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Oregon Topographic Map. 1:500,000. 1982. USGS. Map size is 140 x 112 cm.
Historical Atlas of the Pacific Northwest. Sasquatch Books. 1-57061-215-3. A unique collection of more than 320 original maps, representing four centuries of discovery and exploration and collected for the first time under one cover. Covers Oregon, Washington, British Columbia, Alaska and the Yukon. Hardcover.
Recreation, Travel and City Maps.U.S. Forest Service Maps for Oregon - click here.
Skamania Lodge Guide to the Columbia River Gorge. 1:63,360. Beak Consultants. 1995. This excellent map highlights the hiking and tourist sites and activities in the Columbia River Gorge and Mt. St. Helens areas. The double-sided map is apparently a reduction of the 1:24,000 topos for the region, with extensive hiking and tourist information overprinted or in the margins. Information on numerous hiking trails is given, including the names of the trails, length, difficulty, estimated hiking time, amount of paved and unpaved trail/road, and the elevation gain. A nice, usable map.
Other recreational maps include:
Oregon Road and City Maps.
Geological and Thematic MapsOregon--Geologic Map. USGS. 1:500,000. This map is back in print. One sheet with separate legend sheet.
Oregon--Neotectonic Map of the Oregon Continental Margin and Adjacent Abyssal Plain. ODGMI Open-File Report. 1993. The two maps include an electrostatically plotted geologic map and another showing the track lines for offshore geophysical data. Two sheets with 17-page text.
Oregon--Geologic Map of the Ocean Floor off Oregon and the Adjacent Continental Margin. 1:500,000. 1986. ODGMI (GMS-42). One sheet with 4-page discussion.
Oregon--Onshore-offshore Geologic Cross-section, Northern Oregon Coast Range to Continental Slope. Scales vary. ODGMI. 1992. Includes gravity and magnetic profiles and a geologic strip map for the onshore portion as well as seismic reflection profiles for both onshore and offshore. With 10-page text.
Oregon--Gravity Map. 1:500,000. 1967. ODGMI. This map illustrates the Bouguer gravity anomalies of Oregon and the coastal Pacific Ocean.
Oregon--Map of Oregon Seismicity 1841-1986. 1:1,000,000. 1986. ODGMI (GMS-49). One sheet with discussion, table and bibliography. Size is 91 x 58 cm. In black and white.
Earthquakes in Washington and Oregon: 1872-1993. USGS. The map (45.5 x 36.5") displays earthquakes that have occurred in or near Washington and Oregon during 1872 to 1993.
The epicenter symbol sizes are scaled into three magnitude categories: magnitudes 1.5-3.4, magnitudes 3.5-5.4, an magnitudes of 5.5 and greater.
The epicenter symbols are color-coded to indicate the time period when the earthquake occurred (1872-1969 or 1970-1993).
The symbols are also color coded to indicate the plage (North American or Juan de Fuca) in which the earthquake occurred. Base map from Raven Maps.
Earthquake Hazard Maps for Oregon. By Ian P. Madin and Matthew A. Mabey. Oregon Department of Geology and Mineral Industries GMS-100, 1996. One sheet, in color. The map shows the probabilistic information on earthquake shaking for the entire state. The map presents three hazard maps and one map of Oregon earthquake faults. The three probabilistic hazard maps show the state with varying colors indicating, in simplified terms, what the strongest earthquake can be at a given point on the map. The maps show expected maximum shaking at three occurrence frequencies: once every 500, 1,000, and 2,500 years. The fault map provides additional information by showing the faults that are known or suspected of being capable to produce earthquakes. Teh map differentiates faults according to the age of the most recent faulting into those with movement in the last 20,000, 780,000, and 1,600,000 years. The explanatory text on the map sheet includes a classified listing of sources of further information and a table that compares levels of shaking with approximate Modified Mercalli intensities and Uniform Building Code zones. Based in part on the University of Oregon dissertation Active Faults and Earthquake Ground Motions in Oregon by Silvio K. Pezzopane and on data from the report Seismic Design Mapping, State of Oregon, by Geomatrix Consultants, Inc.
Relative Earthquake Hazard Map of the Linnton Quadrangle, Multnomah and Washington Counties, Oregon. By Matthew A. Mabey, Ian P. Madin, Gerald L. Black, and Dan B. Meier. Oregon Department of Geology and Mineral Industries GMS-104. 1:24,000. The relative hazard map indicates areas that will be most severly affected by earthquakes. Studies were made of the ground and rock in the areas covered by this map to determine how they would respond to an earthquake, and that information was used to develop the relative hazard maps.
