Index to Geologic and Geophysical Mapping of Washington, Part I—Published and Open-Filed Reports, RESOURCES 1899 to 2003 compiled by Connie J. Manson WASHINGTON DIVISION OF GEOLOGY AND EARTH RESOURCES Revised July 2, 2003 NATURAL Supersedes Information Circular 77 and Open File Report 92-8 Index to Geologic and Geophysical Mapping of Washington, Part I—Published and Open-Filed Reports, 1899 to 2003 compiled by Connie J. Manson WASHINGTON DIVISION OF GEOLOGY AND EARTH RESOURCES Revised July 2, 2003 Supersedes Information Circular 77 and Open File Report 92-8 ii Contents Introduction........................................... 1 Howtousethisindex....................................1 Howtoobtainthemaps...................................1 History............................................ 1 Otherindexestogeologicmapping............................1 Acknowledgments ....................................... 1 Referencescited........................................ 2 Bibliography.......................................... 3 PLATES Plate 1. Geologic mapping—scale 1:480–1:23,000...................46 Plate2A.Geologicmapping—scale1:24,000quadrangles...............47 Plate 2B. Geologic mapping—scale 1:24,000 non-quadrangles .............48 Plate 3. Geologic mapping—scale 1:27,000–1:60,000 .................49 Plate 4A. Geologic mapping—scale 1:62,500–1:63,360 .................50 Plate 4B. Geologic mapping—scale 1:62,500–1:63,360 .................51 Plate 5. Geologic mapping—scale 1:68,000–1:99,000 .................52 Plate 6A. Geologic mapping—scale 1:100,000 quadrangles...............53 Plate 6B. Geologic mapping—scale 1:100,000 non-quadrangles ............54 Plate 7. Geologic mapping—scale 1:104,000–1:126,700 ...............55 Plate 8. Geologic mapping—scale 1:126,720–1:230,000 ...............56 Plate 9A. Geologic mapping—scale 1:250,000 ......................57 Plate 9B. Geologic mapping—scale 1:250,000 ......................58 Plate 10. Geologic mapping—scale 1:300,000–1:580,000 ...............59 Plate 11. Geophysical mapping—Magnetic—scale 1:700–1:100,000 .........60 Plate 12. Geophysical mapping—Magnetic—scale 1:125,000–1:500,000 .......61 Plate 13. Geophysical mapping—Gravity—scale 1:48,000–1:250,000.........62 Plate 14. Geophysical mapping—Gravity—scale 1:320,000–1:500,000 ........63 Plate 15. Geophysical mapping—Other..........................64 iii iv Index to Geologic and Geophysical Mapping of Washington, Part I— Published and Open-Filed Reports, 1899 to 2003 compiled by Connie J. Manson Revised July 2, 2003 Note: This index will be periodically revised as new maps become available. An index to thesis mapping has been re- leased separately as Part II of this index. INTRODUCTION Directory of Geoscience Libraries, North America (see http:// www.geoinfo.org/ for information on obtaining this direc- This work is a cumulated update to our previous indexes of tory). geologic and geophysical mapping 1899 to 1983 (Manson, Many of these maps are still in print and available for sale 1984) and 1984 to 1998 (Manson, 1999) and includes maps re- from the publishers (for example, the U.S. Geological Survey ceived in the Washington Division of Geology and Earth Re- or the Washington Division of Geology and Earth Resources). sources (DGER) library to date. The index shows only perti- nent and original mapping at scales from 1:480 through History 1:580,000 as issued in published and open-filed reports. Su- perseded maps, sketch maps, mine maps, in-house unpub- The first index to geologic mapping of Washington State was lished maps, maps copied from other sources, and non-geo- produced by the U.S. Geological Survey’s Leona Boardman in logic or non-geophysical mapping have been excluded. Thesis 1949 (as just one of the forty-seven state geologic map indexes mapping is not included here but has been indexed separately she compiled). William H. Reichert produced an index to pub- in Part II of this index. lished, open-filed, and thesis geologic mapping in 1969, and to published geologic mapping in 1979. Connie J. Manson has How to Use This Index continued Reichert’s indexes since 1978 with published and open-filed reports on geologic, geophysical, and thesis map- The electronic version of this index is a simple copy of the ping (for example, Manson 1984, 1999; the full list of those in- printed index; it is not an interactive, searchable database. dexes is given in our publications list.) (While we greatly appreciate the advantages of that format, it is not possible for us at this time.) Users might find it easier to Other Indexes to Geologic Mapping print out the maps and text for easy reference. The text and color maps print to standard 8½- by 11-inch paper. The text The U.S. Geological Survey has a searchable database of geo- portion was originally designed for double-sided printing; logic, geophysical, and thematic mapping of the United States therefore, a few intentionally blank pages appear within the at http://ngmdb.usgs.gov/. text. The color maps were designed