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
Otter Creek Preserve is located along a three-mile stretch of coastline on Long Island Sound in Mamaroneck, NY. It contains 90% of the remaining productive salt marshes in Westchester County, and is an important site for migratory birds, marine life, and other wildlife. The 35-acre preserve is the largest privately-owned tidal wetland designated and protected as a nature sanctuary in Westchester County.
Following improvements made to the coastal forest and tidal marsh in 2015 and 2016 with support from the Westchester Community Foundation, in 2017 Westchester Land Trust (WLT) received NFWF LISFF funding to continue removing non-native trees, shrubs, and vines, replant with native species, and conduct expanded outreach and educational programming at the preserve.
Case Study
Otter Creek Preserve is located along a three-mile stretch of coastline on Long Island Sound in Mamaroneck, NY. It contains 90% of the remaining productive salt marshes in Westchester County, and is an important site for migratory birds, marine life, and other wildlife. The 35-acre preserve is the largest privately-owned tidal wetland designated and protected as a nature sanctuary in Westchester County.
Following improvements made to the coastal forest and tidal marsh in 2015 and 2016 with support from the Westchester Community Foundation, in 2017 Westchester Land Trust (WLT) received NFWF LISFF funding to continue removing non-native trees, shrubs, and vines, replant with native species, and conduct expanded outreach and educational programming at the preserve.
Case Study
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
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.
Training
These webinars were presented by NEIWPCC, Long Island Sound Study, and the New York State Department of Environmental Conservation. The webinars introduced the Marsh Interactive Fate Viewer, discussed the process of creating marsh conservation plans for Westchester County and Mattituck Creek (Suffolk County) in 2021, and laid the groundwork for developing additional marsh conservation plans over the course of 2023.
Training
These webinars were presented by NEIWPCC, Long Island Sound Study, and the New York State Department of Environmental Conservation. The webinars introduced the Marsh Interactive Fate Viewer, discussed the process of creating marsh conservation plans for Westchester County and Mattituck Creek (Suffolk County) in 2021, and laid the groundwork for developing additional marsh conservation plans over the course of 2023.
Case Study
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
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
The purpose of this project was to mitigate 450 ft of coastal erosion on the Long Island Sound. A part of Crab Creek was moved further inland, thus allowing for beach and dune migration over time. New rock sills, plants, and sand sills were also positioned along the shore.
Case Study
The purpose of this project was to mitigate 450 ft of coastal erosion on the Long Island Sound. A part of Crab Creek was moved further inland, thus allowing for beach and dune migration over time. New rock sills, plants, and sand sills were also positioned along the shore.
Case Study
The Maidstone Landing Association, situated between Town of Riverhead Iron Pier Beach and Hallock State Park, wanted to take action to mitigate erosion of their bluff. First they worked with Town of Riverhead to put up signage and fencing to stop beachgoers from climbing and driving on or near the bluff, which was causing significant destruction. Next they opted for a small-scale, nature-based approach to help stabilize the bluff. They purchased snow fencing from Home Depot and native beachgrass from Long Island Natives. They engaged Riverhead Charter High School to help with putting up the snow fencing and the plantings. The Maidstone Landing Association is using their bluff as an “outdoor classroom” to teach students and the public about the importance of conserving our coastal habitats and best practices.
Tom Mohrman mustangtpm@gmail.com; Corey Humphrey corey.humphrey@suffolkcountyny.gov
Case Study
The Maidstone Landing Association, situated between Town of Riverhead Iron Pier Beach and Hallock State Park, wanted to take action to mitigate erosion of their bluff. First they worked with Town of Riverhead to put up signage and fencing to stop beachgoers from climbing and driving on or near the bluff, which was causing significant destruction. Next they opted for a small-scale, nature-based approach to help stabilize the bluff. They purchased snow fencing from Home Depot and native beachgrass from Long Island Natives. They engaged Riverhead Charter High School to help with putting up the snow fencing and the plantings. The Maidstone Landing Association is using their bluff as an “outdoor classroom” to teach students and the public about the importance of conserving our coastal habitats and best practices.
Case Study
In 2023, Long Island Sound Study and Warren Pinnacle, in partnership with Westchester County and conservation groups/organizations, have developed a Plan to understand the benefits of, threats to, and recommended conservation actions for marsh ecosystems on Glen Island Park in New Rochelle, NY. The goal of the Plan is to help inform conservation and restoration efforts to maximize marsh ecosystem services under rising sea levels.
