DOCSLIB.ORG

Author Index

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Author Index Author Index Adams, John B ., 1 Beattie, Donald A., 10 Buffington, Edwin C., 22 Adams, William M., 344 Behrendt, J. C., 273 Burbank, Lawrence, 130 Adler, Joel E. M „ 316 Belt, Charles B., Jr., 72 Burch, Stephen H„ 196 Agnew, Allen F ., 269 Ben-Menahem, Ari, 340 Burdick, Charles P., 22 Agogino, George A., 285 Bentley, C. R., 10 Burford, Arthur E., 242 Albee, Arden L., 2, 79, 106, Berg, Joseph W., Jr., 238, 338, Burgat, Virgil A, 23 159, 208, 215 345 Burkart, Burke, 23 Alexiades, C. A., 2 Berkland, James O., 195 Burns, Roger G „ 197 Alfors, J. T „ 224 Berner, Robert A., 11 Burridge, R „ 330 (2) Alger, George R „ 269 Berry, William F., 17 Butler, J. Robert, 242, 247 Allen, J. D„ 152 Bhattacharji, Somdev, 11 Byrne John V., 24, 212 Allen, Victor T ., 3 Biehler, Shawn, 261 Allison, Edwin C., 204 Bikerman, Michael, 12 Cain, J. Allan, 24, 25 Alsop, Leonard E ., 338 Bird, Allan G., 274 Cain, Leila S., 25 Alt, David, 3, 241 Birkeland, Peter W., 195 Calkin, William S., 278 Amstutz, G. C., 4 Bissel, H. J., 12 Callaghan, Eugene, 25 Anderson, Alfred T ., Jr., 4 Bitz, Sister Mary Carol, 13 Cameron, Cornelia C., 26 Anderson, D. H., 65 Black, B. A., 274 Cameron, E . M ., 26 Anderson, Don L., 323, 337, Blackstone, D. L., Jr., 275 Campbell, F . A., 54 340 Blanchard, Maxwell B., 13 Campbell, John A., 278 Anderson, Edwin J., 5 Blayney, J. L., 328 Cannon, R. S., Jr., 279 Anderson, John J., 5 Bluemle, John P., 275, 276 Cannon, R. T „ 279 Anderson, Thomas B., 270 Bolt, Bruce A., 340 Carder, Dean S., 323 Angino, Ernest E., 6 Bonis, Samuel B „ 241 Carlston, Charles W., 27 Antweiler, J. C., 270 Boos, Margaret Fuller, 276 Carman, Max F., Jr., 28 Aoki, Harumi, 329 Bostock, Hewitt H „ 14 Carozzi, Albert V., 28, 175 Appuhn, Richard A., 205 Bott, M. H. P., 14 Carpenter, Alden B., 29 Arnold, Arthur B „ 6 Bottino, M. L., 15, 61 Carpenter, John R., 29 Aronson, James L., 7 Boucot, A. J., 15 Carter, Bruce A., 228 Aschmann, Homer, 307 Bowen, Richard L., 16 Caspall, F . C „ 87 Ayer, Nathan J., 193 Bowen, Zeddie Paul, 68 Castle, Robert O., 197, 198 Boyer, Paul S., 176 Cater, F. W., 80 Baars, D. L., 271 Braddock, William A., 127, 277 Centini, B. A., 247 Back, William, 307 Branagan, David F., 16 Chadwick, Robert A., 280 Badgley, Peter C„ 311 Branson, W. T ., 87 Chander, Ramesh, 341 Baetcke, Gustav B., 271 Bredehoeft, John D., 17 Chang, F. K., 10 Bailey, Edgar H „ 7 Breger, Irving A., 17 Chang, Luke L . Y ., 30 Bailey, Leslie F., 344 Brenner, Robert L., 277 Chang, M. C., 44 Bailey, Steve M., 221 Brew, David A., 196 Chao, E. C. T „ 30 Bain, George W., 8 Briggs, Louis I., 183 Chaudhuri, S., 55 Baird, A. K „ 193, 194, 219 Brisbin, W. C„ 18, 186 Chen, Chih Shan, 31 Baird, Donald, 8 Brock, Maurice, 190, 272 Chen, Chin, 32 Bandy, Orville L., 9 Broecker, Wallace S., 18, 176 Cheney, Eric S., 32 Barghoorn, Elso S., 150 Brookins, Douglas C., 19, 20 