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Abstract

The Executive Order directs Federal agencies to take a series of steps to make it easier for American communities to strengthen their resilience to extreme weather and prepare for other impacts of climate change.

Abstract

This report was created by Mayor Menino's Climate Preparedness Task Force, a Cabinet-level group convened in February 2013. The report identifies ways in which the City of Boston has and will prepare for the impacts of climate change on municipal operations.

Climate Change Tree Atlas

As the reality of global climate change becomes increasingly apparent to the public and to many policymakers, scientists are being called on to provide information about possible outcomes. Dr. Louis Iverson and Anantha Prasad began modelling and mapping tree species from the eastern United States for their potential response to several scenarios of climate change around 1996.

Abstract

Managing natural resources in an effective and cost-efficient way requires responding to changes that are occurring in the climate system. Because rapid changes in climate threaten many of our ecological resources, incorporating ways to both reduce the rate of changes (mitigation), and respond to them in ways that allow us to protect what we value (adaptation) are important components of pro-active planning.

Abstract

This report is a scientific assessment of the current condition and likely future condition of forest resources in the United States relative to climatic variability and change. It serves as the U.S. Forest Service forest sector technical report for the National Climate Assessment and includes descriptions of key regional issues and examples of a risk-based framework for assessing climate-change effects.

Abstract

Scenarios are quantitative and narrative descriptions of plausible future conditions that provide assumptions for analyses of potential impacts and responses to climate change. Scenarios are ways to help understand what future conditions might be, with each scenario an example of what might happen under different assumptions. Scenarios are not predictions or forecasts, and no probabilities are associated with them. Instead, they provide a range of future conditions to bound uncertainty. The scenarios here include climate, sea level change, land use, and socioeconomic conditions.

Location

United States
40° 38' 18.2832" N, 89° 23' 5.1576" W

Project Summary/Overview

The Illinois State Water Survey, in collaboration with the Illinois Department of Natural Resources’ Office of Water Resources and the Illinois State Geological Survey, examined historical climate information and future climate scenarios in order to improve the understanding of and planning for the effects of climate change on supply and demand of regional water resources. The project examined climate impacts (e.g., temperature, precipitation) on surface and groundwater resources and resulting complications for sustainable water supply planning in the state.

Socioeconomics and Climate Change in the Great Lakes Region

Location

United States
45° 53' 44.6748" N, 84° 27' 46.4076" W

This tool, developed collaboratively by GLAA-C and Headwaters Economics, is an interactive look at how the social and economic characteristics of the Great Lakes Region are impacted by regionally specific changes in climate. The map features statistical information on over 225 counties throughout the Great Lakes region.

Location

United States
44° 42' 18.3816" N, 89° 49' 27.1884" W

Project Summary/Overview

The Wisconsin Initiative on Climate Change Impacts (WICCI) was created to support the efforts of multiple stakeholders charged with identifying vulnerabilities to climate change and developing adaptation strategies. WICCI released an impacts and adaptation strategies assessment in 2011 as a first step toward developing a statewide climate change adaptation strategy.

Location

United States
42° 13' 11.4276" N, 83° 40' 18.75" W

Project Summary/Overview

In the Great Lakes region, climate change is predicted to bring greater amounts of precipitation falling in shorter periods of time, resulting in increased flooding. For Detroit, flooding brings an extra problem – sewage overflows. This realization inspired the Sierra Club Great Lakes Program to get involved in the sewer overflow issue and begin exploring green infrastructure solutions. Green infrastructure creates rainwater filtration right at the surface, keeping rainwater from entering the combined sewer system and preventing additional sewage pollution in the Great Lakes.

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