Sara Powell, slp285@cornell.edu
Case Study
In 2023, Long Island Sound Study and Warren Pinnacle, in partnership with Westchester County and conservation groups/organizations, have developed a Plan to understand the benefits of, threats to, and recommended conservation actions for marsh ecosystems on Glen Island Park in New Rochelle, NY. The goal of the Plan is to help inform conservation and restoration efforts to maximize marsh ecosystem services under rising sea levels.
Case Study
In 2023, Long Island Sound Study, New York Sea Grant and Warren Pinnacle, in partnership with committed municipalities and marsh-conservation groups/organizations, developed a Plan to understand the benefits, threats and recommended conservation actions at seven focal areas across the harbors. The goal of the Plan is to inform local municipalities and marsh-conservation groups as to where they might focus their conservation efforts to maximize the conservation of marsh ecosystem services under sea-level rise conditions. Seven focal areas across Oyster Bay & Cold Spring Harbor: Frost Creek, Mill Neck Creek, West Shore Road, Bayville Bridge to Centre Island, Centre Island, Shore Road, and Lower Cold Spring Harbor.
Sarah Schaefer-Brown, scs292@cornell.edu
Case Study
In 2023, Long Island Sound Study, New York Sea Grant and Warren Pinnacle, in partnership with committed municipalities and marsh-conservation groups/organizations, developed a Plan to understand the benefits, threats and recommended conservation actions at seven focal areas across the harbors. The goal of the Plan is to inform local municipalities and marsh-conservation groups as to where they might focus their conservation efforts to maximize the conservation of marsh ecosystem services under sea-level rise conditions. Seven focal areas across Oyster Bay & Cold Spring Harbor: Frost Creek, Mill Neck Creek, West Shore Road, Bayville Bridge to Centre Island, Centre Island, Shore Road, and Lower Cold Spring Harbor.
Case Study
In 2023, Long Island Sound Study and Warren Pinnacle, in partnership with committed municipalities and conservation groups/organizations, developed a Plan to understand the benefits, threats, and recommended conservation actions for the Stony Brook Harbor and West Meadow Creek marsh ecosystem. The goal of the Plan is to help inform conservation and restoration efforts to maximize marsh ecosystem services under rising sea levels.
Elizabeth Hornstein, eeh78@cornell.edu
Case Study
In 2023, Long Island Sound Study and Warren Pinnacle, in partnership with committed municipalities and conservation groups/organizations, developed a Plan to understand the benefits, threats, and recommended conservation actions for the Stony Brook Harbor and West Meadow Creek marsh ecosystem. The goal of the Plan is to help inform conservation and restoration efforts to maximize marsh ecosystem services under rising sea levels.
Training
On July 18th, 2023 NYS Department of Environmental Conservation and NY Sea Grant hosted a free public webinar to share more about what steps homeowners can take in their own yards to protect and improve Long Island waters! Featured experts from New York Sea Grant, NYS Department of Environmental Conservation, Long Island Commission for Aquifer Protection, Cornell Cooperative Extension Suffolk County, and Rewild Long Island discussed smart fertilizer practices, water conservation, and native plantings.
Training
On July 18th, 2023 NYS Department of Environmental Conservation and NY Sea Grant hosted a free public webinar to share more about what steps homeowners can take in their own yards to protect and improve Long Island waters! Featured experts from New York Sea Grant, NYS Department of Environmental Conservation, Long Island Commission for Aquifer Protection, Cornell Cooperative Extension Suffolk County, and Rewild Long Island discussed smart fertilizer practices, water conservation, and native plantings.
Case Study
Stratford, CT
This project restored 46 acres of the Great Meadows Marsh in Connecticut that was degraded from dredge material that was dumped on site, poor drainage, and sea level rise. The marsh was also overrun with invasive plants and mosquitoes. A controlled fire was started to kill the invasive reeds growing in the marsh. Then a construction crew removed invasive plants and the dumped dredge material. Lastly, channels were carefully dug for tidal flushing which will allow the marsh to keep pace with sea level rise. Soil hummocks were constructed for Salt Marsh Sparrow habitat. Now the area continues to be monitored, assessed for resiliency, and provides a field for innovative solutions to be tested in.