Chapman, Carleton A., 31 Barker, Fred, 272 Brown, Bahngrell W., 241 Cherry, Rodney N., 307 Boroffio, James R., 9 Brown, George D., 19 Chodos, A. A., 2 Barth, Tom. F. W„ 272 Brown, John S., 20 Christensen, Mark N., 33(2) Basler, Albert L., 273 Brown, Lawrence E., 20 Christiansen, R. L., 223 Bassett, William A., 173 Brown, William Randall, 21 Chronic, John, 280 Bastien, Thomas W., 144 Brownlow, Arthur H., 22 Clark, Andrew H., 308 Bateman, P. C., 212 Brune, James N., 119, 324, 338, Clarke, Otis M „ Jr., 243 Bauleke, Maynard P., 155 341 Clarke, Robert T., 281 Bayer, J. L., 44 Bryant, Bruce, 277 Cleary, John, 323 Bayley, R. W„ 279 Bryant, Donald L., 200 Cleaves, Emery T., 34 Be', Allan W. H „ 32 Buchbinder, Goetz G. R., 326 Clements, Thomas, 198 347 Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/962256/spe87-bm.pdf by guest on 30 September 2021 348 ABSTRACTS Coates, Donald R., 34 De Waard, Dirk, 141 Fisher, Frederick S., 283 Coats, R . R., 199 Dicken, Samuel N., 309 Fisher, Ray L., 330 Cobb, James C., 34 Dickson, F . W., 45 Fisher, Richard V., 204 Cohen, Lewis H., 35 Dietrich, R. V., 246 Fletcher, N. H., 344 Cok, Anthony E „ 164 Dietz, W. P., 144 Flower, Rouseau H., 56 Coleman, Don C „ 325 Dill, R. F., 180 Foley, Frank C., 57 Coleman, James M „ 35 Dirmeyer, R . D., 282 Forbes, Warren C., 57 Coleman, Robert G., 173 Dodd, Robert T., Jr., 46 Foster, R . L., 58 Coles, Joan Link, 36 Doehring, Donald O., 46 Frakes, Lawrence A., 40 Colquhoun, Donald J., 243 Doell, Richard R., 41 Frantti, Gordon E., 334 Colson, Calvin T „ 78 Donaldson, Alan Chase, 246 Franz, G. W „ 58 Colwell, Jane, 199 Dort, Wakefield, Jr., 47 Freeman, Tom, 59 Colwell, Robert N ., 308 Dott, R. H., Jr., 47 French, Bevan M ., 59 Conolly, J. R „ 36, 37 Dowling, John J., 324 Frerichs, William E ., 9 Cook, Douglas R „ 141 Downs, Theodore, 234, 310 Friedman, Gerald M., 60 (2) Cook, Kenneth L., 338, 339 Drew, Isabella M., 87 Frost, Stanley H., 60, 93 Cooper, Byron N., 244 Driscoll, Egbert G ., 48 Frye, J. K., 61 Cooper, Hilton H., Jr., 17 Dubin, David J „ 200 Fuchs, Karl, 328, 329 Copenhaver, George C., Jr., 199 Duncan, Helen, 48 Fullagar, Paul D „ 15, 61 Corbett, Robert G., 242 Dunn, David E., 247 Furlow, J. W., 290 Costain, John K „ 338, 339 Durden, Christopher J., 49 Furumoto, Augustine S., 331 Cotton, William R., 200 Fyfe, W. S., 53, 62, 202 Cox, Allan, 41 Easterbrook, Don J., 201 Craddock, Campbell, 37, 144 Easton, W. H „ 201 Gangliano, Sherwood M., 35 Craft, Jesse L ., 38 Eaton, Gordon P., 49 Galvin, Cyril J „ Jr., 62 (2) Craig, James R ., 38 Ebens, Richard J., 50, 282 Gamble, James C., 181 Crandell, Dwight R., 281 Eberlein, G. Donald, 94 Ganguly, Jibamitra, 63 Crawford, R., 334 Eggler, David H., 283 Gast, Paul W „ 287 Creasey, S. C „ 39 Ehrreich, Albert L., 201 Gastil, Gordon, 204 Criner, J. H „ 245 El-Etr, Hasan, 132 Gazzarrini, Franco, 110 Croneis, Carey, 122 Elison, James H., 293 Gerlach, George S., 327, 344 Crosby, Percy, 39 