Hydrology, water quality, and water-supply potential of ponds at Hunter Army Airfield, Chatham County, Georgia, November 2008-July 2009

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.

• Hydrology, water quality, and water-supply potential of ponds at Hunter Army Airfield, Chatham County, Georgia, November 2008-July 2009 · 30.29701788337205° to 31.952162238024975° latitude, -83.07861328125° to -80.91430664062499° longitude
• 3D Elevation Program—Georgia · 30.357851° to 35.000768° latitude, -85.605165° to -80.840549° 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
• 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
• Colocating artificial intelligence data centers with energy infrastructure on Federal public lands—A science synthesis and spatial analysis to inform decision making · 18.771115062337024° to 71.35706654962706° latitude, -178.2421875° to -66.796875° 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
• Simulation of the impacts of spring diversions on streamflow in the Strawberry Creek watershed, San Bernardino County, California, using an integrated hydrological model · 34.18° to 34.25° latitude, -117.275° to -117.2° 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
• Streamflow characterization and effects of Interstate 26 highway construction on water-quality and channel morphology conditions of the French Broad River in Buncombe and Henderson Counties, North Carolina, 2019–22 · 35.3° to 35.6333° latitude, -82.6333° to -82.4333° 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
• Quality of groundwater used for domestic supply in the western Central Valley, California—2023 · 35.6548922° to 39.8330492° latitude, -122.4907607° to -119.4258865° longitude
• Slip tendency and dilation tendency of Quaternary faults in the Great Basin region, Arizona, California, Idaho, Nevada, Oregon, Utah, and Wyoming · 34.5685065° to 44.154304° latitude, -121.6841367° to -109.8926897° longitude

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