Trustees: USFWS, NOAA, State of Connecticut; Project Partners: Audubon Connecticut, Town of Stratford
Molly Sperduto at molly_sperduto@fws.gov;
Corrie Folsom-O’Keefe cfolsom.okeefe@audubon.org;
Jack Matthias jack.matthias@audubon.org
Case Study
Stratford, CT
This project restored 46 acres of the Great Meadows Marsh in Connecticut that was degraded from dredge material that was dumped on site, poor drainage, and sea level rise. The marsh was also overrun with invasive plants and mosquitoes. A controlled fire was started to kill the invasive reeds growing in the marsh. Then a construction crew removed invasive plants and the dumped dredge material. Lastly, channels were carefully dug for tidal flushing which will allow the marsh to keep pace with sea level rise. Soil hummocks were constructed for Salt Marsh Sparrow habitat. Now the area continues to be monitored, assessed for resiliency, and provides a field for innovative solutions to be tested in.
Trustees: USFWS, NOAA, State of Connecticut; Project Partners: Audubon Connecticut, Town of Stratford
Case Study
The Nassau County Museum of Art restored coastal grassland and use the restored grassland to educate visitors about the environment at the William Cullen Bryant Preserve, Roslyn Harbor, New York. The project will restore an important coastal habitat of Long Island Sound. The whole area was seeded mid-October 2023 and the meadow will start to grow in the spring though it will be 2-3 years before it looks like a meadow.
Jean Henning, Conservation Project Coordinator, William Cullen Bryant Preserve
jdshenning@gmail.com
Case Study
The Nassau County Museum of Art restored coastal grassland and use the restored grassland to educate visitors about the environment at the William Cullen Bryant Preserve, Roslyn Harbor, New York. The project will restore an important coastal habitat of Long Island Sound. The whole area was seeded mid-October 2023 and the meadow will start to grow in the spring though it will be 2-3 years before it looks like a meadow.
Training
The first annual Long Island Sound Bi-State Sustainable and Resilient Communities Workshop brought together more than 260 people virtually on Dec. 1, 2022 to learn about opportunities to increase the resilience of the Sound’s communities to climate change and other environmental threats. Interactive sessions included opportunities to learn more about the SRC Extension Professionals’ needs assessment findings and recommendations, the newly released Long Island Sound Resilience Grant Writing Assistance Program, and tips for success with Long Island Sound funding opportunities. Concurrent breakout sessions highlighted the work of partners related to shoreline planning and implementation, using green infrastructure for stormwater management, sustainable climate planning for relocation, and new sustainability/resilience tools available in both New York and Connecticut. Videos of the workshop’s six sessions are available on YouTube. They can be accessed below along with supporting documents.
Training
The first annual Long Island Sound Bi-State Sustainable and Resilient Communities Workshop brought together more than 260 people virtually on Dec. 1, 2022 to learn about opportunities to increase the resilience of the Sound’s communities to climate change and other environmental threats. Interactive sessions included opportunities to learn more about the SRC Extension Professionals’ needs assessment findings and recommendations, the newly released Long Island Sound Resilience Grant Writing Assistance Program, and tips for success with Long Island Sound funding opportunities. Concurrent breakout sessions highlighted the work of partners related to shoreline planning and implementation, using green infrastructure for stormwater management, sustainable climate planning for relocation, and new sustainability/resilience tools available in both New York and Connecticut. Videos of the workshop’s six sessions are available on YouTube. They can be accessed below along with supporting documents.
Case Study
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
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.
Case Study
Increased development and the historic construction of a dam on Sunken Meadow Creek in the 1950’s led to reduced tidal exchange, increased water levels in the creek, poor water quality, and the proliferation of invasive species. In 2008 a number of partners (NYS OPRHP, NOAA, NYSDEC, LISS, TNC, Save the Sound, USFWS, LI Botanical Society) came together to work to restore the degraded marsh habitat around Sunken Meadow Creek, increase tidal flow, improve aquatic organism passage, limit invasives, and improve water quality. A restoration feasibility study was completed in 2010. In 2012 Superstorm Sandy blew out the dam on Sunken Meadow Creek, naturally kick-starting restoration. Following Superstorm Sandy, the project partners were able to quickly capitalize on available funding and grants, due to their prior planning efforts. A bridge was built across the Creek where the dam blew out, salt marsh habitat was restored at three locations, green infrastructure was installed in one of the parking areas to capture and treat stormwater runoff, fish passage feasibility on the creek was investigated, and education and outreach was conducted to thousands of people. These projects were completed in 2019. Now, with funding through Long Island Sound Futures Fund, Audubon NY is leading a large-scale marsh restoration project at Sunken Meadow Creek to restore important high-marsh habitat for at risk species, like the Saltmarsh Sparrow, and to increase the resilience of the marsh in the face of rising sea levels. Audubon will be working to finalize the designs and secure permits over the next two years, with on-the-ground restoration expected in 2026.
