USGS scientists collect water samples for chemical analysis from an excavated pond in the NJ Pinelands.
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USGS scientists collect water samples for chemical analysis from an excavated pond in the NJ Pinelands.
USGS scientists collect water samples for chemical analysis from an excavated pond in the NJ Pinelands.
Patrick Bowen installing a wave sensor to a utility pole at SWaTH transect site number NJOCE08009
Patrick Bowen installing a wave sensor to a utility pole at SWaTH transect site number NJOCE08009
Patrick Bowen installing an auxiliary wave sensor at USGS station 01409335, Little Egg Inlet near Tuckerton, NJ.
Patrick Bowen installing an auxiliary wave sensor at USGS station 01409335, Little Egg Inlet near Tuckerton, NJ.
Brian Painter of NJWSC installing wave sensor on the beach at SWaTH site number NJCAP04830
Brian Painter of NJWSC installing wave sensor on the beach at SWaTH site number NJCAP04830
USGS Technician Jonathan Cohl servicing an in-situ continuous water quality multi-parameter sonde (YSI 6920 V2-2) at 01408000 Manasquan River at Squankum, New Jersey to calculate fouling and drift to apply corrections to multiple time series for real-time data.
USGS Technician Jonathan Cohl servicing an in-situ continuous water quality multi-parameter sonde (YSI 6920 V2-2) at 01408000 Manasquan River at Squankum, New Jersey to calculate fouling and drift to apply corrections to multiple time series for real-time data.
Acoustic Doppler Current Profiler tethered to a Cableway across the Folsom River in New Jersey
Acoustic Doppler Current Profiler tethered to a Cableway across the Folsom River in New Jersey
USGS Hydrologist Connor King-Souchek taking water quality samples off the side of a boat
USGS Hydrologist Connor King-Souchek taking water quality samples off the side of a boat
USGS Technician Kaitlin Zoida, using an EXO2 water quality probe to sample the Cedar Creek
USGS Technician Kaitlin Zoida, using an EXO2 water quality probe to sample the Cedar Creek
Standard design broad crested weir control for streamgage on the Rahway River in NJ.
Standard design broad crested weir control for streamgage on the Rahway River in NJ.
Cross section shows interpreted paths of contaminant transport during a field experiment to quantify transport and reaction rates of TCE and other contaminants in fractured sedimentary rock at the former Naval Air Warfare Center, West Trenton, N.J.
Cross section shows interpreted paths of contaminant transport during a field experiment to quantify transport and reaction rates of TCE and other contaminants in fractured sedimentary rock at the former Naval Air Warfare Center, West Trenton, N.J.
Close up of gradually sloping broad crested weir providing stable control for streamgage along the Saddle River in NJ.
Close up of gradually sloping broad crested weir providing stable control for streamgage along the Saddle River in NJ.
View of Barnegat Light from the side of a USGS boat looking past the GPS on a recording mast.
View of Barnegat Light from the side of a USGS boat looking past the GPS on a recording mast.
Scientist swabbing a wood frog tadpole for the fungal pathogen, Batrachochytrium dendrobatidis (Bd)
Scientist swabbing a wood frog tadpole for the fungal pathogen, Batrachochytrium dendrobatidis (Bd)
USGS Geologist Francis Ashland and USGS Hydrologist Alex Fiore installing a base station at the OBB monitoring site
USGS Geologist Francis Ashland and USGS Hydrologist Alex Fiore installing a base station at the OBB monitoring site
Scientist screening and seprating sediment sample for storage during a Post-Sandy sampling trip.
Scientist screening and seprating sediment sample for storage during a Post-Sandy sampling trip.
Scientist retrieving sedimant from a ponar during Post-Sandy sampling
Scientist retrieving sedimant from a ponar during Post-Sandy sampling
USGS New Jersey WSC Tide Network Site 01409110, Barnegat Bay at Waretown as found following Hurricane Sandy.
USGS New Jersey WSC Tide Network Site 01409110, Barnegat Bay at Waretown as found following Hurricane Sandy.
Flooded house in the aftermath of Hurricane Sandy in Mantoloking, New Jersey
Flooded house in the aftermath of Hurricane Sandy in Mantoloking, New Jersey
Hurricane Sandy struck the New Jersey shore Oct. 29-31, 2012. Houses, cars and a street in Seaside Heights, NJ were covered in beach sand after Hurricane Sandy's storm tide receded.
Hurricane Sandy struck the New Jersey shore Oct. 29-31, 2012. Houses, cars and a street in Seaside Heights, NJ were covered in beach sand after Hurricane Sandy's storm tide receded.
Hurricane Sandy struck the New Jersey shore Oct. 29-31, 2012. This house in Mantoloking, NJ was partly collapsed after Hurricane Sandy's storm tide receded.
Hurricane Sandy struck the New Jersey shore Oct. 29-31, 2012. This house in Mantoloking, NJ was partly collapsed after Hurricane Sandy's storm tide receded.
Hurricane Sandy struck the New Jersey shore Oct. 29-31, 2012. This house in Seaside Heights, NJ lost part of its foundation, leaving a front porch suspended in mid-air.
Hurricane Sandy struck the New Jersey shore Oct. 29-31, 2012. This house in Seaside Heights, NJ lost part of its foundation, leaving a front porch suspended in mid-air.