Conductive heat flows in research drill holes in thermal areas of Yellowstone National Park, Wyoming

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.

• Conductive heat flows in research drill holes in thermal areas of Yellowstone National Park, Wyoming · 44.125056482685146° to 45.11423838585088° latitude, -111.09100341796875° to -109.81109619140625° longitude
• Evolution of Seismic Geyser, Yellowstone National Park · 44.46319080919909° to 44.4803403652934° latitude, -110.85891723632812° to -110.82870483398436° longitude
• Forest canopy decline under elevated CO2 during the Paleocene-Eocene Thermal Maximum · 41.019220728745466° to 45.0141404573952° latitude, -110.9801041713389° to -103.96933148439555° longitude
• Postglacial ecosystem development of a hydrothermal landscape in Yellowstone National Park · 44.12702800650004° to 45.120052841530516° latitude, -111.181640625° to -109.80010986328124° longitude
• Tree-ring isotope and satellite records of vegetation changes reveal transition from cold to hot degassing in the Yellowstone Plateau volcanic field · 44.16486271159019° to 44.70817228834997° latitude, -110.96811492942267° to -110.09237837268577° longitude
• Sulfides associated with the Salton Sea geothermal brine · 33.078884672628604° to 33.53796074078274° latitude, -116.10763549804686° to -115.57342529296875° longitude
• Deep geothermal brine near Salton Sea, California · 33.07082934859187° to 33.58259116393916° latitude, -116.16668701171875° to -115.55145263671876° longitude
• Active metamorphism of upper Cenozoic sediments in the Salton Sea geothermal field and the Salton Trough, southeastern California · 32.63012300670739° to 34.06176136129718° latitude, -116.75170898437501° to -114.49951171875° longitude
• The geochemistry of hot spring waters at Norris Geyser Basin, Yellowstone National Park · 44.1324° to 45.109° latitude, -111.156° to -109.8242° longitude
• 3D Elevation Program—Wyoming · 40.994746° to 45.005904° latitude, -111.056888° to -104.05216° 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
• Atmospheric lead deposition to Okefenokee Swamp, Georgia, USA · 30.581179257386985° to 30.768979140567136° latitude, -82.452392578125° to -82.22923278808594° longitude
• Earth fissures and localized differential subsidence · 31.3° to 43.5° latitude, -124.8° to -109° longitude
• Petroleum associated with polymetallic sulfide in sediment from Gorda Ridge · 40.05112564768223° to 42.169044706587556° latitude, -126.69231378781924° to -123.25772155727577° longitude
• Predicting Minnesota lake ice phenology with deep learning, explainable methods, and a physically based benchmark, 1980-2018 · 43.500415° to 49.383079° latitude, -97.239209° to -89.489226° longitude
• Age reassignment using luminescence dating for the Mammoth Site, Black Hills, South Dakota, USA · 43.412° to 43.437° latitude, -103.497° to -103.456° longitude
• Lead exposure of snakes near recreational and military shooting areas in a sagebrush steppe ecosystem · 43.41589542240385° to 43.47177761405541° latitude, -116.45409722615386° to -116.37113818642081° longitude
• Northern bobwhites select for native grasses on working grazing land · 37.59201883997629° to 37.72406020069704° latitude, -84.3147403086961° to -84.10506369054549° longitude
• Long-term predictive modeling of stream condition suggests wide-spread changes within the Chesapeake Bay Watershed, USA · 36.658319982714204° to 42.6559974° latitude, -77.2729725° to -75.0820927° longitude
• Assessing the status and drivers of phytoplankton blooms along the riverine to freshwater-tidal continuum in a modified delta · 37.8001084° to 38.4927398° latitude, -121.9505123° to -121.3465035° longitude
• As above, so below? A framework for integrating long-term water quantity trends reveals divergent patterns in groundwater and low streamflow across the United States · 25.08° to 49.38905° latitude, -124.68721° to -66.96466° longitude
• Ecological transformations of coastal wetlands of the conterminous United States in response to contemporaneous sea-level rise · 25.08° to 49.38905° latitude, -124.68721° to -66.96466° longitude
• Testing characteristic magnitude distributions in modern PSHA models · 31.3159861° to 49.3838067° latitude, -125.7890305257902° to -102.7151136° longitude
• Lake trout colonization of artificial reefs: Who’s interested, and how long does it take? · 45.056° to 45.064° latitude, -83.4° to -83.37° longitude
• Vessel avoidance behavior in green turtles off the west coast of Florida · 28.82° to 28.855° latitude, -82.76° to -82.72° longitude
• Stream health shows indirect and threshold responses to implementation of agricultural conservation practices · 36.5° to 37.5° latitude, -83° to -81° longitude
• Exhumation history of the Sangre de Cristo Range, Colorado, from mid- to low-temperature thermochronology: New insights into Laramide contraction and Oligocene–Miocene extension in the northern Rio Grande rift, USA · 37.48507643237478° to 38.58947934254053° latitude, -106.22635246766271° to -105.11082213077037° longitude
• Long-term effects of rangeland improvements on cattle distribution: A ranch-scale case study · 41.1438° to 42.0028° latitude, -111.5105° to -111.0458° longitude
• Shoreline behavior at California groin fields from satellite-based measurements · 32.534156° to 42.009247° latitude, -124.409591° to -114.134768° longitude
• Functional traits can explain coordinated seedling responses to drought and freezing stress · 31.4983174° to 48.8036256° latitude, -125.3065275° to -103.2898898° longitude
• Simulation-based scenario ShakeMaps for large magnitude (MW6.5+) crustal earthquakes on the Seattle, Tacoma, and southern Whidbey Island faults, Washington, USA · 46.937801846910446° to 49.09421278922244° latitude, -123.91413429658738° to -121.51317411624052° longitude

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Collaborator network

Shared authorship within up to 200 candidate works (7 examined); up to 32 names shown. Names are matched as supplied, without verified person disambiguation. Shared credit does not necessarily establish personal collaboration.

Publication timeline

Publication years for these 34 related works; 0 have no source publication date. This is a discovery sample, not a measure of research output or growth.

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