Sean Cruickshank Sean.Cruickshank@parks.ny.gov, Jon Vander Werff jvanderwerff@savethesound.org, Phoebe Clark phoebe.clark@audubon.org, Vicky O’Neill victoria.oneill@audubon.org
Case Study
Increased development and the historic construction of a dam on Sunken Meadow Creek in the 1950’s led to reduced tidal exchange, increased water levels in the creek, poor water quality, and the proliferation of invasive species. In 2008 a number of partners (NYS OPRHP, NOAA, NYSDEC, LISS, TNC, Save the Sound, USFWS, LI Botanical Society) came together to work to restore the degraded marsh habitat around Sunken Meadow Creek, increase tidal flow, improve aquatic organism passage, limit invasives, and improve water quality. A restoration feasibility study was completed in 2010. In 2012 Superstorm Sandy blew out the dam on Sunken Meadow Creek, naturally kick-starting restoration. Following Superstorm Sandy, the project partners were able to quickly capitalize on available funding and grants, due to their prior planning efforts. A bridge was built across the Creek where the dam blew out, salt marsh habitat was restored at three locations, green infrastructure was installed in one of the parking areas to capture and treat stormwater runoff, fish passage feasibility on the creek was investigated, and education and outreach was conducted to thousands of people. These projects were completed in 2019. Now, with funding through Long Island Sound Futures Fund, Audubon NY is leading a large-scale marsh restoration project at Sunken Meadow Creek to restore important high-marsh habitat for at risk species, like the Saltmarsh Sparrow, and to increase the resilience of the marsh in the face of rising sea levels. Audubon will be working to finalize the designs and secure permits over the next two years, with on-the-ground restoration expected in 2026.
Guidance Tool
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Helps shoreline homeowners choose appropriate landscaping options including plant species.
Guidance Tool
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Helps shoreline homeowners choose appropriate landscaping options including plant species.
Guidance Tool
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Website (also available as a PDF) to help coastal property owners evaluate threats to beaches and dunes and consider potential solutions. It includes background information on dune systems, and how to identify shoreline erosion.
Guidance Tool
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Website (also available as a PDF) to help coastal property owners evaluate threats to beaches and dunes and consider potential solutions. It includes background information on dune systems, and how to identify shoreline erosion.
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List of native plants that will grow well in Connecticut’s coastal zone. Includes wildlife and pollinator benefits.
Guidance Tool
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List of native plants that will grow well in Connecticut’s coastal zone. Includes wildlife and pollinator benefits.
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A guide listing the trees, shrubs, grasses, sedges, reeds and herbaceous plants best for the banks of rivers, streams or other bodies of water (a companion to: A Planting Guide for Riparian Sites Along the Connecticut Coast)
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A guide listing the trees, shrubs, grasses, sedges, reeds and herbaceous plants best for the banks of rivers, streams or other bodies of water (a companion to: A Planting Guide for Riparian Sites Along the Connecticut Coast)
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A website and a downloadable app for your mobile device. The resource has information about rain gardens, designing, selecting plants, and installing a garden on your property.
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A website and a downloadable app for your mobile device. The resource has information about rain gardens, designing, selecting plants, and installing a garden on your property.
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The Connecticut Invasive Plant Working Group website has information on events, invasive plant information for Connecticut, and control information. The mission of the Connecticut Invasive Plant Working Group is to gather and convey information on the presence, distribution, ecological impacts, and management of invasive species; to promote uses of native or non-invasive ornamental alternatives throughout Connecticut; and to work cooperatively with researchers, conservation organizations, government agencies, green industries, and the general public to identify and manage invasive species pro-actively and effectively. Organized in 1997 as an ad-hoc group, the Connecticut Invasive Plant Working Group (CIPWG) meets 1 to 2 times per year to collaborate and share information about invasive plant issues affecting Connecticut and the region. The group includes federal, state, and town agency staff, researchers, nursery growers, educators, master gardeners, community members, and interested citizens.
