USGS Hydrographers Kathryn Cahalane and Lucas Sirotniak replace used sample cartridges for each of the seven sampling ports of the bacteria analyzer.
Images
Images intro.
Filter Total Items: 268
Fluidion Monitor set up
USGS Hydrographers Kathryn Cahalane and Lucas Sirotniak replace used sample cartridges for each of the seven sampling ports of the bacteria analyzer.
Sampler Prep
USGS hydrographers Kathryn Cahalane and Lucas Sirotniak setting up the monitoring system
USGS hydrographers Kathryn Cahalane and Lucas Sirotniak setting up the monitoring system
Deploying the Bacteria Sampler
USGS hydrographer Lucas Sirotniak removing of the top of the housing apparatus so the monitoring device can be deployed.
USGS hydrographer Lucas Sirotniak removing of the top of the housing apparatus so the monitoring device can be deployed.
Perth Amboy Webcam
View from 01396060 Arthur Kill at Perth Amboy, New Jersey gage looking down the pier towards the bay
View from 01396060 Arthur Kill at Perth Amboy, New Jersey gage looking down the pier towards the bay
Peckman Webcam
Looking up river at the bend above the 01389534 Peckman River at Ozone Ave at Verona, New Jersey gage.
Looking up river at the bend above the 01389534 Peckman River at Ozone Ave at Verona, New Jersey gage.
Airtemp_HOBO
Solar radiation shelter attached to the north face side of a tree. The shelter is designed to allow maximum air flow around the temperature sensor inside.
Solar radiation shelter attached to the north face side of a tree. The shelter is designed to allow maximum air flow around the temperature sensor inside.
TidbiT_HOBO
Small sensor (with quarter for comparison) called an “TidbiT” internally logs data every 15-minutes. The TidbiT is a HOBO data logger and weighs only 1.28 oz.
Small sensor (with quarter for comparison) called an “TidbiT” internally logs data every 15-minutes. The TidbiT is a HOBO data logger and weighs only 1.28 oz.
Water_HOBO
TidbiT is attached to fence post pounded into stream bed. Some TidbiTs are attached to a metal pin in the stream bed depending on the bed type. The white striped instrument is a high accuracy thermometer verifying the TidbiT.
TidbiT is attached to fence post pounded into stream bed. Some TidbiTs are attached to a metal pin in the stream bed depending on the bed type. The white striped instrument is a high accuracy thermometer verifying the TidbiT.
NJ StreamStat Image
Screenshot image from the StreamStats application, focused on New Jersey. To be used for the NJWSC StreamStats page.
Screenshot image from the StreamStats application, focused on New Jersey. To be used for the NJWSC StreamStats page.
New Jersey StreamStats Map
Screenshot of New Jersey from StreamStats application. To be used as a carousel image
Screenshot of New Jersey from StreamStats application. To be used as a carousel image
Maurice River Survey
Looking downstream on the Maurice River while surveying between the USGS 01412130 -Maurice R at Mauricetown NJ gage and the boat launch site upstream in Millville.
Looking downstream on the Maurice River while surveying between the USGS 01412130 -Maurice R at Mauricetown NJ gage and the boat launch site upstream in Millville.
Sonde Sensor
Multiparameter sonde used to measure water temperature and specific conductance at each Telemetry Gage location. The sonde is hard-wired into the gage and provides real-time timeseries data.
Multiparameter sonde used to measure water temperature and specific conductance at each Telemetry Gage location. The sonde is hard-wired into the gage and provides real-time timeseries data.
Greenwich Housing
The multiparameter sonde is housed in a gray PVC pipe and co-located at a Tide Telemetry Gage at USGS 01413038 -Cohansey River at Greenwich NJ.
The multiparameter sonde is housed in a gray PVC pipe and co-located at a Tide Telemetry Gage at USGS 01413038 -Cohansey River at Greenwich NJ.
Monitor Installation
USGS Hydrographers Lucas Sirotniak and Jacob Gray placing the bacteria analyzer in the deployment tube at the Delaware River, Pyne Poynt, Camden, New Jersey.
USGS Hydrographers Lucas Sirotniak and Jacob Gray placing the bacteria analyzer in the deployment tube at the Delaware River, Pyne Poynt, Camden, New Jersey.
Water Sampling for PFAS
A USGS scientist wearing black gloves is collecting a sample of tap water from the kitchen sink using small plastic vials to test for PFAS.
A USGS scientist wearing black gloves is collecting a sample of tap water from the kitchen sink using small plastic vials to test for PFAS.
Measuring SPATT resin
Technician Kathryn Cahalane using an analytical balance to measure resin for SPATT production.
Technician Kathryn Cahalane using an analytical balance to measure resin for SPATT production.
Sandy Hook Study Area Aerial 1
Aerial Map of the Sandy Hook National Recreation Area with a map of New Jersey and the study area in the Atlantic Coastal Plain
Aerial Map of the Sandy Hook National Recreation Area with a map of New Jersey and the study area in the Atlantic Coastal Plain
Flow_Meter
Clamp-on ultrasonic flow meter measuring total flow on a pipe at a private well monitoring site.
Clamp-on ultrasonic flow meter measuring total flow on a pipe at a private well monitoring site.
Coastal Weather Station 2
Weather sensor and rain gage mounted at the USGS 395629074050201 Seaside Heights USGS weather station New Jersey
Weather sensor and rain gage mounted at the USGS 395629074050201 Seaside Heights USGS weather station New Jersey
Jon Cohl ADCP at 01457400 Musconetcong Riegelsville
Jon Cohl ADCP at 01457400 Musconetcong RiegelsvillePhoto Contest Winner | January 2021 | People
Jon Cohl ADCP at 01457400 Musconetcong Riegelsville
Jon Cohl ADCP at 01457400 Musconetcong Riegelsville
Jon Cohl ADCP at 01457400 Musconetcong RiegelsvillePhoto Contest Winner | January 2021 | People
Jon Cohl ADCP at 01457400 Musconetcong Riegelsville
Launching an autonomous underwater vehicle in the Delaware River
Launching an autonomous underwater vehicle in the Delaware RiverUSGS scientists Matt Gyves (left) and Jason Shvanda (center) deploying a low-cost, small uncrewed underwater vehicle (sUUV) to autonomously measure water quality parameters in the Delaware River with Ian Owen from Jaia Robotics (right).
Launching an autonomous underwater vehicle in the Delaware River
Launching an autonomous underwater vehicle in the Delaware RiverUSGS scientists Matt Gyves (left) and Jason Shvanda (center) deploying a low-cost, small uncrewed underwater vehicle (sUUV) to autonomously measure water quality parameters in the Delaware River with Ian Owen from Jaia Robotics (right).