Elliott, William J„ 202, 229 Gibbs, G. V., 107, 185 Crowder, D. F., 80 Ellison, Robert L „ 50 Gibson, Ian L., 205 Crowell, John C., 40 Emery, Philip A., 51 Gilbert, Charles M „ 33 Cruft, E . F ., 282 Emslie, Ronald F., 51 Gilby, J. M., 171 Cumming, L. M., 40 Enos, Paul, 52 Giles, Robert T „ 248 Erickson, Barrett H., 238 Gilman, Ralph, 328 Dachille, F ., 115 Ernst, W. G „ 52 Given, P. H., 63 Dahlem, D. H., 77 Essene, E . J., 53 (2), 202 Glass, Bill, 77 Dalrymple, G. Brent, 41 Evans, Bernard W., 54, 202 Glover, Everett D., Ill, 158 Damon, Paul E., 97, 103 Evans, James R., 202 Gluskoter, Harold J., 64 Daniel, Habib, 69 Evans, T . L., 54 Gold, D. P., 64 Daniels, Grafton J „ 17 Everett, A. Gordon, 54 Goldich, S. S., 65 Daugherty, Franklin W., 41 Ewers, Ralph O., 311 Goode, Harry D., 284 Davies, Tudor T ., 42 Ewing, M., 36 Goodman, Richard E ., 205 Davis, Gregory A., 42 Goodwin, Alan M., 65 Davis, James F., 43 Fahnestock, Robert K., 281 Gordon, David W., 323 Davis, Stanley N., 309 Fairbairn, H. W., 84 Gorsline, Donn S., 311 Dean, Stuart L., 242 Fairley, William M ., 247 Graf, D. L., 66 Decker, R . W., 43 Farquhar, O. C., 55 Greeley, Michael N., 284 Degens, Egon T ., 44, 101 Faure, G., 55 Gresens, Randall L., 66 De La Montagne, John, 306 Fenton, T. E „ 144 Gross, M. Grant, 67 Dennis, John G ., 236 Ferguson, Harry, 56 Grosvenor, Florence A., 68 Dennison, John M ., 245 Ferm, J. C., 267 Grosvenor, Niles E., 68 DeNoyer, John M., 325, 326 Ferris, Clinton, S., Jr., 280 Grybeck, Donald, 225 Denton, G . H., 44 Feth, J. H „ 203 Guidotti, Charles V., 206 Derry, Duncan R ., 45 Fife, Donald L., 203 Guidroz, Ralph R., 330 De user, Werner G ., 45 Fischer, William A., 311 Gunn, Donald W., 162 Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/962256/spe87-bm.pdf by guest on 30 September 2021 AUTHOR INDEX 349 Gupta, Indra N., 328, 330 Holmes, Charles W., 80 Kerr, Paul F., 87, 266 Gutentag, E. D., 69 Hooke, Roger LeB., 209 Kilmer, Frank H „ 211 Gutschick, R. C., 163 Hoover, D. L., 286 King, John S., 291 Hopson, Clifford A., 80, 209 Kinoshita, W. T „ 43, 335 Haddock, Gerald H „ 206 Horne, John C., 181 Kinsman, D. J. J., 88 Haggerty, S., 237 Hoskins, Donald M „ 81 Kisslinger, Carl, 328 Hales, Anton L ., 323 Houston, Robert S., 287 (2) Kistler, R. W„ 212 Hall, Frank W., 285 Howard, Arthur D„ 210 Klein, Cornelis, 88 Hall, G. F., 144 Howard, James D., 81, 288 Klein, George de Vries, 88 Hall, Leo M., 70 Howard, Keith A., 210 Klugman, M . A., 288 Hall, M. R„ 135 Howell, Benjamin F., Jr., 328 Kneller, William A., 89 Hambleton, William W., 70 Hoyt, John H., 82, 249 Knopoff, Leon, 329, 330 (2), Hamblin, Kenneth W., 71 Hsu, K . Jinghwa, 82, 210 335 Hamil, M „ 71 Hsu, Pa Ho, 83 Kosanke, Robert M., 90 Hamilton, Warren, 207 Huang, Y. T., 343 Koster Van Gross, A. F., 90 Hammond, Paul E ., 207 Hubert, John F „ 83 Kottlowski, Frank E „ 91 Hand, Bryce M „ 72 Huff, James R „ 249 Kovach, Robert L., 326, 337 Hannon, James W., 326 Hurley, P.
