Little water quality data exists that can inform the safety of recreating on the highly urbanized Lower Raritan River. The Lower Raritan is actively used for fishing, paddling, catching bait fish, crabbing, jet skiing, wading and even swimming on a hot day, yet limited information is available for pathogen levels that have a direct effect […]
The burden of non-tuberculosis mycobacterium (NTM) infections on the US healthcare systems is estimated to cost $815 million annually. NTM causes chronic lung infections most commonly in older, immunocompromised, and cystic fibrosis patients. NTM can by-pass drinking water treatment and has been shown to proliferate in household plumbing biofilms after chlorine-sensitive competitors have been inactivated. […]
There is very little information on the density and or the species of bivalve mollusks present in the watershed of the Raritan River basin. The work that was conducted involved examining the presence or absence of bivalve mollusks from the mouth of the Raritan River to just past the Route 18 bridge in New Brunswick. […]
Mid-Atlantic populations of river herring (Alosa pseudoharengus, alewife, and A. aestivalis, blueback herring) have declined precipitously in recent years. River herring are listed as “Species of Special Concern” by the National Marine Fisheries Service. With over 1,700 dams in New Jersey, barriers to spawning migration are significant impediments to restoring river herring populations. Over the […]
The objective of this project was to develop an elevation/bathymetry grid for the Raritan River Basin as a precursor for a hydrodynamic model. In addition, by identifying data gaps the project provides guidance on future side-scan sonar surveys of the river. Finally, the project assessed options for processing of side-scan sonar data and makes recommendations […]
A real-time water quality monitoring station has been deployed on the bottom of the Raritan River in the mid-channel in front of the Rutgers Class of 1914 Boathouse (at approximately Lat/Long 40.488960, -74.33184). YSI/Xylem EXO2 Sonde sensors include: conductivity, temperature, depth, dissolved oxygen, salinity, chlorophyll, turbidity. A Sontek Argonaut-XR ADCP measures pressure, temperature, and current […]
This research study by the Meadowlands Environmental Research Institute (MERI) at Rutgers – Newark, aimed to fill in data gaps in river and marsh sediment contamination in the Lower Raritan River. The main tasks of this study were: (1) Measure trace metal and organic contaminant levels in surficial sediments along 20 km of the Lower […]
Key Raritan Indicators described through ArcGIS StoryMaps by Advanced Environmental Geomatics Students In the Spring of 2019, undergraduate students in Dr. Richard Lathrop’s Advanced Environmental Geomatics course developed ArcGIS StoryMaps for key indicators identified in the State of the Raritan Report, Volumes 1 and 2. The reports were written to provide critical data to inform […]
The EPA Rutgers Raritan River Project was conducted to compile data related to point source and non-point source pollution and Superfund, Brownfield and other contaminated sites into a comprehensive database. In addition, the project developed an interactive tool that assists federal, state, and local stakeholders to make decisions related to environmental cleanup and site reuse, […]
The Rutgers Raritan River Consortium (R3C) has awarded ten mini-grants to support research by Rutgers faculty, staff and post-doctoral researchers on Raritan River, basin and bay resource issues. The recipients, award amounts and project titles are: Michele Bakacs (Dept. Agriculture and Natural Resources, School of Environmental and Biological Sciences (SEBS)), Richard G. Lathrop (Dept. Ecology, […]
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