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This file contains the combined technical comments of TOT members from the Climate Change Vulnerability Project.
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Results of the population growth model developed by the Tennessee Chapter of The Nature Conservancy, 2008, converted to percent projected developed landcover in the year 2040. Spatial growth model was developed using population growth projections from the University of Tennessee Center for Business and Economic Research (UT-CBER), county urban growth boundaries, 2000 census blocks, and various ancillary datasets.
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The ACS is a national, publicly available survey provided by the U.S. Census Bureau that collects information about population, education, housing, economic status, and more. Planners, public officials, entrepreneurs, and researchers rely on the data collected through this survey to help understand community conditions and to support community planning efforts. For more information, please visit: http://applcc-ecosystemservices.org/human-landscape/economics-and-business This socioeconomic profile contains many datasets. The dataset displayed here shows Median Household Income in 2013. Basic measures of economic status—such as those collected by the U.S. Census Bureau's American Community Survey (ACS)—can help...
Datasets used in RPCCR online training course
Paul Leonard, of the Department of Forestry and Environmental Conservation at Clemson University, provides an overview of the Appalachian LCC Conservation Design Project. The first part of the presentation focuses on the first phase of the project, which identified key conservation elements in the region that are essential for sustaining biodiversity and the benefits of nature. He then summaries the next steps of the research in phase 2, where Clemson researchers and technical teams will refine phase I by selecting metrics to fit into the conservation design framework, determine resolution for region-wide index, and discuss major threats and determine best scale to examine integrity.
While there is an increased need for cultural resource conservation and management in North America, there are few approaches that provide robust integration and combined assessment of visual and cultural resources. Determining the scenic value of important views and identifying potential risk for loss of that view are core components needed to design protection preserving scenic quality and the cultural resources contributing to scenic value and overall sense of place.
This presentation by Thomas Minney, Director of The Nature Conservancy in West Virginia, provides a detailed overview of the Appalachian LCC funded project “Assessing Future Energy Development across the Appalachians.” The study and online mapping tool developed from this research are intended to inform discussions among conservation agencies and organizations, industry, policy makers, regulators and the public on how to protect essential natural resources while realizing the benefits of increased domestic energy production.
This presentation by Dr. Daniel Hanks shares information on the method used to derived the aquatic condition score used in Phase II of the LCD.
This file includes a shapefile of all the areas identified as forest cores with the accompanying information regarding the energy development risk. Within the attribute table, information regarding property ownership is also included.
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The Appalachian Mountains provide a multitude of habitats that are essential for hundreds of breeding, migrant, and wintering bird species. Its rugged terrain is dominated by forest and woodlands that span 15 states and contain several major eastern rivers that are heavily relied upon by waterfowl. But historical and current land-use changes, environmental disturbances, and other factors are resulting in population declines of more than 1/3 of bird species that breed and winter in the region. Coordinated action among local, state, federal, and other partners is essential to reverse these trends.The Appalachian Mountains Joint Venture (AMJV) is one of 18 habitat Joint Venture partnerships in the United States. It...
Developing consistent region-wide information to ensure enough water for people and wildlife.
Summary of the 2015 TRB Network meeting
Categories: Data; Tags: Document, Report, completed
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This dataset provides a watershed index of surface drinking water importance, a watershed index of forest importance to surface drinking water, and a watershed index to highlight the extent to which development, fire, and insects and disease threaten forests important for surface drinking water. This symbology for this layer is based on the index value for insect and disease threat to forests which are important to surface drinking water on a range from 1-100.
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Geographic relationships among energy infrastructure development, regional economic linkages, and the environment is crucial for understanding the impacts of Appalachian energy extraction activities and for regional planning efforts focused on the ecosystem services that may be affected. The U.S. Energy Information Administration (EIA) provides impartial and independent data on the nation’s energy infrastructure, its sources, flows, and end uses, as well as forecasts and outlooks. Location information for specific extraction activities, as well as power plants and other supply chain components, can help reveal the regional nature of specific impacts and the often large distances between those effects and end-use...
