Geological Surveys Database

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2017, Vermont Geological Survey
This map includes a Static Water Level Elevation raster and contours (50 ft) derived from the Static Water Level data in the (Kim, 2017a) database. Only wells with Static Water Level data were included in the interpolation, and where GL_SWL data was available this was used instead of DL_SWL. IDW...
2003, United States Geological Survey
2001, United States Geological Survey
2002, United States Geological Survey
1998, United States Geological Survey
1984, Oklahoma Geological Survey
Molybdenite is recorded from the Willis Quarry (sec. 26, T6N-R21W), Greer County, Oklahoma.
1983, Pennsylvania Geological Survey
Nodules, 1.5-8 inches in diameter, containing baryte, pyrite, sphalerite and trace chalcopyrite, have been found in the limey black shales of this Pennsylvania formation at 41°04'44'N76°40'22"W. The more baryte-rich nodules are dense, dark grey to black, and consist of...
1981, Oklahoma Geological Survey
The formations within the Wichita granite group are provisionally revised from five units - Mount Scott, Headquarters, Reformatory, Lugert, and Quanah - to a new total of 10, with acceptance of these previously used names: Saddle Mountain, Medicine Park, and Cache in the east, and Cooperton and...
1842, Michigan Geological Survey

About the Geological Surveys Database
https://statesurveys.americangeosciences.org

As of July 2018, the Geological Surveys Database replaces the Critical Issues Research Database, providing an improved portal for decision makers and others to locate and comprehensively search state geological survey publications and U.S. Geological Survey factsheets.

The Geological Surveys Database is now an external database that has be integrated into AGI's Critical Issues webpages. To use the entire suite of features of the Geological Surveys Database, please visit https://statesurveys.americangeosciences.org.

The Geological Surveys Database provides full-text searching of publications meaning that users can not only search metadata fields (i.e., title, author, notes, etc.), but also search against the entire text of the publications in the database in order to find the information they are seeking. The database also features interactive geographic searching of publications that have geographic coordinates, browsing of publications, faceted searching, and more.

Record display views include robust metadata that is based on a combination of GeoRef metadata that is supplemented with additional metadata from the state geological surveys and U.S. Geological Survey, links to state geological survey websites, suggestions for similar items, and a map display of associated geographic metadata coordinates.

The Geological Surveys Database also provides a wide array of user features including the ability to export citations, create user accounts to save queries, citations and create curated lists, add comments and custom tags to records in the database, and more.

The Geological Surveys Database is a collaborative effort between the American Geosciences Institute and U.S. state geological surveys to help increase the discoverability and use of geological survey publications by decision makers as they address issues at the intersection of the geosciences and society.