Topic: Georgetown Articles

Munich RE NatCatSERVICE Tool

Munich RE’s NatCatSERVICE online tool provides interactive access to one of the world’s most comprehensive databases for analyzing natural catastrophe losses. This archive provides direct access to updated information on insured, economic, and human losses from over 40,000 natural disasters dating back to 1980. Information obtained from this tool can be used in risk assessments for financial and climate change planning and preparedness.

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Maryland Resiliency Hub Grant Program

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.

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Mainstreaming Sea Level Rise Preparedness in Local Planning and Policy on Maryland’s Eastern Shore

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.

Higher Standards: Opportunities for Enhancing Flood Resilience in the Eastern Shore of Maryland

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.

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Maine Prepares for Climate Change: 2019 Update

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.

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Columbus, Ohio Climate Adaptation Plan

The City of Columbus, Ohio Climate Adaptation Plan offers recommended actions that can be taken to help Columbus and central Ohio prepare for and adapt to climate change. Developed by a task force of researchers from the Byrd Polar and Climate Research Center at the Ohio State University, the plan is designed to support Columbus city government, regional organizations, and residents in building a climate resilient community.

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Eye of the Storm: Report of the Governor’s Commission to Rebuild Texas

The Governor’s Commission to Rebuild Texas was established just after Hurricane Harvey devastated the Gulf Coast region of the state in August 2017. Governor Abbott directed the commission to determine ways to improve the process of disaster response and to develop strategies for protecting the region against future storms. The Commission’s report details the magnitude and impacts of Harvey; assesses the federal, state and local response to the disaster; and offers recommendations on how Texas can better prepare for future disasters.

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Evanston, Illinois Climate Action and Resilience Plan

The City of Evanston, Illinois’ climate plan envisions that by 2030, Evanston will meet 100% of electricity needs from renewable energy, and by 2050 become “a climate ready and resilient city that has successfully prioritized the needs of its most vulnerable while combating climate change. ” Evanston is a Great Lakes city, exposed to climate impacts such as increasingly intense storms, invasive species, hotter temperatures, drought conditions, human migration, and water quality impacts.

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Building Bridges: A Community-Based Stewardship Study for an Equitable East River Park

Building Bridges reports on the findings and recommendations of the research conducted by The Trust for Public Land and James Lima Planning + Development to identify a new socially equitable and climate resilient stewardship model for the East River Park area along the Lower Manhattan waterfront in New York City. Under the East Side Coastal Resiliency (ESCR) project, the East River Park area is the first section of the large-scale BIG U project which will install infrastructure and remodel the landscape surrounding Lower Manhattan to protect it from sea level rise and other coastal climate hazards.

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Sea-level Rise: Projections for Maryland 2018

Maryland’s shoreline and coastal bays are highly vulnerable to sea-level rise (SLR), causing shoreline erosion, deterioration of tidal wetlands, saline contamination of low-lying farm fields, “nuisance” tidal flooding, and more.  Fulfilling requirements of Maryland’s Commission on Climate Change Act of 2015, this report provides updated projections of sea-level rise expected into the next century along Maryland’s coast. The probabilistic SLR projections presented in the report offer a scientifically sound and readily applicable basis for planning and regulation, assessments of changes in tidal range and storm surge, development of inundation mapping tools, infrastructure siting and design, and identification of adaptation strategies for high-tide flooding and saltwater intrusion.