Center for Climate and Energy Solutions (C2ES) developed this set of briefs on resilience strategies for extreme climate events, primarily to support local government officials in adaptation planning. Key climate resilience strategies are discussed including the co-benefits they provide, and quantitative assessments of the costs and benefits of each strategy. Each brief includes a case study of a model city that has successfully employed a number of climate resilience strategies. The five briefs of the compendium focus on:
Topic: Georgetown Articles
Minneapolis 2040 is the City of Minneapolis, Minnesota’s Comprehensive Plan – that will guide policy and decision making in the city in terms of the built, natural and economic environment for the next ten years. The document includes 14 Goals adopted by the City Council in 2017 that articulate the plan’s intent. One of the plan’s primary goals is for the city to become climate resilient by 2040, which includes a number of adaptation policies and actions for near-term implementation. The Comprehensive Plan includes 100 Policies, each of which supports one or more of the primary goals.
The New York State Energy Research and Development Authority (NYSERDA) Environmental Research Program includes a focal Research Area of Climate Change Adaptation. This document focuses on the climate change adaptation component of the program’s comprehensive research plan. NYSERDA’s adaptation research aims to provide “a scientific foundation for formulating effective, equitable, energy-related environmental policies and resource management practices that can guide strategies to prepare for a changing climate.
Somerville, Massachusetts’ climate change plan includes policies, programs, and strategies for climate change adaptation, mitigation, and social equity. 13 primary strategies or Action Areas were developed to make Somerville climate neutral by 2050, and more climate resilient in the near-and long-term.
From California Governor Gavin Newsom, this Executive Order directs CAL FIRE and other state agencies to recommend administrative, regulatory, and policy changes to prevent and mitigate wildfires. To support the California communities most vulnerable to wildfire impacts, the California Department of Fire and Forest Protection (CAL FIRE) will also recommend a methodology to assess what communities are at greater risk from wildfire that includes socioeconomic factors. The order states that California’s “present emergency condition” with wildfire is due to a history of fire exclusion, forests managed to be overcrowded, climate change and drought.
The Maryland Energy Administration (MEA) has created a $5 million Resiliency Hub Grant Program (for FY 2019) to provide funding for the construction of community resiliency hubs with solar power and battery storage. The program provides funding to microgrid developers to offset some of the costs to build a resiliency hub in high-density, low- and moderate-income neighborhoods in Maryland. The program defines “resiliency hubs” as community facilities “designed to provide emergency heating and cooling capability; refrigeration of temperature sensitive medications and milk from nursing mothers; plug power for charging of cell phone and computer batteries; as well as emergency lighting.
The Eastern Shore Land Conservancy partnered with the Georgetown Climate Center (GCC), the Eastern Shore Regional GIS Cooperative, and the University of Maryland Environmental Finance Center for this analysis on sea level rise preparedness in Maryland’s Eastern Shore region. GCC offers a discussion of strategies related to floodplain, zoning and regulatory standards to support sea level rise and coastal flooding resilience policies and decision making.
Georgetown Climate Center (GCC) prepared this report to help the Eastern Shore Climate Adaptation Partnership (ESCAP) identify strategies for adapting to increasing sea-level rise and flood risk in the Eastern Shore region of Maryland. This publication is a part of a series of reports assessing the sea-level rise vulnerability of communities in Maryland’s Eastern Shore, as well as potential adaptation responses. ESCAP worked with the Eastern Shore Regional GIS cooperative to assess sea-level rise vulnerabilities in the six counties and two municipalities that participate in ESCAP.
The 2019 update report from the Maine Interagency Climate Adaptation Work Group (MICA), a collaboration of eight state agencies, provides an inventory and status update of climate adaptation and mitigation activities by the state and is the second update to the original 2014 Maine Prepares for Climate Change report. This report was developed for the leadership of the departments, agencies, and offices participating in MICA, aiming to increase awareness of adaptation actions taken by the state, improve communication between agencies, and provide recommendations on future work.
This report issued by the U. S. Geological Survey and the U. S. Department of the Interior quantifies the value of U. S. coral reefs in protecting people and infrastructure from coastal hazards that will be exacerbated by climate change and sea-level rise including extreme weather events, flooding, and erosion. The report is intended to inform stakeholders and decision-makers of the value of coral reefs in reducing risk from coastal hazards, and to provide quantitative data that can be used to consider the role coral reefs should play in adaptation and risk mitigation planning.