Load more

Recommended publications
  • National Register of Historic Places Registration Form
    NPS Form 10-900 OMB No. 1024-0018 (Rev. Oct. 1990) United States Department of the Interior National Park Service NATIONAL REGISTER OF HISTORIC PLACES REGISTRATION FORM 1. Name of Property historic name: Dearborn River High Bridge other name/site number: 24LC130 2. Location street & number: Fifteen Miles Southwest of Augusta on Bean Lake Road not for publication: n/a vicinity: X city/town: Augusta state: Montana code: MT county: Lewis & Clark code: 049 zip code: 59410 3. State/Federal Agency Certification As the designated authority under the National Historic Preservation Act of 1986, as amended, I hereby certify that this _X_ nomination _ request for detenj ination of eligibility meets the documentation standards for registering properties in the National Register of Historic Places and meets the proc urf I and professional requirements set forth in 36 CFR Part 60. In my opinion, the property X_ meets _ does not meet the National Register Criterfi commend thatthis oroperty be considered significant _ nationally X statewide X locafly. Signa jre of oertifying officialn itle Date Montana State Historic Preservation Office State or Federal agency or bureau (_ See continuation sheet for additional comments. In my opinion, the property _ meets _ does not meet the National Register criteria. Signature of commenting or other official Date State or Federal agency and bureau 4. National Park Service Certification , he/eby certify that this property is: 'entered in the National Register _ see continuation sheet _ determined eligible for the National Register _ see continuation sheet _ determined not eligible for the National Register_ _ see continuation sheet _ removed from the National Register _see continuation sheet _ other (explain): _________________ Dearborn River High Bridge Lewis & Clark County.
    [Show full text]
  • Evolution of the Cordilleran Foreland Basin System in Northwestern Montana, U.S.A
    Evolution of the Cordilleran foreland basin system in northwestern Montana, U.S.A. Facundo Fuentes†, Peter G. DeCelles, Kurt N. Constenius, and George E. Gehrels Department of Geosciences, University of Arizona, Tucson, Arizona 85721, USA ABSTRACT episode of marine inundation and black shale 1989; Fermor and Moffat, 1992; Stockmal et al., deposition (Marias River Shale) occurred be- 1992; Beaumont et al., 1993; Plint et al., 1993; New lithostratigraphic and chronostrati- tween the Cenomanian and mid-Santonian, Ross et al., 2005; Miall et al., 2008; Yang and graphic, geochronologic, and sedimentary and was followed by a regressive succession Miall, 2009). This bimodal focus was mainly petrologic data illuminate the history of represented by the Upper Santonian–mid- driven by either the presence of anomalously development of the North American Cor- Campanian Telegraph Creek, Virgelle, and good surface exposures, as in the case of the dilleran foreland basin system and adjacent Two Medicine Formations. Provenance data western interior United States, or by hydro- thrust belt from Middle Jurassic through do not resolve the timing of individual thrust carbon exploration and a large subsurface data- Eocene time in northwestern Montana. The displacements during Cenomanian–early base, as in Canada (Miall et al., 2008). The oldest deposits in the foreland basin system Campanian time. The Upper Campanian ~300-km-long segment of the foreland basin consist of relatively thin, regionally tabu- Bearpaw Formation represents the last major lying within and east of the Cordilleran belt in lar deposits of the marine Ellis Group and marine inundation in the foreland basin . By northwestern Montana remains comparatively fl uvial-estuarine Morrison Formation, which latest Campanian time, a major epi sode of poorly understood in terms of its stratigraphy, accumulated during Bajocian to Kimmerid- slip on the Lewis thrust system had com- basin evolution, and relationship with the kine- gian time.
