Call Number (LC) Title Results
QE149 .M5 no.2 Geologic field trip in the Minot area 1
QE149 .M5 no.3 Geologic field trip in the Devils Lake area 1
QE149 .M5 no.4 Geologic field trip in the Bismarck-Mandan area 1
QE149 .M5 no.5 Geological field trip in the Dickinson Area, North Dakota 1
QE149 .M5 no.6 Geologic field trip in the Williston area 1
QE149 .M5 no.7 Geological field trip in the Jamestown Area 1
QE149 .M5 no.34 Cross-section of Paleozoic rocks of western North Dakota 1
QE149 .M5 no.43 A sedimentologic analysis of the Tongue River-Sentinel Butte interval (Paleocene) of the Williston Basin, western North Dakota 1
QE149 .M5 no.49 Annotated bibliography of the geology of North Dakota, 1806-1959 1
QE149 .M5 no.50 Depositional environments of the lignite-bearing strata in western North Dakota 1
QE149 .M5 no.57 Oil exploration and development in the North Dakota Williston basin 1
QE149 .M5 no.65 Oil exploration and development in the North Dakota Williston Basin : 1982-1983 update 1
QE149 .R46 no.1 The sodium sulphate deposits of western North Dakota : a progress report 1
QE149 .R46 no.33 Clays of North Dakota as a potential source of alumina 1
QE149 .R46 no.43 A look at the lower and middle Madison of northwestern North Dakota 1
QE149 .R46 no.47 The Newcastle Formation in the Williston basin of North Dakota 1
QE149 .R46 no.55 Geology of the Fox Hills Formation (Late Cretaceous) in the Williston Basin of North Dakota, with reference to uranium potential 1
QE149 .R46 no.56 The stratigraphy and environments of deposition of the Cretaceous Hell Creek Formation (reconnaissance) and the Paleocene Ludlow Formation (detailed), southwestern North Dakota 1
QE149 .R46 no.57 Geology of the Cannonball Formation (Paleocene) in the Williston basin, with reference to uranium potential : prepared for the U.S. Energy Research and Development Administration, Grand Junction Office, under contract no. AT(05-1)-1633, GJO-1633-3 1
QE149 .R46 no.58 Geology of the upper part of the Fort Union Group (Paleocene) Williston basin, with reference to uranium 1