Photograph of the Colorado River in the Grand Canyon, Arizona, USA. Photo taken on September 8, 2023.
Images
Photograph of the Colorado River in the Grand Canyon, Arizona, USA. Photo taken on September 8, 2023.
NMWSC Sediment Lab, RO-TAP (Dry-Sieve Shaker) Machine in Shed with a Sieve Stack Ready to Run
NMWSC Sediment Lab, RO-TAP (Dry-Sieve Shaker) Machine in Shed with a Sieve Stack Ready to RunNMWSC Sediment Laboratory, RO-TAP (Dry-Sieve Shaker) Machine in Shed with a Sieve Stack Ready to Run
NMWSC Sediment Lab, RO-TAP (Dry-Sieve Shaker) Machine in Shed with a Sieve Stack Ready to Run
NMWSC Sediment Lab, RO-TAP (Dry-Sieve Shaker) Machine in Shed with a Sieve Stack Ready to RunNMWSC Sediment Laboratory, RO-TAP (Dry-Sieve Shaker) Machine in Shed with a Sieve Stack Ready to Run
NMWSC Sediment Laboratory, Pipet Bath Used to Withdraw Aliquots for Full-size Analysis of Fine Material
NMWSC Sediment Laboratory, Pipet Bath Used to Withdraw Aliquots for Full-size Analysis of Fine MaterialNMWSC Sediment Laboratory, Pipet Bath Used to Withdraw Aliquots for Full-size Analysis of Fine Material
NMWSC Sediment Laboratory, Pipet Bath Used to Withdraw Aliquots for Full-size Analysis of Fine Material
NMWSC Sediment Laboratory, Pipet Bath Used to Withdraw Aliquots for Full-size Analysis of Fine MaterialNMWSC Sediment Laboratory, Pipet Bath Used to Withdraw Aliquots for Full-size Analysis of Fine Material
NMWSC Sedimentary Lab, 2.5 Inch Sieve Stack Setup to Wet Sieve Sand Grains over a Filtered Dish
NMWSC Sedimentary Lab, 2.5 Inch Sieve Stack Setup to Wet Sieve Sand Grains over a Filtered DishNew Mexico Water Science Center Sediment Lab, 2.5 Inch Sieve Stack Setup to Wet Sieve Sand Grains over a Filtered Dish
NMWSC Sedimentary Lab, 2.5 Inch Sieve Stack Setup to Wet Sieve Sand Grains over a Filtered Dish
NMWSC Sedimentary Lab, 2.5 Inch Sieve Stack Setup to Wet Sieve Sand Grains over a Filtered DishNew Mexico Water Science Center Sediment Lab, 2.5 Inch Sieve Stack Setup to Wet Sieve Sand Grains over a Filtered Dish
Image of 0.063 mm Sieve Setup over Evaporating Dish to Wet Sieve for a Sand-fine Break Analysis, NMWSC Sediment Laboratory
Image of 0.063 mm Sieve Setup over Evaporating Dish to Wet Sieve for a Sand-fine Break Analysis, NMWSC Sediment LaboratoryImage of 0.063 mm Sieve Setup over Evaporating Dish to Wet Sieve for a Sand-fine Break Analysis, NMWSC Sediment Laboratory
Image of 0.063 mm Sieve Setup over Evaporating Dish to Wet Sieve for a Sand-fine Break Analysis, NMWSC Sediment Laboratory
Image of 0.063 mm Sieve Setup over Evaporating Dish to Wet Sieve for a Sand-fine Break Analysis, NMWSC Sediment LaboratoryImage of 0.063 mm Sieve Setup over Evaporating Dish to Wet Sieve for a Sand-fine Break Analysis, NMWSC Sediment Laboratory
NMWSC Sediment Laboratory, Visual Accumulation (VA) Tube Setup (an older but still valid method of analyzing sand grain size composition)
NMWSC Sediment Laboratory, Visual Accumulation (VA) Tube Setup (an older but still valid method of analyzing sand grain size composition)NMWSC Sediment Laboratory, Visual Accumulation (VA) Tube Setup (an older but still valid method of analyzing sand grain size composition)
NMWSC Sediment Laboratory, Visual Accumulation (VA) Tube Setup (an older but still valid method of analyzing sand grain size composition)
NMWSC Sediment Laboratory, Visual Accumulation (VA) Tube Setup (an older but still valid method of analyzing sand grain size composition)NMWSC Sediment Laboratory, Visual Accumulation (VA) Tube Setup (an older but still valid method of analyzing sand grain size composition)
View of main sample analysis area of the New Mexico Water Science Center’s Sediment Laboratory
View of main sample analysis area of the New Mexico Water Science Center’s Sediment LaboratoryView of main sample analysis area of the New Mexico Water Science Center’s Sediment Laboratory.
View of main sample analysis area of the New Mexico Water Science Center’s Sediment Laboratory
View of main sample analysis area of the New Mexico Water Science Center’s Sediment LaboratoryView of main sample analysis area of the New Mexico Water Science Center’s Sediment Laboratory.
Coolers received by the NMWSC Sediment Laboratory that are awaiting login and processing
Coolers received by the NMWSC Sediment Laboratory that are awaiting login and processing
4-Stage Culligan Deionized Water, USGS - NMWSC
4-Stage Culligan Deionized Water, USGS - NMWSC
Large Array of Laboratory Glassware, USGS - NMWSC
Large Array of Laboratory Glassware, USGS - NMWSC
Wash Station, USGS - NMWSC
Thermo Scientific Muffle Furnace, USGS - NMWSC
Thermo Scientific Muffle Furnace, USGS - NMWSC
Pipet Method, USGS - NMWSC
YSI 3100 Conductivity Meter, USGS - NMWSC
Visual Accumulation Drum Recorder, USGS - NMWSC
Visual Accumulation Drum Recorder, USGS - NMWSC
Sartorius Micro Balance, USGS - NMWSC
Pipet Bath, USGS - NMWSC
Pipet Method, USGS - NMWSC
W.S. Tyler RX-29-16 ROTAP Machine, USGS - NMWSC
W.S. Tyler RX-29-16 ROTAP Machine, USGS - NMWSC
Humboldt Manufacturing Universal Splitter, USGS - NMWSC
Humboldt Manufacturing Universal Splitter, USGS - NMWSCHumboldt Manufacturing Universal Splitter, USGS - NMWSC
Humboldt Manufacturing Universal Splitter, USGS - NMWSC
Humboldt Manufacturing Universal Splitter, USGS - NMWSCHumboldt Manufacturing Universal Splitter, USGS - NMWSC