Resilience Steps
Find support and resources tailored to your project needs. Select your Planning Phase, Location, and/or Topic of interest to access a filtered selection of our curated resources and tools.
Find support and resources tailored to your project needs. Select your Planning Phase, Location, and/or Topic of interest to access a filtered selection of our curated resources and tools.
Learn about the environmental threats and climate risks in your community
Identify strategies to help mitigate risks and develop ways to adapt to a changing climate
Find funding and guidance to help put your plans into action
Monitor, maintain, and adaptively-manage your project to sustain success
Select one or more of the filters below to find relevant tools and resources for your needs
Learn how to identify, prioritize, and implement high-impact projects
Case Study
Huntington, NY
This comprehensive study and plan, funded through the National Fish and Wildlife Foundation, Long Island Sound Futures Fund, identifies initial strategies to maintain and enhance the local watershed resources of Crab Meadow. It is meant to be a land management tool to guide the implementation of best practices. The plan was developed in consultation with many partners and stakeholders.
Garrett Chelius gchelius@huntingtonny.gov
Case Study
Huntington, NY
This comprehensive study and plan, funded through the National Fish and Wildlife Foundation, Long Island Sound Futures Fund, identifies initial strategies to maintain and enhance the local watershed resources of Crab Meadow. It is meant to be a land management tool to guide the implementation of best practices. The plan was developed in consultation with many partners and stakeholders.
Case Study
East Haddam, CT
With support from the Nature Conservancy and Sustainable CT, East Haddam organized a Community Resilience Building process and workshop, the results of which were compiled into this summary. The team engaged with community members to determine the present hazards and vulnerabilities and identify resilient solutions.
Case Study
East Haddam, CT
With support from the Nature Conservancy and Sustainable CT, East Haddam organized a Community Resilience Building process and workshop, the results of which were compiled into this summary. The team engaged with community members to determine the present hazards and vulnerabilities and identify resilient solutions.
Case Study
Sea Cliff, NY
The Hempstead Harbor Protection Committee and Village of Sea Cliff completed subwatershed improvements at Scudders Pond to address stormwater drainage problems impacting the water quality of the pond and Hempstead Harbor, highlighted as a priority in the 1998 Hempstead Harbor Water Quality Improvement Plan. The improvements included dredging the pond, installing a hydrodynamic separator to intercept sediment, removing invasive Phragmites australis and replacing with native plants, realigning the stream to reduce erosion, redirecting the stormwater from residences to the bioswale, creation of a biofilter wetland area, replacement of the weir between the upper and lower ponds and weir at Shore Road.
Eric Swenson, Hempstead Harbor Protection Committee, hempsteadharbor@gmail.com
Case Study
Sea Cliff, NY
The Hempstead Harbor Protection Committee and Village of Sea Cliff completed subwatershed improvements at Scudders Pond to address stormwater drainage problems impacting the water quality of the pond and Hempstead Harbor, highlighted as a priority in the 1998 Hempstead Harbor Water Quality Improvement Plan. The improvements included dredging the pond, installing a hydrodynamic separator to intercept sediment, removing invasive Phragmites australis and replacing with native plants, realigning the stream to reduce erosion, redirecting the stormwater from residences to the bioswale, creation of a biofilter wetland area, replacement of the weir between the upper and lower ponds and weir at Shore Road.
Case Study
Stratford, CT
This project consists of 750 feet of shoreline in Stratford, CT. The goal of the project was to protect the beach from coastal erosion and to help combat sea level rise. The steps consisted of adding a smooth cordgrass marsh, artificial shellfish reefs (reef balls), high marsh, and a coastal dune area. The site was awarded the “Best Restored Shore Area” from the American Shore and Beach Preservation Association. To adaptively manage the site, a second restoration project is being developed to extend the marsh seaward by 0.35 acres over an additional 250 feet of shore using a combination of bagged slipper shell and small, modular oyster castles near the marsh edge, along with additional cordgrass plantings in the intertidal zone.
