., 1989, Geomorphnlogy and evo­ Range evolution-Constraints from trench gap. lution of the Quaternary stratovolcanoea gravity and magnetic anomalies [ab­ Babcock, R. S.; Engebretson, D. C., 1991, in the High Cascades and Japan [ab­ stract]. K.ula-Farallon-North America plate in­ stract]. Cameron, K. A.; Pringle, P. T., 1987, A teractions and basalt extNaion in the Muffler, L J.P., 1990, Introduction to spe­ detailed chronology of the most recent Oregon-Washington Coast Range [ab­ cial section on the geological, geophys­ major eruptive period at Mount Hood, stract]. ical, and tectonic setting of the Cascade Oregon. Bacon, C. R., 1983, ENptive history of Range. Evarts, R. C.; Ashley, R. P., 1989, Geology Mount Mazama and Crater Lake cal­ Muffler, L. J.P.; and others, 1989, South of the Cascade volcanic arc near Mount dera, Cascade Range, U.S.A. Cascades arc volcanism, California and St. Helens, southwestern Washington Bacon, C. R.; Lanphere, M. A.; O'Neil, J. southern Orego-Red Bluff to Red­ (abstract]. R., 1989, Strontium and oxygen isotopes ding, California, July 20-26, 1989. 242 WAHKIAKUM CO., WASH. OPEN FILE REPORT 92-2

Frank, D. G., 1986, Hydrothermal processes Waldron, H. H., 1989, Volcanic hazards in sources of Whatcom County, Washing­ at Mount Rainier, Washington [ab­ Washington. ton. stract]. Westhusing, 1. K., 1974, Reconnaissance WHATCOM CO., WASH. Friedman, I. D.; Realmuto, V. 1.; Frank, D. surveys of near-event seismic activity in EARTHQUAKES AND G., 1991, Comparison of thermal fea­ the volcanoes of the Cascade Range, tures of Cordilleran volcanoes using air­ Oregon. SEISMOLOGY borne sensing systems, with special ref­ Wolfe, E. W.; Miller, C. D., 1990, Volcano Finn, W. D. L.; Woeller, D. 1.; Davies, M. erence to Mount SL Helens, WA [ab­ hazards in the Pacific Northwest [ab­ P.; Luternauer, I. L.; Hunter, I. A.; Pul­ stract].• stract]. lan, S. E., 1989, New approaches for Hammond, P. E., 1990, Volcanoes of Wash­ Wolfe, E. W.; Miller, T. P.; Wright, T. L, assessing liquefaction potential of the ington-Indian Heaven, Washington. 1991, The status of volcano monitoring Fraser River delta, British Columbia. Hammond, P. E., 1990, Volcanoes of Wash­ and hazards assessment in the western Luternauer, I. L., 1990, 1989 field activities ington-Marble Mountain-Trout Creek United States [abstract].• and accomplishments of geophysical Hill zone, Washington. Wood, C. A., 1990, Volcanoes of Washing­ and geotechnical land-based operations Hammond, P. E.; Hooper, P.R., 1990, Pro­ ton-Baker, Washington. and marine/fluvial surveys, Fraser River gram report on mapping Fifes Peaks vol­ Wood, C. A., 1990, Volcanoes of Washing­ delta, British Columbia. cano, . Washington, a stratovolcano ton-Simcoe, Washington. Person, W. I., 1981, Earthquakes, May-June model for the western Cascades [ab­ Wood, C. A.; Kienle, Iuergen, compilers 1981. stract]. and editors, 1990, Volcanoes of North Qamar, A. I.; Zollweg,I. E., 1990, The 1990 Hildreth, Wes, 1990, VolcanoesofWashing­ America-United States and Canada. Deming, Washington eanhquake1-A ton-Adams, Washington. sequence of shallow thrust earthquakes WAHKIAKUM CO., WASH. Hickson, C. 1., 1990, Can it happen here? A in the Pacific Northwest [abstract]. major volcanic eruption could occur in Lowell, S. M .• 1990, The K M Mountain Washington Surveying and Rating Bureau, the Canadian Cordillera-It might sig­ landslide near Skamokawa. compiler, 1966, Bellingham and vicinity nificantly affect our environmenL Washington State earthquake map, showing general areas Hickson, C. 1., 1991, Holocene volcanism see more specific headings through­ of unstable ground. in the Canadian Cordillera [abstract]. out the Index, e.g., WHATCOM CO., WASH. - Hickson, C.1.; Smith, I. G.; Sherrod, D. R., EARTHQUAKES AND SEISMOLOGY - ENGINEERING GEOLOGY 1987, Quaternary volcanic vent map-­ WASHINGTON (including rock mechanics, soil Central British Columbia to Califor­ KING CO., WASH. mechanics, and liquefaction) nia-A progress report [abstract]. PUGET LOWLAND Miller, C. D., 1988, Development of vol­ Coombs, H. A., 1989, The Baker project. canic-hazard-zonation maps for the Cas­ Waste disposal, see ENGINEERING Coombs, H. A., 1989. The Skagit projects- cade Range, northwestern United States. GEOLOGY - WASTE AND SEWAGE Ross, Diablo, and Gorge Dams. Miller, C. D., 1990, Volcanic hazards in the DISPOSAL Finn, W. D. L.; Woeller, D. 1.; Davies, M. Pacific Northwest.