This report summarizes key findings from a 2019 workshop in New York that examined the potential ecological and physical impacts of constructing a surge barrier to protect the New York/New Jersey Harbor.

This workshop report summarizes the March 2019 scoping session for a collaborative project to assess the potential effects of storm surge barriers on the Hudson River estuary.

These risk assessments detail how climate could change in four New England municipalities over the 21st century, outlining each town's key climate change risks and potential adaptation options to address these risks. These assessments were produced as part of a 2012 Collaborative Research project.

These case studies summarize findings from a 2012 Collaborative Research project studying climate change adaptation and risks in four New England communities.

These stakeholder assessments capture opinions about climate change and adaptation held by diverse stakeholders in four New England municipalities as part of a 2012 Collaborative Research project.

These case studies highlight towns in coastal New Hampshire that used low impact development and green infrastructure strategies to reduce stormwater runoff and adapt to climate change.

This interim report summarizes a community meeting hosted by a 2013 Collaborative Research project team in Exeter, New Hampshire about how to prepare the town for a changing climate.

This document outlines the strategy developed by a 2012 Collaborative Research project team to achieve a complete community approach for mitigating the negative effects associated with increasing impervious cover and stormwater runoff in coastal New Hampshire.

This fact sheet describes the advantages of incorporating climate change projections into the design of stormwater management systems and discusses the benefits of using green infrastructure and low impact development to adapt to climate change.

This document describes and synthesizes discussions and notes from an April 2018 workshop hosted by the New England reserves on salt marsh resilience.