USGS Scientist Liam Kenefic checking the Groundwater-level after lowering the sampling pump into the 393104075122201 MW36 Observation well. This reading helps determine that the pump is in the appropriate placement once pumping begins to help ensure the sonde is collecting field parameters have reached stability to determine that sampling can occur.
Images
New Jersey Water Science Center Image File
USGS Scientist Liam Kenefic checking the Groundwater-level after lowering the sampling pump into the 393104075122201 MW36 Observation well. This reading helps determine that the pump is in the appropriate placement once pumping begins to help ensure the sonde is collecting field parameters have reached stability to determine that sampling can occur.
USGS Scientist Kate Bowen working in a "Clean-Hands" environment to collect and store ambient groundwater-quality samples for storage and transport to the lab. Samples are obtained inside a sealed chamber to prevent atmospheric contamination.
USGS Scientist Kate Bowen working in a "Clean-Hands" environment to collect and store ambient groundwater-quality samples for storage and transport to the lab. Samples are obtained inside a sealed chamber to prevent atmospheric contamination.
USGS Scientist Liam Kenefic lowering a calibrated electric tape into the 393104075122201 MW36 Observation well to collect groundwater‑level measurements to verify that the well remains inactive and that current water levels align with historic trends.
USGS Scientist Liam Kenefic lowering a calibrated electric tape into the 393104075122201 MW36 Observation well to collect groundwater‑level measurements to verify that the well remains inactive and that current water levels align with historic trends.
USGS Scientist Kate Bowen preforming "clean-hands" ambient groundwater-quality sample collection inside a sealed chamber to prevent atmospheric contamination.
USGS Scientist Kate Bowen preforming "clean-hands" ambient groundwater-quality sample collection inside a sealed chamber to prevent atmospheric contamination.
Looking out along the Shrewsbury River at Sea Bright, from the Streamgage USGS 01407600 Shrewsbury River at Sea Bright, NJ
Looking out along the Shrewsbury River at Sea Bright, from the Streamgage USGS 01407600 Shrewsbury River at Sea Bright, NJ
Looking out on USGS 01390450 Saddle River at Upper Saddle River, New Jersey streamflow control and staff.
Looking out on USGS 01390450 Saddle River at Upper Saddle River, New Jersey streamflow control and staff.
Delaware River at Montague, New Jersey
Delaware River at Montague, New Jersey
Looking out on the control for the USGS 01464000 Assunpink Creek at Trenton, New Jersey under the Monmouth Street Bridge
Looking out on the control for the USGS 01464000 Assunpink Creek at Trenton, New Jersey under the Monmouth Street Bridge
Phase 2 low-to-normal flow sampling locations within Peters Brook watershed and Raritan Mainstem
Phase 2 low-to-normal flow sampling locations within Peters Brook watershed and Raritan Mainstem
Phase 1 low-to-normal and storm flow sampling locations and rain gages, as well as area of influence location.
Phase 1 low-to-normal and storm flow sampling locations and rain gages, as well as area of influence location.
USGS Hydrographer Lucas Sirotniak setting up storm sampling equipment that was stored within trailers at most study sites.
USGS Hydrographer Lucas Sirotniak setting up storm sampling equipment that was stored within trailers at most study sites.
Looking upstream past USGS 01379000 Passaic River at Millington, New Jersey towards the historical Dunham's Bridge
Looking upstream past USGS 01379000 Passaic River at Millington, New Jersey towards the historical Dunham's Bridge
West Brook at Wanaque Gage House
West Brook at Wanaque Gage House
Map showing the lower Delaware River basin, Cumberland County, New Jersey, and locations of U.S. Geological Survey gages along the reaches of the Maurice and Cohansey Rivers.
Map showing the lower Delaware River basin, Cumberland County, New Jersey, and locations of U.S. Geological Survey gages along the reaches of the Maurice and Cohansey Rivers.
Map showing a close-up view of the Maurice River, river miles measured from the mouth, and U.S. Geological Survey gages used in the study.
Map showing a close-up view of the Maurice River, river miles measured from the mouth, and U.S. Geological Survey gages used in the study.
Output images from the collected data of the Acoustic Doppler Current Profiler used for the ice measurement at USGS 01438500 Delaware River at Montague, New Jersey.
Output images from the collected data of the Acoustic Doppler Current Profiler used for the ice measurement at USGS 01438500 Delaware River at Montague, New Jersey.
Image of the rating curve for 01438500 Delaware River at Montague, NJ, showing how the ice measurement compares to other measurements and expected flows at the site
Image of the rating curve for 01438500 Delaware River at Montague, NJ, showing how the ice measurement compares to other measurements and expected flows at the site
Looking downstream along the frozen river at the Montague bridge and the USGS 01438500 Delaware River at Montague, New Jersey site
Looking downstream along the frozen river at the Montague bridge and the USGS 01438500 Delaware River at Montague, New Jersey site
Aerial view of the Boreholes drilled in the ice to measure the flow at the USGS site 01438500 Delaware River at Montague, New Jersey
Aerial view of the Boreholes drilled in the ice to measure the flow at the USGS site 01438500 Delaware River at Montague, New Jersey
Looking out over the frozen Delaware River at the Montague Gage house on the right and the bridge in the distance downstream at the USGS 01438500 Delaware River at Montague site before the ice measurement is made
Looking out over the frozen Delaware River at the Montague Gage house on the right and the bridge in the distance downstream at the USGS 01438500 Delaware River at Montague site before the ice measurement is made
Looking at the Acoustic Dopler Current Profiler (ADCP) being used to measure the flow below the ice next to a traditional wading rod inn front of the borehole in in the ice at USGS 01438500 Delaware River at Montague, New Jersey
Looking at the Acoustic Dopler Current Profiler (ADCP) being used to measure the flow below the ice next to a traditional wading rod inn front of the borehole in in the ice at USGS 01438500 Delaware River at Montague, New Jersey