• WHATCOM CO., WASH. - P.; Luternauer, I. L.; Hunter, 1. A.; Pul­ · Miller, T. P.; Davies, 1. N., 1991, Volcanic AREAL GEOLOGY lan, S. E., 1989, New approaches for assessing liquefaction potential of the hazards and earthquake potential of the Brown, E. H., 1990, Geology of the Skagit North Pacific [abstract]. Fraser River delta, Briti1h Columbia. crystalline core and northwest Cascades Jurich, David; Harris, Craig; Moody, Thom­ Pringle, P. T., 1990, Volcanoes of Washing­ system. ton-Rainier, Washington. as, 1989, Investigation and improve­ Easterbrook, D. I., 1966, Glaciomarine en­ ment of the Upper Baker Dam founda­ Scott, W. E., 1990, Patterns of post-15-ka vironmenu and the Fraser glaciation in tion drainage system-A case history volcanism in the Cascade arc [abstract]. northwest Washington-Guidebook for [abstract]. Sherrod, D.R., 1987, New compilation map first Annual Field Conference, Pacific Peck, C. A., and Associates, 1976, Draft of the Cascade Range in Oregon. Coast Section, Friends of the Pleisto­ environmental impact statement for . Sherrod, D.R.; Smith, I. G., 1990, Quater­ cene, September 24-25, 1966. Seacliff, residential development. nary extrusion rates of the Cascade Hamilton, T. S.; Monger, 1. W. H., 1990, Thonen, G. W., 1989, Splitting and sagging Range, northwestern United States and Georgia Basin-Regional geology, tec­ mountains. southern British Columbia.• tonics and hydrocarbon potential [ab­ Washington Surveying and Rating Bureau, Smith, I. G.; Sherrod, D.R., 1989, Changes stract]. compiler, 1966, Bellingham and vicinity in Quaternary extrusion rate and volcan­ Hart-Crowser and Associates, Inc., 1976, earthquake map, showing general areas ic style along the Cascade arc from Hydrogeologic review and reconnais­ of unstable ground. Mount Garibaldi to Lassen Peak [ab­ sance, Point Roberts, Washington. stract]. Kriens, B. 1., 1988, Tectonic evolution of WHATCOM CO., WASH. - Stauber, D. A., 1984, Oregon seismic exper­ the Ross Lake area, northwest Washing­ ENVIRONMENTAL IMPACT iment. ton-southwest British Columbia.• STATEMENTS Swanson, D. A., 1989, Tumtum-Badger McGroder, M. F., 1988, Structural evolu­ Peck, C. A., and Associates, 1976, Draft Ridge line of Quaternary vents, southern tion of the eastern Cascades foldbelt­ environmental impact statement for Cascades of Washington [abstract]. Implications for late Mesozoic accre­ Seacliff, residential development. Swanson, D. A., 1990, Volcanoes of Wash­ tionary tectonics in the Pacific North­ ington-Goat Rocks, Washington. west.• WHATCOM CO., WASH. - Swanson, D. A., 1990, Volcanoes of Wash­ McGroder, M. F.; Miller, R. B., 1989, Geol- GEOCHRONOLOGY ington-St. Helens, Washington. ogy of the eastern North Cascades. Clague, 1. 1.; Saunders, I. R.; Robena, M. Swanson, D. A.; and others, 1989, Cenozoic C., 1988, Ice-free conditions in south­ WHATCOM CO., WASH. - western British Columbia at 16,000 volcanism in the Cascade Range and Co­ BIBLIOGRAPHY lumbia Plateau, southern Washington years BP. and northernmost Oregon, Seattle, Manson, C. 1., compiler, 1990, Bibliogra­ Washington to Portland, Oregon, July phy of the geology and mineral re- 3-8, 1989. l INDEX WILLAPABAY 243