Sacred Heart University
LaTina Steele
203-396-8485
steelel@sacredheart.edu
Case Study
Stratford, CT
This project consists of 750 feet of shoreline in Stratford, CT. The goal of the project was to protect the beach from coastal erosion and to help combat sea level rise. The steps consisted of adding a smooth cordgrass marsh, artificial shellfish reefs (reef balls), high marsh, and a coastal dune area. The site was awarded the “Best Restored Shore Area” from the American Shore and Beach Preservation Association. To adaptively manage the site, a second restoration project is being developed to extend the marsh seaward by 0.35 acres over an additional 250 feet of shore using a combination of bagged slipper shell and small, modular oyster castles near the marsh edge, along with additional cordgrass plantings in the intertidal zone.
Sacred Heart University
Case Study
Wilton, CT
Dana Dam (aka Strong Pond Dam) at Merwin Meadows Park in Wilton, CT was the first barrier to upstream fish migration from Long Island Sound on the Norwalk River. A series of dams along the Norwalk River (historically, and presently) prevented fish from reaching their historic spawning grounds, have posed safety risks, and disconnected the river from its natural floodplain. On September 11, 2023, demolition of this dam began! In addition to restoring habitat and allowing fish passage, the removal restored natural floodplain connectivity, realigned 200 feet of river channel away from an active railroad embankment, and removed a known safety hazard.
Alex Krofta, akrofta@savethesound.org
Case Study
Wilton, CT
Dana Dam (aka Strong Pond Dam) at Merwin Meadows Park in Wilton, CT was the first barrier to upstream fish migration from Long Island Sound on the Norwalk River. A series of dams along the Norwalk River (historically, and presently) prevented fish from reaching their historic spawning grounds, have posed safety risks, and disconnected the river from its natural floodplain. On September 11, 2023, demolition of this dam began! In addition to restoring habitat and allowing fish passage, the removal restored natural floodplain connectivity, realigned 200 feet of river channel away from an active railroad embankment, and removed a known safety hazard.
Guidance Tool
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This Guide provides planning tools, regulatory information, and best management practices to jumpstart shellfish restoration-based project planning.
Guidance Tool
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This Guide provides planning tools, regulatory information, and best management practices to jumpstart shellfish restoration-based project planning.
Guidance Tool
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Resource guide for CT shellfish and aquaculture. It provides information and tools about all things shellfish and aquaculture in Connecticut with sections for businesses, consumers, recreational shellfishing, and shellfish restoration.
Guidance Tool
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Resource guide for CT shellfish and aquaculture. It provides information and tools about all things shellfish and aquaculture in Connecticut with sections for businesses, consumers, recreational shellfishing, and shellfish restoration.
Mapper
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This NYSDEC tool provides information on shellfish closures in NY’s marine waters and can be used to help resource users understand where it is safe to harvest to shellfish.
Mapper
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This NYSDEC tool provides information on shellfish closures in NY’s marine waters and can be used to help resource users understand where it is safe to harvest to shellfish.
Mapper
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The River Revival Project Map is a GIS-based map that identifies every river and stream in Nassau and Suffolk Counties. It also identifies the tributaries where river herring runs are known to exist, and shows all existing, planned or proposed connectivity projects on the island. The map is intended to be a tool to engage citizens in the restoration of rivers and streams in their communities.
Mapper
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The River Revival Project Map is a GIS-based map that identifies every river and stream in Nassau and Suffolk Counties. It also identifies the tributaries where river herring runs are known to exist, and shows all existing, planned or proposed connectivity projects on the island. The map is intended to be a tool to engage citizens in the restoration of rivers and streams in their communities.
Mapper
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This resource provides a variety of Aquaculture geodata in CT and can be used to support the decision-making process for aquaculture permitting applications, but does not include authoritative content.
Mapper
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This resource provides a variety of Aquaculture geodata in CT and can be used to support the decision-making process for aquaculture permitting applications, but does not include authoritative content.
