2 edition of Geology of the Precambrian rocks of Thubun Lakes map-area found in the catalog.
Geology of the Precambrian rocks of Thubun Lakes map-area
E. W. Reinhardt
Bibliography: p. 27-29.
|Statement||[by] E. W. Reinhardt.|
|Series||Geological Survey of Canada. Paper 69-21, Paper (Geological Survey of Canada) ;, 69-21.|
|LC Classifications||QE185 .A42 no. 69-21|
|The Physical Object|
|Pagination||v, 29 p.|
|Number of Pages||29|
|LC Control Number||77515197|
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Get this from a library. Geology of the Precambrian rocks of Thubun Lakes map-area in relationship to the McDonald fault system, District of Mackenzie (75 e/12 and parts of 75 e/13 and 85 h/9). [E W Reinhardt]. Geology of the Precambrian rocks of Thubun Lakes map-area: In relationship to the McDonald fault system, District of Mackenzie (75 e/12 and parts of (Geological Survey of Canada.
Paper ) [E. W Reinhardt] on *FREE* shipping on qualifying : E. W Reinhardt. Buy Geology of the Precambrian rocks of Thubun Lakes map-area: In relationship to the McDonald fault system, District of Mackenzie (75 e/12 and parts of 75 (Geological Survey of Canada.
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W Published: (). Geology of Beechey Lake map-area, District of Mackenzie: a part of the Western Canadian Precambrian Shield (76G), on *FREE* shipping on qualifying cturer: Dept.
of Energy, Mines and Resources. Quaternary geology of part of the McLeod Lake map area (NTS J), central British Columbia: lithostratigraphy, glacial history, and chronology Canadian Journal of Earth Sciences The pre-Late Wisconsin stratigraphy of southern Simcoe County, Ontario: implications for ice sheet buildup, decay, and Great Lakes drainage evolution 1.
map area at the en trance of Agutua Arm and uncon formably underneath ch ert pebble conglomerat e of the KLS near Cent re Lake (local name). Pir oshco and Sh ields ( 5. Unconsolidated sediments and volcanic rocks within the map area span much of the Pliocene Epoch (ca Ma) and all of the Pleistocene and Holocene epochs (ca.
Ma to. Surficial geologic map along the Castle Mountain fault between Houston and Hatcher Pass Road, Alaska by Peter J The surficial geology of the map area is dominated by sedimentary deposits laid down P.J.,Possible active fault traces on or near the Castle Mountain fault between Houston and the Hatcher Pass Road: in Till, Alison, and.
Full text of "Geologic, geomorphic and chemical characteristics of wetlands selected for use in biocriteria development by the Montana Department of Environmental Quality" See other formats sMONTANA STATE LIBRARY Nuggc Jl IIIIIIIMIIII Appendix C 3 9 Geologic, Geomorphic and Chemical Characteristics of Wetlands Selected for Use in.
The Yucaipa ' quadrangle is located at the southeastern margin of the San Bernardino Basin, an extensional region situated within a right-step-over zone between the San Jacinto and San Andreas Fault zones. The quadrangle is traversed by several faults of the San Andreas system, including (from oldest to youngest) the Banning Fault and the Wilson Creek, Mission Creek.
Full text of "Geologic guidebook of the San Francisco Bay counties; history, landscape, geology, fossils, minerals, industry, and routes to travel" See other formats.
The Lassen Peak, Chaos Crags, and Upper Hat Creek map area lies near the southern end of the Cascade Range in northern California. The map area includes parts of the three elements that together form the Lassen volcanic center: the Lassen dacitic dome field, the Central Plateau andesitic lava field, and the underlying deeply eroded and partly altered Brokeoff andesitic.
This two coverage dataset makes up ascale surficial geologic map along the Castle Mountain fault between Houston and Hatcher Pass Road in southcentral Alaska. The map area lies entirely within the Anchorage quadrangle and within the Matanuska-Susitna Borough. The primary purpose of the map is to delineate the location of the Castle Mountain fault and other Cited by: 2.