    [Show full text]
  • The Future of Stream Access in Montana
    2017 The Best in the West: Stream Access in Montana Public Land/Water Access Association High Water by Mary J. Maxam By Brent Zundel For the Public Land/Water Access Association April 2017 Keeping the public on public lands and waters Overview Montana’s Stream Access Law is widely considered “the best in the west,” arguably the strongest law in the nation in terms of ensuring public access. In short, the public can access any river or stream capable of being used for recreation between the high-water marks, regardless of the navigability of the river or the ownership of the streambed and adjacent property, as long as the user avoids trespass in order to reach the stream. This document provides a history of stream access in Montana, beginning with the original conflicts on the Dearborn and Beaverhead Rivers and continuing to the recently decided battles over access at bridges and the most recent challenge to the Stream Access Law. Early conflicts in the late 1970s and early 1980s led to the groundbreaking Curran The Yellowstone River flows through Paradise Valley, south of Livingston, and Hildreth cases in the Montana. Photo courtesy Brent Zundel Montana Supreme Court. These cases laid the foundation for the groundbreaking 1985 Stream Access Law, which codifies the strong public access rights enjoyed by all Montanans today. Immediately upon passage of the law, it was challenged in district courts, the state supreme court, and even appealed to the federal level. It has withstood all challenges. In the past decade, those fighting against public access have shifted to focus on stream access at bridges, with much of the controversy centering on the iconic Ruby River.
    [Show full text]
  • Upper Sun River Drainage Basin Origin Determined by Topographic Map Interpretation Techniques: Lewis and Clark and Teton Counties, Montana, USA
    Open Journal of Geology, 2019, 9, 257-277 http://www.scirp.org/journal/ojg ISSN Online: 2161-7589 ISSN Print: 2161-7570 Upper Sun River Drainage Basin Origin Determined by Topographic Map Interpretation Techniques: Lewis and Clark and Teton Counties, Montana, USA Eric Clausen Independent Researcher, Jenkintown, PA How to cite this paper: Clausen, E. (2019) Abstract Upper Sun River Drainage Basin Origin Determined by Topographic Map Inter- A new and fundamentally different regional geomorphology paradigm in pretation Techniques: Lewis and Clark and which massive south- and southeast-oriented meltwater floods flowed across Teton Counties, Montana, USA. Open the entire Missouri River drainage basin is tested by interpreting detailed to- Journal of Geology, 9, 257-277. https://doi.org/10.4236/ojg.2019.95018 pographic maps of the Montana upper Sun River drainage basin region by trying to explain origins of previously unexplained or poorly explained ero- Received: April 8, 2019 sional landforms located upstream from Sun River Canyon (which cuts across Accepted: May 11, 2019 Montana’s north-to-south oriented Sawtooth Range). Mountain passes, Published: May 14, 2019 through valleys, and other drainage divide low points along what are today Copyright © 2019 by author(s) and high mountain ridges, including the North American east-west continental Scientific Research Publishing Inc. divide, are interpreted to be evidence of drainage routes that once crossed the This work is licensed under the Creative region. These drainage divide crossings suggest
    [Show full text]
  • Abandoned-Inactive Mines on Lewis and Clark National Forest-Administered Land
    Abandoned-Inactive Mines on Lewis and Clark National Forest-Administered Land Montana Bureau of Mines and Geology Abandoned-Inactive Mines Program Open-File Report MBMG 413 Phyllis A. Hargrave Michael D. Kerschen Geno W. Liva Jeffrey D. Lonn Catherine McDonald John J. Metesh Robert Wintergerst Prepared for the U.S. Department of Agriculture Forest Service-Region 1 Abandoned-Inactive Mines on Lewis and Clark National Forest-Administered Land Open-File Report MBMG 413 Reformatted for .pdf April 2000 Phyllis A. Hargrave Michael D. Kerschen Geno W. Liva Jeffrey D. Lonn Catherine McDonald John J. Metesh Robert Wintergerst Prepared for the U.S. Department of Agriculture Forest Service-Region 1 Contents Page List of Figures ............................................................. iv List of Tables .............................................................. vi Introduction ...............................................................1 1.1 Project Objectives ..................................................1 1.2 Abandoned and Inactive Mines Defined ..................................2 1.3 Health and Environmental Problems at Mines ..............................2 1.3.1 Acid-Mine Drainage .........................................3 1.3.2 Solubilities of Selected Metals ..................................4 1.3.3 The Use of pH and SC to Identify Problems ........................5 1.4 Methodology ......................................................6 1.4.1 Data Sources ...............................................6 1.4.2 Pre-Field Screening