WHATCOM CO., WASH. - WHATCOM CO., WASH. - Gallagher, M. P.; Brown, E. H.; Walker, N. GLACIAL GEOLOGY MAPS - GEOLOGIC W., 1988, A new structural and tectonic interpretation of the western pan of the Clague, J. J.; Saunden, I. R.; Robens, M. Kriens, 8. J., 1988, Tectonic evolution of Shuksan blueschist terrane, nonhwest­ C., 1988, Ice-free conditions in south­ the Ross Lake area, nonhwest Washing­ ern Washington. western British Columbia at 16,000 ton-southwest British Columbia.• Hamilton, T. S.; Monger, J. W. H., 1990, years BP. Kriens, 8. J.; Wemicke, B. P., 1990, Nature Georgia Basin-Regional geology, tec­ Danner, W. R., 1969, Pleistocene stratigra­ of the contact zone between the Nonh tonics and hydrocarbon potential (ab­ phy and sedimentary structures at the Cascades crystalline core and the Met­ stract]. southeastern side of Point Robena, how sequence in the Ron Lake area, Washington [abstract]. Washington-Implications for Cordille­ Haugerud, R. A., 1989, Middle Eocene orogeny in the nonhem Chelan block, Easterbrook, D. J., 1966, Glaciomarine en­ ran tectonics. nonh Cascades Range-Gravitational vironments and the Fraser glaciation in McGroder, M. F., 1988, Structural evolu­ collapse of the Cretaceous orogen? [ab­ nonhwest Washington-Guidebook for tion of the eastern Cascades foldbelt­ stract]. first Annual Field Conference, Pacific Implications for late Mesozoic accre­ Coast Section, Friends of the Pleisto­ tionary tectonics in the Pacific Nonh­ Kriens, 8. J., 1988, Tectonic evolution of cene, September 24-25, 1966. west. • the Rou Lake area, nonhwest Washing· ton-southwest British Columbia.• WHATCOM CO., WASH. - WHATCOM CO., WASH. - SEA Kriens, B. J., 1990, The Skagit-Methow GUIDEBOOKS LEVEL vertical crustal section, Nonh Cascades, Brown, E. H., 1990, Geology of the Skagit Graben, G. F.; Lanen, C. E., 1975, Marine Washington-A relatively intact section crystalline core and nonhwest Cascades transgressions and cultural adaptation­ [abstract]. system. Preliminary tests of an environmental Kriens, 8. J.; Wemicke, 8. P., 1990, Char­ Easterbrook, D. J., 1966, Glaciomarine en­ model. acteristic• of a continental margin mag­ matic arc as a function of depth-The vironments and the Fraser glaciation in Whatcom Co., Wash. - Soll Skagit-Methow crustal section.• nonhwest Washington-Guidebook for mechanics, see WHATCOM CO., first Annual Field Conference, Pacific WASH, - ENGINEERING GEOLOGY Kriens, B. J.; Wemicke, 8. P., 1990, Nature Coast Section, Friends of the Pleisto­ of the contact zone between the Nonh cene, September 24-25, 1966. WHATCOM co~. WASH. - Cascades crystalline core and the Met· Johnson, S. Y., 1985, Stratigraphy and sed­ SOILS, SEDIMENTS, and how sequence in the Ro11 Lake area, imentology of the Eocene Chuckanut STRATIGRAPHY Washington-Implications for Cordille­ Fonnation on Bellingham Bay, Wash­ Bustin, R. M., 1990, Stratigraphy, sedimen­ ran tectonics. ington. tology, and petroleum source rock po­ Maekawa, Hirokazu; Brown, E. H., 1991, McGroder, M. F.; Miller, R. 8., 1989, Geol- tential of the Georgia Basin, southwest Kinematic analysis of the San Juan ogy of the eastern Nonh Cascades. British Columbia and nonhwest Wash­ thrust system, Washington. ington State. McGroder, M. F., 1988, Structural evolu­ WHATCOM CO., WASH. - tion of the eastern Cascades foldbelt­ LANDSLIDES AND SLOPE Danner, W.R., 1969, Pleistocene stratigra­ phy and sedimentary structures at the Implication1 for late Mesozoic accre­ STABILITY southeastern side of Point Robena, tionary tectonics in the Pacific Nonh· Buchanan, Peter; Savigny, K. W., 1990, Washington [abstract]. wesL* Factors controlling debris avalanche ini­ England, T. D. J., 1989, Uthostratigraphy Sevigny, J. H.; Brown, E. H., 1989, Geo­ tiation. of the Nanaimo Group, Georgia Basin, chemistry and tectonic interpretation of Buchanan, Peter; Savigny, K. W.; De Vries, southwestern British Columbia. some metavolcanic rock units of the J., 1990, A method for modeling water Goldin, Alan, 1988, Statistical comparison western Nonh Cascades, Washington. tables at debris avalanche headscarps. of the 1941 and 1983 soil survey maps WHATCOM CO., WASH. - Gowan, M. E., 1989, Landslides as debris of Whatcom County, Washington. VOLCANISM sources for floods in a mountain basin Johnson, S. Y., 1985, Stratigraphy and 1ed­ [abstract]. Kriens, B. J.; Wernicke, B. P., 1990, Char­ imentology of the Eocene Ch!i!ckanut acteristics of a continental margin mag­ Gowan, M. E., 1989, The mechanisms of Fonnation on Bellingham Bay, Wash· landslide initiation and flood generation matic arc as a function of depth-The ington. Skagit-Methow crustal section.