Mapper
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The purpose of the Long Island Sound Blue Plan is to identify and protect places of traditional use and ecological significance, and to minimize conflicts, now and in the future. Contains data layers with policy and planning areas, ecologically significant areas, and significant human use areas.
Mapper
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The purpose of the Long Island Sound Blue Plan is to identify and protect places of traditional use and ecological significance, and to minimize conflicts, now and in the future. Contains data layers with policy and planning areas, ecologically significant areas, and significant human use areas.
Mapper
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Connecticut Environmental Conditions Online (CT ECO) is the collaborative work of the Connecticut Department of Energy and Environmental Protection (DEEP) and the University of Connecticut Center for Land Use Education and Research (CLEAR) to share environmental and natural resource information with the general public. CT ECO’s mission is to encourage, support, and promote informed land use and development decisions in Connecticut by providing local, state and federal agencies, and the general public with convenient access to the most up-to-date and complete natural resource information available statewide.
CT ECO includes a variety of online maps and tools for viewing Connecticut’s environmental and natural resources as well as high resolution aerial imagery, elevation data, and land cover. The Advanced Map Viewer provides flexibility to turn on and off layers of the map.
Mapper
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Connecticut Environmental Conditions Online (CT ECO) is the collaborative work of the Connecticut Department of Energy and Environmental Protection (DEEP) and the University of Connecticut Center for Land Use Education and Research (CLEAR) to share environmental and natural resource information with the general public. CT ECO’s mission is to encourage, support, and promote informed land use and development decisions in Connecticut by providing local, state and federal agencies, and the general public with convenient access to the most up-to-date and complete natural resource information available statewide.
CT ECO includes a variety of online maps and tools for viewing Connecticut’s environmental and natural resources as well as high resolution aerial imagery, elevation data, and land cover. The Advanced Map Viewer provides flexibility to turn on and off layers of the map.
Mapper
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The Long Island Sound Watershed Land Cover Viewer contains all dates of land cover as well as Change To, Change From, Riparian Area Land Cover, and Impervious Surface Estimate layers. It also has many layers where HUC 12 watersheds are colored based on a single land cover.
Mapper
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The Long Island Sound Watershed Land Cover Viewer contains all dates of land cover as well as Change To, Change From, Riparian Area Land Cover, and Impervious Surface Estimate layers. It also has many layers where HUC 12 watersheds are colored based on a single land cover.
Mapper
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The Map Viewer is the state’s first geospatial collection of key ecological, biological, and human-use data intended to assess the viability of a coastal location to support shellfish restoration. Further, qualitative oyster habitat surveys characterize, for the first time, the condition of intertidal oyster populations across the state and establish a baseline to inform the planning of future quantitative assessments.
Mapper
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The Map Viewer is the state’s first geospatial collection of key ecological, biological, and human-use data intended to assess the viability of a coastal location to support shellfish restoration. Further, qualitative oyster habitat surveys characterize, for the first time, the condition of intertidal oyster populations across the state and establish a baseline to inform the planning of future quantitative assessments.
Mapper
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This mapper provides a view of estuary data and the option to retrieve and save information about water quality, nutrients, land use, etc. There are also instructions provided to assist with usage.
Mapper
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This mapper provides a view of estuary data and the option to retrieve and save information about water quality, nutrients, land use, etc. There are also instructions provided to assist with usage.
Mapper
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The tool is designed to support shellfish and seaweed aquaculture siting in New York and Connecticut’s coastal waters.
Mapper
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The tool is designed to support shellfish and seaweed aquaculture siting in New York and Connecticut’s coastal waters.
Mapper
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User-friendly access to expert-reviewed interactive maps on key topics such as marine life and habitat, marine-based industry, use and resources in the northeastern United States. The Data Explorer allows the user to define and view any combination of data hosted on the Portal on one map.
Mapper
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User-friendly access to expert-reviewed interactive maps on key topics such as marine life and habitat, marine-based industry, use and resources in the northeastern United States. The Data Explorer allows the user to define and view any combination of data hosted on the Portal on one map.
Resources & Tools