The map overview highlights the three basins involved in the monitoring project across southern New Jersey. The USGS gages listed are the nearest telemetry stations recording tidal elevation, specific conductance, and water temperature.
Jennifer L. Closson
Jennifer is a scientist with the USGS New Jersey Water Science Center in the Coastal Science Team
Professional Experience
2020 – Present, USGS New Jersey Water Science Center, Hydrologist. Monitors and analyzes tidally influenced surface water elevations in the New Jersey Tide Network (NJTN) Coastal Science Team under Surface Water Observations Program (SWOP). Is also involved with the NGWOS Saltwater Intrusion Project on tidally influenced saltwater tributaries extending upstream from the Delaware Bay.
2018, Florida Institute of Technology, Research Assistant in Civil Engineering. Assisted in video collection, processing, and analysis of concrete pile driving sets and rebounds in deep foundation areas using ENVI and MATLAB software. Collaborated with student engineers comparing pile driving monitor data. Data contributed to FDOT.
2018, Florida Institute of Technology, Teaching Assistant in Introduction to Civil Engineering and grader for Introduction to Meteorology.
Education and Certifications
2017-2019, M.S., Physical Oceanography, Florida Institute of Technology, thesis on measurements and synthetic imaging of water surface gravity waves using optical techniques
2015, Certificate, Geographic Information Science, Montclair University
2010-2014, B.S., Earth Science (Meteorology focus), Kean University
Science and Products
Non-USGS Publications**
**Disclaimer: The views expressed in Non-USGS publications are those of the author and do not represent the views of the USGS, Department of the Interior, or the U.S. Government.
Saltwater Intrusion and Sea Level Rise Monitoring in New Jersey
The map overview highlights the three basins involved in the monitoring project across southern New Jersey. The USGS gages listed are the nearest telemetry stations recording tidal elevation, specific conductance, and water temperature.
An example of a Maurice River longitudinal profile survey on 6/30/2022. The average specific conductivity is shown at each cross-section. The transects help demonstrate the relationship between specific conductivity and distance upstream from the mouth of the Maurice River.
An example of a Maurice River longitudinal profile survey on 6/30/2022. The average specific conductivity is shown at each cross-section. The transects help demonstrate the relationship between specific conductivity and distance upstream from the mouth of the Maurice River.
Alloway Creek during a recon survey heading upstream from the Quinton boat launch and downstream of the Route 540 Bridge.
Alloway Creek during a recon survey heading upstream from the Quinton boat launch and downstream of the Route 540 Bridge.
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.
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.
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. Similarly, the Bivalve, Maureicetown, and Hancocks Telemetry Gages are installed the same way.
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. Similarly, the Bivalve, Maureicetown, and Hancocks Telemetry Gages are installed the same way.
Science and Products
Non-USGS Publications**
**Disclaimer: The views expressed in Non-USGS publications are those of the author and do not represent the views of the USGS, Department of the Interior, or the U.S. Government.
Saltwater Intrusion and Sea Level Rise Monitoring in New Jersey
The map overview highlights the three basins involved in the monitoring project across southern New Jersey. The USGS gages listed are the nearest telemetry stations recording tidal elevation, specific conductance, and water temperature.
The map overview highlights the three basins involved in the monitoring project across southern New Jersey. The USGS gages listed are the nearest telemetry stations recording tidal elevation, specific conductance, and water temperature.
An example of a Maurice River longitudinal profile survey on 6/30/2022. The average specific conductivity is shown at each cross-section. The transects help demonstrate the relationship between specific conductivity and distance upstream from the mouth of the Maurice River.
An example of a Maurice River longitudinal profile survey on 6/30/2022. The average specific conductivity is shown at each cross-section. The transects help demonstrate the relationship between specific conductivity and distance upstream from the mouth of the Maurice River.
Alloway Creek during a recon survey heading upstream from the Quinton boat launch and downstream of the Route 540 Bridge.
Alloway Creek during a recon survey heading upstream from the Quinton boat launch and downstream of the Route 540 Bridge.
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.
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.
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. Similarly, the Bivalve, Maureicetown, and Hancocks Telemetry Gages are installed the same way.
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. Similarly, the Bivalve, Maureicetown, and Hancocks Telemetry Gages are installed the same way.