    [Show full text]
  • The Lewis Thrust Fault and Related Structures in the Disturbed Belt, Northwestern Montana
    The Lewis Thrust Fault and Related Structures in the Disturbed Belt, Northwestern Montana G E 0 L 0 G I CAL SURVEY P R 0 FE S S I 0 N A L PAPER ll74 The Lewis Thrust Fault and Related Structures in the Disturbed Belt, Northwestern Montana By MELVILLE R. MUDGE and ROBERT L. EARHART GEOLOGICAL SURVEY PROFESSIONAL PAPER 1174 M ajar structures reflect large-scale easterly displacement of early Tertiary age UNITED STATES GOVERNMENT PRINTING OFFICE, WASHINGTON:l980 UNITED STATES DEPARTMENT OF THE INTERIOR CECIL D. ANDRUS, Secretary GEOLOGICAL SURVEY H. William Menard, Director Library of Congress Cataloging in Publication Data Mudge, Melville Rhodes, 1921- The Lewis thrust fault and related structures in the disturbed belt, northwestern Montana. (Geological Survey Professional Paper 11 74) Bibliography: p. 17 Supt. of Docs. no.: I 19.16:1174 1. Faults (Geology)-Montana. 2. Geology-Montana. I. Earhart, Robert L., joint author. II. Title. III. Series: United States Geological Survey Professional Paper 1174. QE606.5.U6M82 551.8'7'09786 80-607023 For sale by the Superintendent of Documents, U.S. Government Printing Office Washinton, D.C. 20402 CONTENTS Page Abstract Introduction .............................................................................................................................................. 1 Geology ...................................................................................................................................................... 6 Lewis thrust fault .....................................................................................................................................
    [Show full text]
  • Reconnaissance Geology Geophysics, and Geochemistry of the Southeastern Part of the Lewis and Clark Range, Montana
    Reconnaissance Geology Geophysics, and Geochemistry of the Southeastern Part of the Lewis and Clark Range, Montana GEOLOGICAL SURVEY BULLETIN 1252-E Reconnaissance Geology Geophysics, and Geochemistry of the Southeastern Part of the Lewis and Clark Range, Montana By MELVILE R. MUDGE, RALPH L. ERICKSON, and DEAN KLEINKOPF With spectrographic data By G. C. CURTIN and A. P. MARRANZINO and a section on ISOTOPIC COMPOSITION OF LEAD By R. E. ZARTMAN CONTRIBUTIONS TO ECONOMIC GEOLOGY GEOLOGICAL SURVEY BULLETIN 1252-E A study identifying a weak lead-zinc mineralized belt, 30 miles long, that is stratigraphically and structurally controlled UNITED STATES GOVERNMENT PRINTING OFFICE, WASHINGTON : 1968 UNITED STATES DEPARTMENT OF THE INTERIOR STEWART L. UDALL, Secretary GEOLOGICAL SURVEY William T. Pecora, Director For sale by the Superintendent of Documents, U.S. Government Printing Office Washington, D.C. 20402 CONTENTS Page Abstract__ ---------_-_-______________________________________-__ El Introduction. _____________________________________________________ 1 Geologic setting.-_------____--_-_____________________________.____ 3 Precambrian rocks_____________________________________________ 4 Cambrian rocks----_--_-_--__-___--__-____________________-___ 11 Devonian rocks_______________________________________________ 12 Geophysical reconnaissance.________________________________________ 12 Magnetic patterns_____________________________________________ 13 Gravity patterns._____________________________________________ 14 Interpretation of the geophysics.________________________________
    [Show full text]
  • Research Natural Areas of the Northern Region: Status & Needs Assessment
    NATURAL AREAS ASSESSMENT, OCTOBER 1996 1 Research Natural Areas of the Northern Region: Status & Needs Assessment October 1996 Steve W. Chadde Shannon F. Kimball Angela G. Evenden INTRODUCTION A MAJOR OBJECTIVE of the Forest Service Research Natural Area (RNA) program is to maintain a representative array of all significant natural ecosystems as baseline areas for research and monitoring (Forest Service Manual 4063, USDA Forest Service 1991). The National Forest Management Act of 1976 directs the agency to establish research natural areas typifying important forest, shrubland, grassland, alpine, and aquatic ecosystems. In addition to their value as reference areas for research and monitoring, RNAs help maintain biological diversity and healthy