Directions to the OGW Branch of Geophysics Office U.S. Geological Survey Branch of Geophysics 11 Sherman Place, Unit 5015 University of Connecticut Storrs Mansfield, CT 06269 (860) 487-7402 Travel Map Driving Directions From Boston, Massachusetts:
OGW BG collaborated with Advanced Geosciences, Inc. (AGI) to test the new OGW BG continuous resistivity profiling (CRP) system. AGI provided training on CRP data acquisition, processing and interpretation from January 7 to January 11, 2002, for John Lane and Eric White of the USGS OGW, Branch of Geophysics and Marcel Belaval a graduate student
OGW BG develops online technical information and resources for USGS offices and cooperators about hydrogeophysical techniques that enhance groundwater resource assessment, modeling, and monitoring. The table below provides links to USGS resources on hydrogeophysics methods, applications, and tools.
As part of its applied research initiatives, the USGS Office of Ground Water, Branch of Geophysics (OGW BG) conducted research on the use of geophysical methods to map aquifer heterogeneity at the USGS Toxic
As part of its applied research initiatives, the USGS Office of Ground Water, Branch of Geophysics (OGW BG) investigated the application of geophysical measurements to help verify and measure rate-limited mass transfer (RLMT), which is thought to be an important control on solute transport in heterogeneous geologic media.
Eric White (USGS OGW BG) walks the 2D-resistivity line, collecting GPS data. As part of its applied research initiatives, the USGS Office of Ground Water, Branch of Geophysics (OGW BG) assists in the planning and collection of surface geophysical data at the USGS Toxic Substances Hydrology Program's Naval Air Warfare Center (NAWC) research site in
As part of its applied research initiatives in FY2004, the USGS Office of Ground Water, Branch of Geophysics (OGW BG) continued analysis of geophysical data from the FY2002 and FY2003 monitoring of a steam-injection remediation pilot study at the Loring
USGS Office of Ground Water, Branch of Geophysics, 11 Sherman Pl, U-5015, Storrs, Connecticut 06269, phone: 860-487-7402, fax 860-487-8802 Peter K. Joesten is a Hydrologist with the USGS OGW, BG in Storrs, Connecticut.
May 2000. Prepared in cooperation with the U.S. Environmental Protection Agency, Region 5. By Kamini Singha, Kari Kimball, and John W. Lane, Jr. Introduction. Locating and
OGW BG applied geophysical logging research at NAWC is focused on the acquisition of comprehensive suites of standard and advanced borehole geophysical logs. The geophysical data are entered into a database
OGW BG staff give frequent presentations and demonstrations at USGS meetings, conferences, USGS Water Science Centers, and universities. Research results are published in USGS reports and fact sheets, conference proceedings, and
As part of its applied research initiatives, the USGS Office of Ground Water, Branch of Geophysics (OGW BG) conducted research on the use of geophysical methods to map aquifer heterogeneity at the USGS Toxic Substances Hydrology Program Massachusetts Military Reservation (MMR) research site, Cape Cod, Massachusetts.
Borehole-radar methods, including cross-hole tomography and single-hole reflection surveys, were successfully used to detect a saline tracer and interpret permeable fractures in the FSE 1-4 well cluster at Mirror Lake, Grafton County, New Hampshire, USA. The tomograms and reflection surveys successfully detected the presence of the saline
OGW BG uses a variety of geophysical methods and techniques in its ongoing research and training courses. Below is a listing of the surface, borehole, and water-borne geophysical methods supported by OGW BG, including emerging techniques under development. The Branch also supports selected methods for hydraulic testing in
OGW BG applied geophysical logging research at NAWC is focused on the acquisition of comprehensive suites of standard and advanced borehole geophysical logs. The geophysical data are entered into a database accessible by USGS personnel involved in research at the NAWC site in order to support integrated, interdisciplinary research.
ABSTRACT. Borehole- and surface-geophysical methods were used to characterize the hydrogeology and the effects of blast fracturing an in-situ recovery trench in a contaminated fractured-bedrock aquifer. The recovery trench is located at the former fire-training area of Loring Air Force Base in Aroostook County, Maine.
OGW BG also conducted research on the addition of tracers in order to alter the electrical and magnetic properties of the vegetable oil. Three separate injections at the NIROP site were monitored: one of pure vegetable oil, one of vegetable oil mixed with ferrofluids, and one of vegetable oil mixed with colloidal iron powder.
As part of OGW Branch of Geophysics (BG) geophysical monitoring research through the USGS Toxic Substances Hydrology Program, electrical-resistivity tomography (ERT) surveys of saline tracer tests in porous media were conducted on the Massachusetts Military Reservation (MMR), Cape Cod, Massachusetts. This is an ongoing project, building on
OGW BG has collaborated with numerous students on undergraduate-, masters-, and PhD-level applied research. Examples of recent graduate-level research conducted with OGW BG include: Electrical resistivity tomography (ERT) for mapping aquifer heterogeneity
The Office of Groundwater, Branch of Geophysics (OGW BG) supports the USGS Water Mission Area by providing technical assistance to the Water Science Centers; conducting
OGW BG also conducted research on the addition of tracers in order to alter the electrical and magnetic properties of the vegetable oil. Three separate injections at the NIROP site were monitored: one of pure vegetable oil, one of vegetable oil mixed with ferrofluids, and one of vegetable oil mixed with colloidal iron powder.
Introduction. Principles of surface-geophysical techniques. Equipment and modification. Data collection near bridge piers. Processing techniques applied to surface- geophysical
This research was funded by the USGS Toxic Substances Hydrology Program and by the National Science Foundation (Grant no. EAR-0124262). This research was conducted by Kamini Singha (Stanford University School of Earth Sciences) with assistance from OGW BG
In FY2004, the USGS Office of Ground Water, Branch of Geophysics (OGW BG) continued development of advanced geophysical data processing methods. FY2004 work focused on development of methods for cross-hole radar tomography data analysis and borehole flowmeter data analysis .
As part of OGW BG geophysical monitoring research through the USGS Toxic Substances Hydrology Program, a pilot-scale study was conducted on the Massachusetts Military Reservation, Cape Cod, Massachusetts, to assess the use of a hydraulic-fracturing
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