Melting snow created measurable flow in Reservation Creek
Melting snow created measurable flow in Reservation CreekMelting snow near Miles City created measurable flow in Reservation Creek. This site is only visited when there are high flows,
Peter R. Wright
Peter's current work includes studies of groundwater flow and quality at the Jackson Hole Airport and use of DNA analyses to assess pathogenic organisms in geothermally influenced springs in Lake Mead National Recreation Area, Grand Teton and Yellowstone National Parks, and Teton County, Wyoming.
Peter started his career in 1992 with the Ohio District, where he coordinated field activities for the Basewide Monitoring Program at Wright-Patterson Air Force Base and worked on groundwater and surface-water quality and microbial studies. In 1998 Peter moved to Billings Montana (working for the Wyoming District) to coordinate the field activities for a water-quality assessment of the Yellowstone River Basin by the National Water Quality Assessment Program. Since moving to Montana Peter has worked on groundwater and surface-water quality studies and ecological studies including NAWQA, Powder River Basin ecology and EPA’s EMAP and NRSA programs.
Science and Products
Monitoring Changes in Groundwater Quality at Jackson Hole Airport
USGS studies revealed that aircraft deicing fluids from Jackson Hole Airport negatively affected the water quality of the Snake River aquifer in northwestern Wyoming (Wright, 2013). In response, the airport implemented improved deicing management and infrastructure. A recent USGS study determined that the airport’s changes likely contributed to improvements in aquifer groundwater quality (Wright...
Occurrence of pathogen Naegleria fowleri in northwestern Wyoming hot springs
Naegleria fowleri ( N. fowleri) commonly referred to as the "brain-eating amoeba", is a thermophilic free-living amoeba found in warm and hot surface water that include freshwater ponds, lakes, rivers, and hot springs (Yoder and others. 2010).
Melting snow created measurable flow in Reservation Creek
Melting snow created measurable flow in Reservation Creek
Melting snow created measurable flow in Reservation CreekMelting snow near Miles City created measurable flow in Reservation Creek. This site is only visited when there are high flows,
Processing a sample for detection of N. fowleri
Processing a sample for detection of N. fowleri
Collecting a water sample for Naegleria fowleri detection
Collecting a water sample for Naegleria fowleri detectionCollecting a water sample for Naegleria fowleri detection in a Yellowstone National Park Hot Springs
Collecting a water sample for Naegleria fowleri detection
Collecting a water sample for Naegleria fowleri detectionCollecting a water sample for Naegleria fowleri detection in a Yellowstone National Park Hot Springs
Cutting through 2-ft thick ice to sample Yellowstone River, Sidney MT
Cutting through 2-ft thick ice to sample Yellowstone River, Sidney MTCutting through 2-ft thick ice to sample Yellowstone River, Sidney MT
Cutting through 2-ft thick ice to sample Yellowstone River, Sidney MT
Cutting through 2-ft thick ice to sample Yellowstone River, Sidney MTCutting through 2-ft thick ice to sample Yellowstone River, Sidney MT
Pipetting for DNA analysis - loop-mediated isothermal amplification
Pipetting for DNA analysis - loop-mediated isothermal amplificationPipetting for DNA analysis using loop-mediated isothermal amplification
Pipetting for DNA analysis - loop-mediated isothermal amplification
Pipetting for DNA analysis - loop-mediated isothermal amplificationPipetting for DNA analysis using loop-mediated isothermal amplification
Stacy M Kinsey collecting eDNA sample from Snake Riv nr Astoria HS
Stacy M Kinsey collecting eDNA sample from Snake Riv nr Astoria HSStacy M Kinsey collecting eDNA sample from Snake Riv nr Astoria HS, WY
Stacy M Kinsey collecting eDNA sample from Snake Riv nr Astoria HS
Stacy M Kinsey collecting eDNA sample from Snake Riv nr Astoria HSStacy M Kinsey collecting eDNA sample from Snake Riv nr Astoria HS, WY
Processing a sample for detection of N. fowleri
Processing a sample for detection of N. fowleri
Science and Products
Monitoring Changes in Groundwater Quality at Jackson Hole Airport
USGS studies revealed that aircraft deicing fluids from Jackson Hole Airport negatively affected the water quality of the Snake River aquifer in northwestern Wyoming (Wright, 2013). In response, the airport implemented improved deicing management and infrastructure. A recent USGS study determined that the airport’s changes likely contributed to improvements in aquifer groundwater quality (Wright...
Occurrence of pathogen Naegleria fowleri in northwestern Wyoming hot springs
Naegleria fowleri ( N. fowleri) commonly referred to as the "brain-eating amoeba", is a thermophilic free-living amoeba found in warm and hot surface water that include freshwater ponds, lakes, rivers, and hot springs (Yoder and others. 2010).
Melting snow created measurable flow in Reservation Creek
Melting snow created measurable flow in Reservation CreekMelting snow near Miles City created measurable flow in Reservation Creek. This site is only visited when there are high flows,
Melting snow created measurable flow in Reservation Creek
Melting snow created measurable flow in Reservation CreekMelting snow near Miles City created measurable flow in Reservation Creek. This site is only visited when there are high flows,
Processing a sample for detection of N. fowleri
Processing a sample for detection of N. fowleri
Collecting a water sample for Naegleria fowleri detection
Collecting a water sample for Naegleria fowleri detectionCollecting a water sample for Naegleria fowleri detection in a Yellowstone National Park Hot Springs
Collecting a water sample for Naegleria fowleri detection
Collecting a water sample for Naegleria fowleri detectionCollecting a water sample for Naegleria fowleri detection in a Yellowstone National Park Hot Springs
Cutting through 2-ft thick ice to sample Yellowstone River, Sidney MT
Cutting through 2-ft thick ice to sample Yellowstone River, Sidney MTCutting through 2-ft thick ice to sample Yellowstone River, Sidney MT
Cutting through 2-ft thick ice to sample Yellowstone River, Sidney MT
Cutting through 2-ft thick ice to sample Yellowstone River, Sidney MTCutting through 2-ft thick ice to sample Yellowstone River, Sidney MT
Pipetting for DNA analysis - loop-mediated isothermal amplification
Pipetting for DNA analysis - loop-mediated isothermal amplificationPipetting for DNA analysis using loop-mediated isothermal amplification
Pipetting for DNA analysis - loop-mediated isothermal amplification
Pipetting for DNA analysis - loop-mediated isothermal amplificationPipetting for DNA analysis using loop-mediated isothermal amplification
Stacy M Kinsey collecting eDNA sample from Snake Riv nr Astoria HS
Stacy M Kinsey collecting eDNA sample from Snake Riv nr Astoria HSStacy M Kinsey collecting eDNA sample from Snake Riv nr Astoria HS, WY
Stacy M Kinsey collecting eDNA sample from Snake Riv nr Astoria HS
Stacy M Kinsey collecting eDNA sample from Snake Riv nr Astoria HSStacy M Kinsey collecting eDNA sample from Snake Riv nr Astoria HS, WY
Processing a sample for detection of N. fowleri
Processing a sample for detection of N. fowleri