• in the Boulder Creek basin, Whatcom Peck, C. A., and Associates, 1976, Draft County, Washington. Wood, C. A., 1990, Volcanoes of Washing· environmental impact statement for ton-Baker, Washington. Orme, A. R., 1989, The nature and rate of Seacliff, residential development. alluvial fan aggradation in a humid tern· Schreier, H., 1987, Asbestos fibres intro­ WILLAPA BAY (Pacific Co., perate environment, nonhwest Wash­ duce trace metals into streamwater and Wash.) ington. sediments. Atwater, 8. F., 1988, Evidence for great Orme, A. R., 1990, Recurrence of debris Holocene eanhquake1 along the outer production under coniferous forest, Cas­ WHATCOM CO., WASH. - STRUCTURAL GEOLOGY AND coast of Washington State. cade foothills, nonhwest United States. Atwater, B. F., 1990, Geologic studies for Peck, C. A., and Associates, 1976, Draft TECTONICS seismic zonation of the Puget Sound environmental impact statement for Bustin, R. M., 1990, Stratigraphy, sedimen· lowland. Seacliff, residential developmenL tology, and petroleum source rock po­ Atwater, B. F., 1991, Holocene paleosei1- Schreier, H., 1987, Asbestos fibres intro­ tential of the Georgia Basin, southwest mology, western Washington. British Columbia and nonhwest Wash­ duce trace metals into streamwater and Atwater, B. F.; Stuiver, Minu, 1991, Pre­ sediments. ington State. cise 14(: ages for sudden Holocene sub­ Thonen, G. W., 1989, Splitting and sagging DiLeonardo, C. G., 1991, Tuning and kine­ mergence in Washington [abstract]. matics of boonding structures of the mountains. Atwater, B. F.; Yamaguchi, D. K., 1991, Nonh Creek block, nonheastern Cas­ Sudden, probably coseismic submer­ cades Washington-Implications for the gence of Holocene trees and grass in evolution of the southern Ross Lake coastal Washington State. fault zone [abstract]. 244 YAKIMA CO.• WASH. OPEN FILE REPORT 92-2

Bourgeois, Joanne, 1988, Sedimentological Reinhan, M.A.; Bourgeois, Joanne, 1989, Hildreth, Wes; Fierstein, Judy, 1989, Pre­ analysis of postulated tsunami-gener­ Tsunami favored over storm or seiche liminary geologic map of the Mount ated deposits from great-subduction for sand deposit overlying buried Holo­ Adams volcanic field, Cascade Range of eanhquakes along Washington's outer cene peat, Willapa Bay, WA [abstract]. southern Washington [abstract]. coast.• YAKIMA CO., WASH. Jonientz-Trisler, Chris; Qamar, A. I., 1989, Bourgeois, Joanne; Reinhan, M. A., 1988, Debris flow seismograms from Mt. Potentially damaging waves associated Geomatrix Consultants, Inc., 1988, Seismo­ Rainier and Mt. Adams [abstract]. tectonic evaluation of the nonhern Cas­ with eanhquakes, coastal Washington. Miller, R. B., 1989, The Mesozoic Rimrock cade mountains geomorphic province Bourgeois, Joanne; Reinhan, M.A., 1989, Lake inlier, southern Washington Cas­ for Bumping Lake, Tieton, Keechelus, Sedimentological analysis of postulated cades-Implications for the basement to Kacheu, Cle Elum, and Clear Lake tsunami-generated deposits from great­ the Columbia EmbaymenL dams. subduction eanhquakes along Washing­ Person, W. J ., 1981, Eanhquakes, May-June Hammond, P. E.; Hooper, P.R.• 1990, Pro­ ton's outer coast. 1981. gram repon on mapping Fifes Peaks vol­ Clifton, H. E.; Phillips, R. L., 1974, Coastal Smith, G. A.; Fritz, W. J., 1989, Penrose sedimentation [abstract]. cano, Washington, a stratovolcano model for the western Cascades [ab­ Conference repon-Volcanic influences Hemphill-Haley, Eileen, 1989, Investiga­ stract]. on terrestrial sedimentation. tion into the use of estuarine microfossil Hildreth, Wes, 1990, VolcanoesofWashing­ Swanson, D. A., 1990, Volcanoes of Wash­ zones for determining amounts of co­ ington-Goat Rocks, Washington. seismic subsidence in southwestern ton-Adams, Washington. Washington [abstract].