ecosystems on national forests by conserving assemblages of common and rare species, undisturbed plant communities, aquatic systems, and unique landscape features such as wetlands and ancient cedar groves. To achieve these objectives, the 1983 Northern Regional Guide (USDA Forest Service 1983) included a matrix of habitat types, community types, and aquatic features targeted for inclusion in the Northern Region research natural area system. Within each of four analysis areas (northern Idaho, western Montana, central and eastern Montana, North and South Dakota), filled target cells were identified and unfilled target assignments were made to each National Forest. Since 1983, much progress has been made toward a comprehensive research natural area system in the Northern Region. Many RNAs have been formally established (from 13 in 1983 to 67 in 1996) and 50 others are proposed, primarily through the forest planning process (Table 1, Figures 1-2). NEED FOR PROGRAM UPDATE Our knowledge of the Region’s ecological features has changed since 1983.
    [Show full text]
  • Abandoned-Inactive Mines of the Flathead National Forest-Administered Land
    Abandoned-Inactive Mines of the Flathead National Forest-Administered Land Montana Bureau of Mines and Geology Open-file Report 462 Catherine McDonald Phyllis A. Hargrave Michael D. Kerschen John J. Metesh Robert Wintergerst Prepared for the U.S. Department of Agriculture Forest Service-Region 1 Abandoned-Inactive Mines on Flathead National Forest-Administered Land Open-File Report MBMG 462 July 2002 Catherine McDonald Phyllis A. Hargrave Michael D. Kerschen John J. Metesh Robert Wintergerst Prepared for the U.S. Department of Agriculture Forest Service-Region 1 CONTENTS Page LIST OF FIGURES........................................................... iv LIST OF TABLES............................................................ iv INTRODUCTION .............................................................1 1.1 Project Objectives ....................................................1 1.2 Abandoned and Inactive Mines Defined ...................................2 1.3 Health and Environmental Problems at Mines ..............................2 1.3.1 Acid-Mine Drainage ..........................................3 1.3.2 Solubilities of Selected Metals ..................................3 1.3.3 The Use of pH and SC to Identify Problems ........................5 1.4 Methodology ........................................................5 1.4.1 Data Sources ................................................5 1.4.2 Pre-Field Screening ...........................................6 1.4.3 Field Screening ..............................................7 1.4.3.1 Collection
    [Show full text]
  • Stratigraphy and Structure of Part of the Southern Madison Range, Madison and Gallatin Counties, Montana
    AN ABSTRACT OF THE THESIS OF Robert Rowland Rose' for the M.S. in Geology (Name) (Degree) (Major) Date thesis is presented Title STRATIGRAPHY AND STRUCTURE OF PART OF THE SOUTHERN MADISON RANGE, MADISON AND GALLATIN COUNTIES. MONTANA Abstract approved (Major professor The thesis area consists of 42 square miles located in Madison and Gallatin counties, Montana, in the south- ern part of the Madison Range. The strata exposed in the area range in age from Precambrian to Quaternary and have an aggregate thickness of more than 7,600 feet. The Paleozoic rocks, about 3,900 feet thick, are mainly carbonates but include sandstones, shales, and cherts of marine origin. Ordovician and Silurian forma- tions are absent. The Mesozoic rocks consist mainly of sandstones, shales, calcareous claystones, and argillaceous limestones of marine and continental origin. All Mesozoic periods are represented in this 3700 foot thick sequence of sedimentary rocks. The Cenozoic rocks and sediments include welded tuff, glacial deposits, and alluvium. Quaternary landslides cover about one -quarter of the thesis area. The structures are Late Cretaceous to Early Tertiary (Laramide) and Late Cenozoic in age. The Laramide struc- tures are northwest- trending, asymmetrical (steeper to the northeast) folds and high angle reverse faults. The Late Cenozoic structures are normal faults that displace Upper Cretaceous strata. STRATIGRAPHY AND STRUCTURE OF PART OF THE SOUTHERN MADISON RANGE, MADISON AND GALLATIN COUNTIES, MONTANA by ROBERT ROWLAND ROSE' A THESIS submitted to OREGON STATE UNIVERSITY in partial fulfillment of the requirements for the degree of MASTER OF SCIENCE June 1967 APPROVED: Associate Professor of Geology In Charge of Major Chairman of Department of Geology Dean of Graduate School Date thesis is presented Typed by Trudie Vallier ACKNOWLEDGEMENTS I would like to express appreciation to Dr.