Relative Earthquake Hazard Maps of the Salem East and Salem West Quadrangles, Marion and Polk Counties, Oregon. By Yumei Wang and William J. Leonard. Oregon Department of Geology and Mineral Industries GMS-105, 1996. 1:24,000. Four sheets, in color, with separate 10-page text. Sheet one shows which parts of the map area will be most severely affected by earthquakes. Sheets 2-4 are maps showin liquefaction susceptibility, ground motion amplification susceptibility, and landslide susceptibility respectively. These three features were used to determine the relative earthquake hazards.
Tsunami Hazard Map of the Siletz Bay Area, Lincoln County, Oregon. By George R. Priest, Ming Qi, Antonio M. baptista, Curt D. Peterson, and Mark E. Darienzo. Oregon Department of Geology and Mineral Industries GMS-99, 1995 (released May, 1996). 1:12,000. One sheet, in two colors. The map has a black-and-white air-photo image of the coastal zone with elevation contours superimposed. Three different types of red lines mark tsunami runup elevations that serve to separate risk zones: extreme risk, high risk, moderate risk, and low risk; the fifth category, negligible risk, is identified as those lands above 100 feet in elevation.
Oregon--Mineral Resources Map. 1:500,000. 1984. ODGMI (GMS-36).
Oregon--Mineral Deposits Map. 1:1,000,000. 1976. Mineral Research Co., NM. This three-color map illustrates 208 deposits and lists 67 references. Map size is 124 x 74 cm.
Oregon--Mineral Resources Map, Offshore Oregon. 1:500,000. 1985. ODGMI (GMS-37). Companion map to 62-8940 and 62-8905 above. Map size is 149 x 100 cm.
Oregon--Geologic Quadrangle Maps. 1:250,000. 1989. USGS.
Oregon--Geology and Mineral Resources Quadrangle Maps. 1:24,000. 1988- continuing series. ODGMI. Standing orders welcome.
Geology and Mineral Resources Map of the Three Creek Butte Quadrangle, Deschutes County, Oregon. By Edward M. Taylor and Mark L. Ferns. Oregon Department of Geology and Mineral Industries GMS-87, 1995 (released March, 1996). 1:24,000. The map covers part of the eastern margin of the High Cascades geologic province between the cities of Bend and Sisters. The map identifies rock units, faults, and the outlines of Pleistocene glaciers. The accompanying text describes three stages of geologic history for the region, mineral, geothermal and groundwater resources, and includes geochemical analyses for major and trace elements of 34 samples from the region.
Geologic Map of the Coos Bay Quadrangle, Coos County, Oregon. By Gerald L. Black and Ian P. Madin. Oregon Department of Geology and Mineral Industries GMS-97, 1995. 1:24,000. One sheet, in two colors with a 6-page text. The map shows in detail the complexely folded and faulted nature of the area. The map is accompanied by three geologic cross sections and a text that discusses the geologic history, rock units, and resources, hazards, and structure. Supported in part by the U.S. Geological Survey under the National Earthquake Hazard Reduction Program and by the U.S. Minerals Management Service.
Reconnaissance Geologic Map of the Dora and Sitkum Quadrangles, Coos County, Oregon. By Thomas J. Wiley. Oregon Department of Geology and Mineral Industries GMS-98, 1996. 1:24,000. One sheet, in two colors, with cross section and 5-page text. The map area is located along the East Fork Coquille River, and completes a block of eight quadrangles in the region. The text discusses rock units, structural geology, geologic history and mineral resources. Co-funded by DOGAMI and the USGS under the STATEMAP program.
Geologic Map of the Steelhead Falls Quadrangle, Deschutes and Jefferson Counties, Oregon. By Mark L. Ferns, Donald A. Stensland, and Gary A. Smith. Oregon Department of Geology and Mineral Industries GMS-101, 1996. 1:24,000. One sheet, in color, with separate 10-page text. The map covers an area of about 53 square miles where the Deschutes and Crooked Rivers have carved 800-foot-deep canyons into a volcanic basin that is 6 million years old. The map and text provide information on the geologic history and resources of this highly scenic part of central Oregon. The text includes a discussion of the geologic history, geologic and water resources, and description of rock units. Co-funded by DOGAMI and the USGS under the STATEMAP program.
Oregon--Earthquake Hazard Map of Portland Metropolitan Area. DOGAMI (OF-90-2). 1990. Includes 8 black/white map sheets and 21 page text.
Oregon--Satellite Image Map. 1:1,000,000. 1983. DOGAMI. This map, composed of Landsat images, illustrates the varied topography of the volcanic terrain of Oregon. Size 147 x 104 cm.
Oregon--Geothermal Resources Map. 1:500,000. 1982. NOAA. This map illustrates the known and potential geothermal areas of Oregon. Map size is 150 x 124 cm.
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Oregon
Thumbnail of the map.
Sample of the detail.