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The Connecticut Invasive Plant Working Group website has information on events, invasive plant information for Connecticut, and control information. The mission of the Connecticut Invasive Plant Working Group is to gather and convey information on the presence, distribution, ecological impacts, and management of invasive species; to promote uses of native or non-invasive ornamental alternatives throughout Connecticut; and to work cooperatively with researchers, conservation organizations, government agencies, green industries, and the general public to identify and manage invasive species pro-actively and effectively. Organized in 1997 as an ad-hoc group, the Connecticut Invasive Plant Working Group (CIPWG) meets 1 to 2 times per year to collaborate and share information about invasive plant issues affecting Connecticut and the region. The group includes federal, state, and town agency staff, researchers, nursery growers, educators, master gardeners, community members, and interested citizens.
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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.
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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.
Story Map
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This EPA StoryMap communicates the importance, history, and threats of Long Island Sound eelgrass meadows. It highlights Long Island Sound Study’s ongoing efforts to protect and restore these essential ecosystems, and emphasizes the importance of understanding climate change implications on eelgrass distribution and productivity.
Story Map
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This EPA StoryMap communicates the importance, history, and threats of Long Island Sound eelgrass meadows. It highlights Long Island Sound Study’s ongoing efforts to protect and restore these essential ecosystems, and emphasizes the importance of understanding climate change implications on eelgrass distribution and productivity.
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Keep Forests Healthy: A Tool to Assess Resilience, Health & Productivity was developed by Cornell Cooperative Extension, the Northern Institute of Applied Climate Science, and The Nature Conservancy Central and Western New York Chapter to enable landowners to assess how their forest may be affected by changing climate conditions. This tool can help landowners identify potential risks to forests and highlight forest management options that may increase the ability of a forest to cope with the pressure of changing conditions. The document identifies 16 characteristics that may increase or decrease the risk of harm to a forest in a changing climate, which can then be discussed with a professional to plan forest management activities.
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Keep Forests Healthy: A Tool to Assess Resilience, Health & Productivity was developed by Cornell Cooperative Extension, the Northern Institute of Applied Climate Science, and The Nature Conservancy Central and Western New York Chapter to enable landowners to assess how their forest may be affected by changing climate conditions. This tool can help landowners identify potential risks to forests and highlight forest management options that may increase the ability of a forest to cope with the pressure of changing conditions. The document identifies 16 characteristics that may increase or decrease the risk of harm to a forest in a changing climate, which can then be discussed with a professional to plan forest management activities.
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New York Sea Grant (NYSG) created a new “Protecting Coastal Bluffs of Long Island” Sign (pdf) that is available for municipalities, community groups, homeowner associations and property owners to print and install next to your bluff. NYSG has created a post card version of “Protecting Coastal Bluffs of Long Island” (pdf) available for distribution.
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New York Sea Grant (NYSG) created a new “Protecting Coastal Bluffs of Long Island” Sign (pdf) that is available for municipalities, community groups, homeowner associations and property owners to print and install next to your bluff. NYSG has created a post card version of “Protecting Coastal Bluffs of Long Island” (pdf) available for distribution.
Story Map
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This story map examines the coastal processes and hazards of Long Island and provides options for sustainable and resilient shoreline management. Information is useful for coastal managers, planners and coastal property owners.
Story Map
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This story map examines the coastal processes and hazards of Long Island and provides options for sustainable and resilient shoreline management. Information is useful for coastal managers, planners and coastal property owners.
Mapper
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In cities across America, trees have historically been planted along race and class lines. Ensuring equitable tree cover across every neighborhood can help address social inequities so that all people can thrive. The map shows your city or town’s current Tree Equity Score and how it can be improved. Each score is calculated using a science-based approach and readily available data from a variety of sources.
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In cities across America, trees have historically been planted along race and class lines. Ensuring equitable tree cover across every neighborhood can help address social inequities so that all people can thrive. The map shows your city or town’s current Tree Equity Score and how it can be improved. Each score is calculated using a science-based approach and readily available data from a variety of sources.
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Click through all the pages to find guidance on native vs non-native plants, where to buy native plants in Westchester, how to guides, and local ordinances.
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Click through all the pages to find guidance on native vs non-native plants, where to buy native plants in Westchester, how to guides, and local ordinances.
