Effects of groundwater withdrawals associated with combined-cycle combustion turbine plants in west Tennessee and northern Mississippi

Places, topics & collections

Connections use shared source subjects, names, places, and explicitly mentioned entities. A shared label is not evidence of a citation, experimental result, or verified species identification.

Places & coverage

Source-reported bounding extents on a longitude/latitude grid. Boxes show coverage, not precise study locations.

• Effects of groundwater withdrawals associated with combined-cycle combustion turbine plants in west Tennessee and northern Mississippi · 34.5° to 36.916666666666664° latitude, -91.7° to -87.8° longitude
• Effects of natural and human factors on groundwater quality of basin-fill aquifers in the southwestern United States: Conceptual models for selected contaminants · 31.332239° to 42.009518° latitude, -124.409591° to -102.04224° longitude
• Pathogenic bacteria and microbial-source tracking markers in Brandywine Creek Basin, Pennsylvania and Delaware, 2009-10 · 39.666666666666664° to 40.166666666666664° latitude, -76° to -75.5° longitude
• Effects of urban best management practices on streamflow and phosphorus and suspended-sediment transport on Englesby Brook in Burlington, Vermont, 2000-2010 · 44° to 44.833333333333336° latitude, -73.33333333333333° to -72.66666666666667° longitude
• Comparison of base flows to selected streamflow statistics representative of 1930-2002 in West Virginia · 37.166666666666664° to 41° latitude, -82.66666666666667° to -77.66666666666667° longitude
• Long-term trends of selected pesticides in the Little Arkansas River, south-central Kansas, 1995–2023 · 37.75° to 38.55° latitude, -98.1667° to -97.1667° longitude
• Water-withdrawal and groundwater-level fluctuations, physical and infiltration characteristics of Ohio River sediment, and isotope-based estimates of water sources relative to a riverbank filtration system in an alluvial aquifer, Louisville, Kentucky, 2000–20 · 38.2° to 38.367° latitude, -85.75° to -85.6° longitude
• Southeastern Utah Federal lands science needs survey · 37° to 39.5° latitude, -111.5° to -109° longitude
• Baseline water-quality inventory and summary for the Paterson Great Falls National Historical Park, New Jersey · 40.89965773729983° to 40.92617610980312° latitude, -74.1926758479446° to -74.16497630890875° longitude
• Cascading consequences and interventions for hazards after wildfire in northern California · 39.834470642386094° to 40.66678589924169° latitude, -121.9995010504812° to -121.00728216339759° longitude
• Human factors used to estimate and forecast water supply and demand in the Delaware River Basin · 38.504775° to 42.544664° latitude, -76.1958907° to -74.2412741° longitude
• Development of a hydrologic flow model of the Zuñi Salt Lake and surrounding areas, west-central New Mexico · 34° to 34.75° latitude, -109° to -108° longitude
• Evaluation of best management practices at an edge-of-field site in the Eagle Creek watershed, Ohio, 2012–20 · 40.7° to 41.1° latitude, -84° to -83.333° longitude
• Decadal trends in the quality of groundwater used for public drinking-water supply in California, 2004–23, California Groundwater Ambient Monitoring and Assessment Program, Priority Basin Project · 32.534156° to 42.009247° latitude, -124.409591° to -114.134768° longitude
• A spatial analysis of the groundwater emergence flood hazard in Long Island, New York, and coastal areas surrounding Long Island Sound in New York, Connecticut, and Rhode Island · 40.5° to 41.75° latitude, -74° to -71.667° longitude
• Magnitude and frequency of urban floods in Alabama and Mississippi using data through the 2024 water year · 30.173943° to 35.008028° latitude, -91.654027° to -84.891131° longitude
• Regional characterization of coal resources in the Gulf Coast Coal Region—In support of coal as a potential source for critical minerals and rare earth elements · 25.9987241° to 37.5528491° latitude, -104.7723116° to -82.6787416° longitude
