![]() Dredge areas were surveyed and volumetric analyses completed to provide updated estimates of available dredge material volumes available to implement restoration. Compliance support included developing permit applications to respective state and federal agencies, and an Environmental Assessment to meet NEPA requirements. The plan included metrics and criteria supporting development and implementation of the project’s adaptive management plan and associated post-restoration monitoring. Anglers who are familiar with Ninigret Pond and want to make a suggestion to the information provided are asked to use the suggest changes button below on this page. Tidal records and sea level rise projections were evaluated and used to develop an integrated restoration plan. Anyone interested in fishing Ninigret Pond or waters within the wider area around Westerly should consult with local resources before heading out to fish. Click on any image below to open a slide show. Water leaches out of the synthetic fabric of the bags allowing the solid material to dry and be easily disposed of at a later time. We test for a variety of things including bacteria, nutrients, salinity, temperature, concentration of chlorophyll-A, and dissolved oxygen. ![]() We have over 25 sites and more than 30 volunteers. The project is explained in CRMC-Ninigret-Pond-Resilience-Overview.pdf and at this Providence Journal article. This material can be easily removed by new hydraulic dredging techniques that deposit sediment in Geo-bags up to a thousand feet from the dredge site. Since 1985, the Salt Ponds Coalition has tested the water quality of each of the six salt ponds from May through October. The project addressed the continuing degradation and loss of valuable salt marsh areas in. ![]() Fish and Wildlife Service, Save the Bay, and the Town of Charlestown to undertake one of the first dredging and salt marsh restoration projects in Rhode Island. Part of the grant will be engineering for Quonnie dredging in the near future. Fuss & O’Neill assisted the Rhode Island Coastal Resources Management Council, U.S. Our team conducted targeted sediment and vegetative assessments at the 38-acre site. Dredging will begin after Thanksgiving and is scheduled to be completed by January 1, 2017. The climate resiliency project addressed the continuing degradation and loss of valuable salt marsh areas in Ninigret Pond due to changing tidal conditions. Fuss & O’Neill assisted the RI Coastal Resources Management Council, USFWS, Save the Bay and the Town of Charlestown to undertake one of the first dredging and salt marsh restoration projects in Rhode Island.
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