Forested Stream and/or Seepage Forested stream environments are typically found in the buffer zones between forested land and stream banks, often known as riparian zones. Stream headwaters and seepage areas occur where ground water percolates to the surface through muck, mossy rock, and nettles. It can also be found under rocks, among gravel, or cobble where water has begun to percolate in areas near open water. Breeding grounds are commonly found beneath mosses growing on rocks, on logs, or soil surfaces in these types of seepage areas.Predicted climate change will largely impact changes in temperature and moisture availability in forested streamand/or seepage systems, likely having a cascading effect on a species...
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Given the rapid environmental change experienced and expected across the Appalachians, it will be crucial to understand the vulnerabilities of valued ecosystem services to drivers of large-scale change that may threaten their sustainability. The Appalachian LCC has partnered with the US Forest Service Eastern Forest Environmental Threat Assessment Center to assess ecosystem services, and vulnerabilities to environmental risk factors, throughout the Appalachians. Synthesizing current knowledge of the diverse benefits that people derive from functioning Appalachian ecosystems will help managers, scientists, industries, and the public to establish a common language for linking the environmental and economic values...
This folder includes base layers within the Appalachian LCC geography (not related to a specific project).
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The National Cohesive Wildland Fire Management Strategy—initiated in 2009 and finalized in 2014—provides a national vision for wildland fire management. This highly collaborative effort establishes three overarching goals, and describes stakeholder-driven processes for achieving them: (1) resilient landscapes; (2) fire-adapted communities; and (3) safe and effective wildfire response. The scientific rigor of this program was ensured with the establishment of the National Science and Analysis Team (NSAT).The main tasks of NSAT were to compile credible scientific information, data, and models to help explore national challenges and opportunities, identify a range of management options, and help set national priorities...
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USFS Forest Inventory Analysis Through application of a nearest-neighbor imputation approach, mapped estimates of forest carbon density were developed for the contiguous United States using the annual forest inventory conducted by the U.S. Department of Agriculture (USDA) Forest Service Forest Inventory and Analysis (FIA) program, MODIS satellite imagery, and ancillary geospatial datasets. The U.S. has been providing national-scale estimates of forest carbon stocks and stock change to meet United Nations Framework Convention on Climate Change reporting requirements for years. Although these currently are provided as national estimates by pool and year to meet greenhouse gas monitoring requirements, there is growing...
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The National Cohesive Wildland Fire Management Strategy, initiated in 2009 and finalized in 2014, provides a national vision for wildland fire management. This highly collaborative effort establishes three overarching goals, and describes stakeholder-driven processes for achieving them: (1) resilient landscapes; (2) fire-adapted communities; and (3) safe and effective wildfire response. The scientific rigor of this program was ensured with the establishment of the National Science and Analysis Team (NSAT). The main tasks of NSAT were to compile credible scientific information, data, and models to help explore national challenges and opportunities, identify a range of management options, and help set national priorities...
map background search result map search result map Wildland Fire: The National Cohesive Strategy ACS: Socioeconomic Profile, 2013 US Power Plant Locations Total Forest Carbon Density 2000-2009 U.S. Forest Service National Cohesive Fire Strategy Dataset Percent Forest Industry Jobs Ecosystem Benefits and Risks Focal Areas for Golden Wing Warbler and Cerulean Warbler USDA Forest to Faucets Index of Insect and Disease Threat to Forests Important to Surface Drinking Water Tennessee Projected Percent Developed in 2040 Tennessee Projected Percent Developed in 2040 Focal Areas for Golden Wing Warbler and Cerulean Warbler USDA Forest to Faucets Index of Insect and Disease Threat to Forests Important to Surface Drinking Water Wildland Fire: The National Cohesive Strategy ACS: Socioeconomic Profile, 2013 U.S. Forest Service National Cohesive Fire Strategy Dataset Percent Forest Industry Jobs Ecosystem Benefits and Risks Total Forest Carbon Density 2000-2009 US Power Plant Locations