for single-sided printing. Many state geological surveys produce map indexes for The geologic mapping has been outlined on 14 sheets, sep- their areas. arated by scale. The geophysical mapping has been outlined on 5 sheets, separated by scale and type. All map outlines are ACKNOWLEDGMENTS keyed by number to the Bibliography which gives the full cita- tion for each map, numbered and listed alphabetically by au- We are gratified that this map index project continues to be thor. If a report includes geologic and (or) geophysical map- highly valued by the geoscience community. They deserve no ping at different scales, the maps are outlined on the separate less than our best efforts. sheets as appropriate. Because this has been a long-term project, there are many to thank: cartographers Keith Ikerd, Don Hiller, and Nancy How to Obtain the Maps Eberle, and editors Laura Bray, Kitty Reed, and Jari Roloff. We offer special thanks to editor Karen D. Meyers for the web ver- All the maps listed here are held at the DGER library in Olym- sion of the index. As ever, we are grateful to the administrators pia, Washington. Materials are not loaned from the library col- of the Division of Geology and Earth Resources for their con- lection, but are available for examination during our office tinued support for this large, long-term project. hours. While great effort has been made to make this index as Many of the maps are held at major geoscience libraries in complete and accurate as possible, it is inevitable that some Washington, especially the University of Washington in Seat- mistakes have been made. Any information about omissions or tle. Other major geoscience libraries which may hold many of errors will be greatly appreciated. these maps are listed in the Geoscience Information Society’s 1 2 INDEX TO GEOLOGIC AND GEOPHYSICAL MAPPING, PART I REFERENCES CITED Boardman, Leona, 1949, Geologic map index of Washington: U.S. Geological Survey, 1 sheet, scale 1:750,000. Manson, C. J., compiler, 1984, Index to geologic and geophysical mapping of Washington, 1899-1983: Washington Division of Geology and Earth Resources Information Circular 77, 56 p., 14 plates. Manson, C. J., compiler, 1986, Theses on Washington geology, 1901-1985: Washington Division of Geology and Earth Re- sources Information Circular 80, 400 p., 5 plates. Manson, C. J., compiler, 1999, Geologic and geophysical mapping of Washington, 1984 through 1998, and, Theses on the geology of Washington, 1986 through 1998: Washington Division of Ge- ology and Earth Resources Open File Report 99-1, 37 p., 9 plates. Reichert, W. H., 1969, Compilation of geologic mapping in Wash- ington through 1968—A continuation of Leona Boardman’s In- dex to geologic mapping; also, Geologic maps from theses on Washington geology: Washington Division of Mines and Geol- ogy unpublished report, 43 p., 11 plates. Reichert, W. H., 1979, Index to published geologic mapping in Washington, 1854-1970: Washington Division of Geology and Earth Resources Information Circular 68, 233 p. Bibliography Mapped areas are shown on Plates 1 through 15, which are arranged by map type and scale. 1. Aadland, R. K.; Bennett, E. H.; Mitchell, V. E.; Hustedde, G. S.; Geologic maps: Ailee, R. Y., compilers, 1979, Geologic map of the Sandpoint 10a Plate 1, Omak sheet, scale 1:100,000. quadrangle, Idaho and Washington: Idaho Bureau of Mines and 10b Plate 2, Nespelem sheet, scale 1:100,000. Geology Geologic Map Series, 1 sheet, scale 1:250,000. 10c Plate 3, Coulee Dam sheet, scale 1:100,000. Geologic map: scale 1:250,000. 11. Babcock, L.; Beck, P.; Farley, W.; Lechler, P.; Lindgren, J.; Miller, 2. Abrams, G. A.; Kucks, R. P.; Bracken, R. E., 1992, Aeromagnetic D.; Pigott, J.; Sayala, D.; and others, 1981, An exploration systems map of Morton and vicinity, Washington: U.S. Geological Survey approach to the Spokane Mountain area uranium deposits, north- Open-File Report 92-251, 1 p., 1 plate. eastern Washington: U.S. Department of Energy GJBX-200(81); Geophysical map (magnetic): scale 1:125,000. Bendix Field Engineering Corporation, 420 p., 1 sheet microfiche, 10 plates. 3. Addicott, W. O., 1976, Molluscan paleontology of the lower Mio- Geologic map: cene Clallam Formation, northwestern Washington: U.S. Geologi- cal Survey Professional Paper 976, 44 p., 9 plates. 11a Plate 1, Geologic map, scale 1:43,000. Geologic map: Figure 2, Distribution of the Clallam Geophysical maps: Formation and fossil localities, scale 1:84,480. 11b (gravity) Plate 4, Bouguer gravity of parts of the 4. Anderson, James Lee, 1987, rev. 1988, Geologic map of the Okanogan, Sandpoint, Ritzville, and Spokane 1 degree x Goldendale 15¢ quadrangle, Washington: Washington Division of 2 degree quadrangles, scale 1:250,000. Geology and Earth Resources Open File Report 87-15 revised, 11c (magnetic) Plate 5, Aeromagnetic survey of parts of 9 p., 1 plate. the Okanogan, Sandpoint, Ritzville, and Spokane Geologic map: Plate, scale 1:38,400. 1 degree x 2 degree quadrangles, scale 1:250,000. 5.