    [Show full text]
  • { Aeromagnetic, Bouguer Gravity, and Generalized Geologic Studies Of
    { Aeromagnetic, Bouguer Gravity, and ~ f Generalized Geologic Studies of the ~ . ~ ., Great Falls-Mission Range Area, ~ Northwestern Montana =0 B ~ C'l GEOLOGICAL SURVEY PROFESSIONAL PAPER 726-A ~ ~ I ~ Aeromagnetic, Bouguer Gravity, and Generalized Geologic Studies of the Great Falls-Mission Range Area, Northwestern Montana· By M. DEAN KLEINKOPF and MELVILLE R. MUDGE GEOPHYSICAL FIELD INVESTIGATIONS GEOLOGICAL SURVEY PROFESSIONAL PAPER 726-A Interpretation of aeromagnetic and gravity anomalies in terms of fault tectonics, basement rock units, and regional geology UNITED STATES GOVERNMENT PRINTING OFFICE, WASHINGTON: 1972 UNITED STATES DEPARTMENT OF THE INTERIOR ROGERS C. B. MORTON, Secretary GEOLOGICAL SURVEY V. E. McKelvey, Director Library of Congress catalog-card No. 73-184625 For ·sale by the Superintendent of Documents, U.S .. Government Printing Office Washington, D.C. 20402 Stock Number 2401-2075 CONTENTS Page Page Abstract ----------------------------------------- A1 Geophysical studies -------------------------------­ A9 Introduction -------------------------------------- 1 Field measurements --------------------------­ 9 Rock properties ------------------------------­ 9 General geology ---------------------------------- 2 Magnetic field configuration -------------------- 10 Geologic structure ----------------------------- 6 Gravity field configuration --------------------­ 10 Precambrian rocks ---------------------------- 6 Interpretation of geophysical data -------------- 10 Paleozoic and Mesozoic rocks -------------------
    [Show full text]
  • Geologic Map of the Elliston 30′ X 60′ Quadrangle, West-Central Montana
    March 2020 Montana Bureau of Mines and Geology Geologic Map 77 GEOLOGIC MAP OF THE ELLISTON 30′ X 60′ QUADRANGLE, WEST-CENTRAL MONTANA Catherine McDonald, Jesse G. Mosolf, Susan M. Vuke, and Jeffrey D. Lonn Partial support has been provided by the STATEMAP component of the National Cooperative Geologic Mapping Program of the U.S. Geological Survey under Contract G14AC00221. Cover image: Eocene rhyolite lava and tuff exposed near the summit of Crater Mountain, southeast of Lincoln, Montana. Photo by Jesse Mosolf. GEOLOGIC MAP OF THE ELLISTON 30′ x 60′ QUADRANGLE, WEST-CENTRAL MONTANA Catherine McDonald, Jesse G. Mosolf, Susan M. Vuke, and Jeffrey D. Lonn March 2020 Partial support has been provided by the STATEMAP component of the National Cooperative Geologic Mapping Program of the U.S. Geological Survey under Contract G14AC00221. Montana Bureau of Mines and Geology Geologic Map 77 CONTENTS Introduction ............................................................................................................................................1 Mesoproterozoic Metasedimentary Rocks .............................................................................................2 Paleozoic and Mesozoic Sedimentary Rocks ........................................................................................3 Intrusive Rocks ......................................................................................................................................3 Volcanic Rocks .......................................................................................................................................4
    [Show full text]