Eastern Shore Climate Resilience Initiative

Eastern Shore Climate Resilience Initiative
Name	Eastern Shore Climate Resilience Initiative
Type	Regional adaptation program
Established	2018
Region	Eastern Shore

Eastern Shore Climate Resilience Initiative The Eastern Shore Climate Resilience Initiative is a regional program focused on adapting coastal and estuarine communities to sea level rise, storm surge, and changing hydrology. It coordinates action among municipal, county, state, tribal, and federal entities to strengthen infrastructure, conserve habitats, and support community resilience across the Eastern Shore. The Initiative integrates planning, engineering, natural resource restoration, and socio-economic measures to reduce vulnerability for residents, businesses, and cultural sites.

Overview

The Initiative operates at the intersection of coastal policy, environmental science, and regional planning, drawing on models from Intergovernmental Panel on Climate Change, National Oceanic and Atmospheric Administration, United States Army Corps of Engineers, Environmental Protection Agency, and National Fish and Wildlife Foundation. It engages stakeholders including University of Maryland, Virginia Institute of Marine Science, Maryland Department of the Environment, Virginia Department of Environmental Quality, Chesapeake Bay Program, and local governments on the Eastern Shore. The Initiative addresses risks such as shoreline erosion, saltwater intrusion, wetland loss, and transportation disruptions affecting landmarks like Assateague Island, Chincoteague Island, Tangier Island, Cape Charles, and historic districts listed on the National Register of Historic Places.

History and Development

Origins trace to multi-jurisdictional responses after major events like Hurricane Sandy and Hurricane Irene, and to scientific inputs from James Hansen-era climate assessments and regional studies by Chesapeake Bay Foundation and Maryland Coastal Bays Program. Early planning convenings included representatives from Department of Housing and Urban Development, Federal Emergency Management Agency, National Park Service, and tribal governments such as the Choptank Indian Nation and Nanticoke Indian Tribe. Pilot mapping projects used data from United States Geological Survey, NOAA Sea Level Rise Viewer, and modeling efforts by Woods Hole Oceanographic Institution and Cornell University. Subsequent phases incorporated grant awards from Bureau of Ocean Energy Management, philanthropic foundations such as The Rockefeller Foundation, and technical assistance from American Society of Civil Engineers.

Objectives and Strategies

Primary objectives include protecting critical infrastructure listed by American Society for Healthcare Engineering, preserving cultural heritage on the National Register of Historic Places, safeguarding fisheries associated with Maryland Department of Natural Resources and Virginia Marine Resources Commission, and enhancing natural defenses such as wetlands promoted by Ducks Unlimited and The Nature Conservancy. Strategies combine structural measures used by USACE Engineer Research and Development Center and living shoreline approaches advanced by University of Delaware, Rutgers University, and Smithsonian Environmental Research Center. The Initiative emphasizes equitable outcomes advocated by Equity and Environmental Justice Movement organizations, and aligns with planning frameworks like Coastal Zone Management Act and National Climate Assessment recommendations.

Projects and Implementation

Implemented projects include living shoreline installations near Saxis, Virginia, salt marsh restoration in Blackwater National Wildlife Refuge, tidal creek reconnection at Monie Bay, and road elevation for corridors linking Easton, Maryland and Accomac, Virginia. Other efforts involve seawall modification at historic waterfronts, stormwater retrofits around Cambridge, Maryland, and community relocation planning influenced by case studies from Shishmaref and Isle de Jean Charles. Technical pilots used tools from USGS Coastal Change Hazards Portal, NOAA Digital Coast, and design guidance from USDA Natural Resources Conservation Service. Cultural preservation projects coordinated with Library of Congress and Historic American Buildings Survey documented vulnerable sites.

Governance and Partnerships

The Initiative uses a multi-layered governance model engaging county boards of supervisors, municipal councils, state agencies, and federal partners such as FEMA Region III and NOAA Fisheries. Academic partners include University of Maryland Center for Environmental Science, Old Dominion University, and Virginia Tech. Nonprofit partners include Chesapeake Conservancy, Audubon Society, and Maryland Coastal Bays Program. Funding partners and program evaluators involve Environmental Defense Fund, World Resources Institute, and regional planning bodies like Metropolitan Planning Organizations. Memoranda of understanding and interagency agreements reference standards from American Planning Association and procurement guidance from General Services Administration.

Funding and Economic Impact

Funding streams combine state budget allocations from Maryland Department of Budget and Management and Virginia Department of Planning and Budget, federal grants from NOAA, FEMA Hazard Mitigation Grant Program, and competitive awards from Economic Development Administration and private foundations including Kresge Foundation. Public-private partnerships engaged local chambers of commerce, port authorities such as Port of Baltimore, and aquaculture firms. Economic assessments used input-output models from Bureau of Economic Analysis and cost-benefit frameworks promoted by Office of Management and Budget to estimate avoided damages to infrastructure, property values in downtowns, and sustained revenues for tourism at sites like Assateague Island National Seashore.

Monitoring, Evaluation, and Outcomes

Monitoring utilizes tide gauges in the NOAA Tide Stations network, habitat mapping by USGS National Land Cover Database, and community vulnerability indices adapted from Community Resilience Building Guide and tools by National Academies of Sciences, Engineering, and Medicine. Evaluation reports produced with partners such as The Nature Conservancy and Chesapeake Bay Foundation measure metrics including acres of restored marsh, miles of resilient roadways, and reductions in emergency response costs. Outcomes include stabilized shorelines at pilot sites, updated land-use plans adopted by county commissions, improved access for emergency services on elevated corridors, and documented preservation of historically significant structures. Ongoing adaptive management cycles reference findings in successive editions of the National Climate Assessment and technical briefs from NOAA Sea Grant.

Category:Climate adaptation initiatives