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To better understand how Connecticut’s coastal area marshes and roads may respond to sea level rise (SLR), Sea Level Affecting Marshes Model (SLAMM) was applied to Connecticut’s shoreline by Warren Pinnacle Consulting, Inc. This viewer displays the model’s results for Connecticut’s 21 largest marshes and all coastal area roads. For marshes, SLAMM was run two hundred times using alternative model inputs for key model parameters, including various SLR scenarios, to produce probability based results of likely future marsh conditions. For roads, the model uses a single SLR scenario of about 4.2 feet by 2100 from the base year of 2002. The Sea Level Rise Effects on Roads and Marshes projects is a project between CT DEEP and UConn CLEAR.
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To better understand how Connecticut’s coastal area marshes and roads may respond to sea level rise (SLR), Sea Level Affecting Marshes Model (SLAMM) was applied to Connecticut’s shoreline by Warren Pinnacle Consulting, Inc. This viewer displays the model’s results for Connecticut’s 21 largest marshes and all coastal area roads. For marshes, SLAMM was run two hundred times using alternative model inputs for key model parameters, including various SLR scenarios, to produce probability based results of likely future marsh conditions. For roads, the model uses a single SLR scenario of about 4.2 feet by 2100 from the base year of 2002. The Sea Level Rise Effects on Roads and Marshes projects is a project between CT DEEP and UConn CLEAR.
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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.
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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.
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Healthy ecosystems provide a wide range of benefits, from recreational opportunities to storm surge protection. These benefits are often referred to as ecosystem services. Understanding how changes to the ecosystem may affect these benefits should play a role in the community’s decision making process. This page provides a guide to learning more and key NOAA Digital Coast resources useful for this task.
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Healthy ecosystems provide a wide range of benefits, from recreational opportunities to storm surge protection. These benefits are often referred to as ecosystem services. Understanding how changes to the ecosystem may affect these benefits should play a role in the community’s decision making process. This page provides a guide to learning more and key NOAA Digital Coast resources useful for this task.
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The Sea Level Affecting Marshes Model, or SLAMM, uses digital data and other information to simulate potential impacts of long-term sea level rise on wetlands and shorelines. Additional data related to dike locations or other protected areas, accretion rates, erosion rates, and other factors can be included within the model as optional factors. Requires ArcGIS for viewing outputs in a mapping environment and software, such as Microsoft Excel and Word, to view the text and tabular output.
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The Sea Level Affecting Marshes Model, or SLAMM, uses digital data and other information to simulate potential impacts of long-term sea level rise on wetlands and shorelines. Additional data related to dike locations or other protected areas, accretion rates, erosion rates, and other factors can be included within the model as optional factors. Requires ArcGIS for viewing outputs in a mapping environment and software, such as Microsoft Excel and Word, to view the text and tabular output.
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The NYSDEC document is to provide guidance on the issuance of permits for living shorelines techniques in the Marine and Coastal District Waters of New York (the Marine District) and encourages the use of green or natural infrastructure.
Guidance Tool
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The NYSDEC document is to provide guidance on the issuance of permits for living shorelines techniques in the Marine and Coastal District Waters of New York (the Marine District) and encourages the use of green or natural infrastructure.
Data
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The Long Island Tidal Wetlands Trends Analysis measures wetlands loss and changes in marsh condition within the Long Island Sound, Peconic, and South Shore estuaries including all or parts of Westchester, Bronx, Queens, Nassau, and Suffolk Counties between 1974 and 2005/2008. The results of this project are intended for use by environmental managers, conservation advocates and elected officials across a variety of regulatory agencies, environmental organizations, and governments.
Data
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The Long Island Tidal Wetlands Trends Analysis measures wetlands loss and changes in marsh condition within the Long Island Sound, Peconic, and South Shore estuaries including all or parts of Westchester, Bronx, Queens, Nassau, and Suffolk Counties between 1974 and 2005/2008. The results of this project are intended for use by environmental managers, conservation advocates and elected officials across a variety of regulatory agencies, environmental organizations, and governments.
Mapper
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This mapper is intended to provide federal, state, and local managers with tools to estimate the vulnerability and ecosystem service potential of wetlands. It allows you to display information on the unvegetated to vegetated ratio (UVVR), marsh elevation, tidal range, and shoreline change rates for New York’s tidal wetlands.
Mapper
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This mapper is intended to provide federal, state, and local managers with tools to estimate the vulnerability and ecosystem service potential of wetlands. It allows you to display information on the unvegetated to vegetated ratio (UVVR), marsh elevation, tidal range, and shoreline change rates for New York’s tidal wetlands.
