SUSPENDED SOLIDS TRANSPORT IN SCHOONER CREEK
Overview of the monitoring site
Principal Investigators:
Qizhong Guo
and
Norbert Psuty
Sponsors:
1.
Institute of Marine and Coastal Sciences
, Rutgers University
2.
NOAA (National Oceanic & Atmospheric Administration)
, Mullica River - Great Bay National Estuarine Research Resource through Marine Field Station, Tuckerton, Rutgers University
Duration:
1994-1997
Objectives:
Study hydrodynamics and suspended solids flux in a tidal creek-salt marsh system
Methods:
Field infrared nephelometric turbidimeter, automatic water sampler, laboratory analysis, and statistical analysis
PUBLICATIONS AND REPORTS
Suspended Solids Flux between Salt Marsh and Adjacent Bay: A
Long-Term Continuous Measurement
Feasibility of Using a Turbidimeter to Quantify Suspended Solids Concentration in a Tidal Salt Marsh Creek
Correlation Between Turbidity and Suspended Solids Concentration in a Tidal Saltmarsh Creek
Installation of monitoring station