• Flood-inundation maps for Río Grande de Arecibo in and near Utuado Municipio, Puerto Rico, 2026 · 18.25° to 18.3° latitude, -66.733° to -66.683° longitude
• Streamflow, base-flow, and precipitation trends and simulated effects of groundwater withdrawals from the North Fork Red River aquifer on base flows upgradient from Lake Altus, western Oklahoma, 1980–2022 · 34.6° to 35.4° latitude, -100° to -98.9° longitude
• Sediment transport, terrace incision, and sediment chemistry in subbasins of differing land use, Stinking Water Creek Basin near Rangely, Colorado · 40.066667° to 40.216667° latitude, -108.983333° to -108.766667° longitude
• Updates to the Lake Washington Ship Canal and Ballard Locks model, Seattle, Washington, 2016–20 · 47.625622066754914° to 47.68969803885341° latitude, -122.43453727162535° to -122.2623247757005° longitude
• Evaluating chlorophyll fluorescence sensors as a proxy for chlorophyll a concentrations in the Illinois River, Illinois, water years 2018–24 · 37.6190244° to 43.1970028° latitude, -91.5843017° to -85.904719° longitude
• Flood-inundation extents and hydraulic characteristics of Carson Slough, Ash Meadows National Wildlife Refuge, Nevada · 36.427721° to 36.4966998° latitude, -116.384195401912° to -116.3112192° longitude
• Applying a metapopulation model to compare native and invasive fish passage scenarios in the Upper Mississippi River · 38.436384302717954° to 44.487996787038725° latitude, -92.81852911916957° to -89.82644614593102° longitude
• Mapping groundwater recharge potential and an assessment of available hydrogeologic data within five selected focus areas in eastern Nebraska · 39.86537183411721° to 42.922871649634175° latitude, -98.20987703243186° to -95.22862204690388° longitude
• Trends and seasonal patterns of nitrogen and phosphorus concentrations and loads in two Mississippi Alluvial Plain watersheds following nutrient reduction efforts during 2010–22 · 30.174745° to 34.995694° latitude, -91.654027° to -88.097888° longitude
• Continuous monitoring and temporal variability of fluorescence of dissolved organic matter in karst groundwater of the Edwards aquifer, south-central Texas, 2019–24 · 29° to 30.5° latitude, -100.5° to -97.5° longitude
• Streamflow, water quality, and energy development characteristics and water-quality trends for selected sites in the Green River and Muddy Creek drainage basins, southwestern Wyoming, water years 2006–16 · 41.0126901° to 43.5618542° latitude, -111.0506671° to -105.9269375° longitude
• Streamflow assessment of Birch Creek, southern boundary of the Blackfeet Indian Reservation, Pondera County, northwestern Montana—Synoptic and continuous streamflow measurements through 2022 · 48.007559981822965° to 48.99816953029165° latitude, -113.61349761676979° to -112.34282945616943° longitude
• Methods for the computation of streamflow statistics for selected streamgages in or near Nevada through water year 2021 · 34.74971° to 42.5823799° latitude, -120.5592442° to -111.9592256° longitude
• Water depth fluctuations and water chemistry in five ephemeral rock pools (tinajas), Clark County, Nevada, 2021–23 · 35.8386363° to 37° latitude, -116.5° to -114.1620331° longitude

Citation graph

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Collaborator network

Shared authorship within up to 200 candidate works (1 examined); up to 32 names shown. Names are matched as supplied, without verified person disambiguation. Shared credit does not necessarily establish personal collaboration.

No supported relationships are available in this snapshot. This does not mean that no relationships exist.

Publication timeline

Publication years for these 32 related works; 0 have no source publication date. This is a discovery sample, not a measure of research output or growth.

Semantic map

Model: all-minilm. Positions are a two-dimensional approximation of embedding similarity; proximity is not a citation or proof of agreement. Results come from the snapshot’s candidate window.

No current, compatible embeddings are available for related works in this snapshot. A semantic map appears after background embedding and snapshot generation.