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.
Guidance Tool
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This guide gives community leaders five main strategies to carry out Nature-Based Solution projects: 1) Building Strong Partnerships, 2) Engaging the Whole Community, 3) Matching Project Size With Desired Goals and Benefits, 4) Maximizing Benefits, and 5) Designing for the Future. This is not a technical guide for planning, constructing or funding NBS. It covers the value of each strategy and suggests how to move forward with NBS projects.
Guidance Tool
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This guide gives community leaders five main strategies to carry out Nature-Based Solution projects: 1) Building Strong Partnerships, 2) Engaging the Whole Community, 3) Matching Project Size With Desired Goals and Benefits, 4) Maximizing Benefits, and 5) Designing for the Future. This is not a technical guide for planning, constructing or funding NBS. It covers the value of each strategy and suggests how to move forward with NBS projects.
Mapper
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The purpose of the interactive viewer is to illustrate the fate of significant marsh systems on Long Island Sound under future Sea-Level Rise conditions. Model results are combined with tax-parcel information and integrated with information about marsh ecosystem services to assist municipalities and conservation groups in defining and assessing various land-management alternatives.
Mapper
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The purpose of the interactive viewer is to illustrate the fate of significant marsh systems on Long Island Sound under future Sea-Level Rise conditions. Model results are combined with tax-parcel information and integrated with information about marsh ecosystem services to assist municipalities and conservation groups in defining and assessing various land-management alternatives.
Mapper
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Use this web mapping tool to visualize community-level impacts from coastal flooding or sea level rise (up to 10 feet above average high tides). Photo simulations of how future flooding might impact local landmarks are also provided, as well as data related to water depth, connectivity, flood frequency, socio-economic vulnerability, wetland loss and migration, and mapping confidence.
Mapper
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Use this web mapping tool to visualize community-level impacts from coastal flooding or sea level rise (up to 10 feet above average high tides). Photo simulations of how future flooding might impact local landmarks are also provided, as well as data related to water depth, connectivity, flood frequency, socio-economic vulnerability, wetland loss and migration, and mapping confidence.
Guidance Tool
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The New York State Department of State (NYS DOS) developed the Statewide Shoreline Monitoring Framework to provide clear and consistent information to those planning projects to improve their shoreline resiliency.
Guidance Tool
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The New York State Department of State (NYS DOS) developed the Statewide Shoreline Monitoring Framework to provide clear and consistent information to those planning projects to improve their shoreline resiliency.
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.
Mapper
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Developed by The Nature Conservancy, this tool identifies priority road-stream and tidal crossings in Suffolk County for replacement or upgrades. Prioritization is based on social and ecological criteria. Additionally, it includes data on current and future projected flooding and marsh extent under various sea level rise scenarios. The tool is meant to be a screening tool for planning efforts.
Mapper
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Developed by The Nature Conservancy, this tool identifies priority road-stream and tidal crossings in Suffolk County for replacement or upgrades. Prioritization is based on social and ecological criteria. Additionally, it includes data on current and future projected flooding and marsh extent under various sea level rise scenarios. The tool is meant to be a screening tool for planning efforts.
Mapper
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Coastal Resilience is a Connecticut-based decision support tool that provides local, regional, state and national stakeholders a step-wise process to guide decisions to reduce the ecological and socio-economic risks of coastal and inland hazards.
Mapper
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Coastal Resilience is a Connecticut-based decision support tool that provides local, regional, state and national stakeholders a step-wise process to guide decisions to reduce the ecological and socio-economic risks of coastal and inland hazards.
Mapper
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This map identifies priority salt marshes within each state that are good candidates for restoration, enhancement, and/or management to provide persistent high-quality Saltmarsh Sparrow nesting habitat. A second map shows priority marsh migration space for easement and acquisition.
Mapper
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This map identifies priority salt marshes within each state that are good candidates for restoration, enhancement, and/or management to provide persistent high-quality Saltmarsh Sparrow nesting habitat. A second map shows priority marsh migration space for easement and acquisition.
Guidance Tool
The CTDEEP document provides information about the many ways individuals, property owners, and communities can help protect Connecticut’s tidal wetlands.
Guidance Tool
The CTDEEP document provides information about the many ways individuals, property owners, and communities can help protect Connecticut’s tidal wetlands.
Resources & Tools
