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New Study On Impacts Of Wind Energy Development In The USA
Fort Worth TX (SPX) Mar 20, 2008 Texas Christian University, FPL Energy, and Oxford University have announced the formation of a groundbreaking partnership and research initiative to better understand the ecological and socio-economic impacts of wind power development. The five-year research initiative includes three primary focus areas, including wind turbine impact on birds and bats; wind turbine ecological impacts; and socio-economic impacts of wind projects. The avian and bat impact assessment is expected to produce a better understanding of the interactions between birds and bats and wind turbines. This research effort will focus on developing and testing statistically robust protocols for pre and post-construction monitoring of avian and bat movement and mortality. The ecological and climate research team will conduct a carbon analysis to assess the extent to which wind energy reduces atmospheric carbon that would otherwise be emitted as electricity is generated from fossil fuels. This research effort will also focus on ecological impacts of wind farms such as habitat fragmentation, local species movement, and regional land-based migration. Both direct and indirect socio-economic impacts of wind projects will be analyzed on a local and regional basis. Measurements will include land use revenue, taxes, and employment. This study also will explore the impacts on local culture and customs, including a viewshed analysis to assess the aesthetic impact of wind projects. When key aesthetic factors are understood, researchers will suggest ways to minimize the appearance of wind turbines. The research will be coordinated by TCU's Institute for Environmental Studies (IES) and Oxford University's Environmental Change Institute (ECI), a world leader in analysis of lower carbon futures and climate change and includes subject matter experts from a variety of different disciplines. The five-year research effort will be funded by FPL Energy. All of the field research necessary for the project will be conducted at FPL Energy's wind farm locations across the U.S. Dr. Mike Slattery, director of IES and professor of Environmental Science at TCU, said, "The strength of our institute, which involves people from a number of schools and departments, is that our research is directed toward interdisciplinary and integrative approaches to solving problems of the environment. Our goal is to play a leading role in supplying the science base for what will be a major area of societal concern in this century, namely providing both energy and environmental security. This initiative with FPL Energy allows us to put Texas at the forefront of such research." "FPL Energy is a world leader in harnessing the power of the wind to generate emission-free electricity," said Mitch Davidson, president of FPL Energy. "As the need for power increases across the U.S. and the climate change debate intensifies, we believe now is the right time for a comprehensive research program to study the real environmental impacts and benefits of wind power. Although wind power cannot meet all of the energy needs of this country, we believe it can and should play a greater role than it does today." "ECI has more than a decade of experience in understanding the role of renewable energy in reducing greenhouse gas emissions and has drawn useful lessons from European carbon markets and policies," said Professor Diana Liverman, director of Oxford's ECI. ECI is a partner in the newly established Smith School for Enterprise and the Environment focused on private sector solutions to environmental problems, an approach that this partnership with FPL Energy embodies." In addition to expertise in ecosystem health, TCU is home to the Energy Institute, which promotes cutting-edge knowledge about the energy industry and energy-related technology, with a focus on renewable energy. The Energy Institute integrates the College of the Science and Engineering with the Neeley School of Business, ranked 32nd among undergraduate business schools by BusinessWeek. The research partners hope the information generated from this research effort will be used to shape responsible future development of wind generation and transmission of energy. For wind energy to play a major role in mitigating climate change careful science based strategic planning is needed to maximize environmental benefits. This research effort will provide specific guidelines for Texas but also more general guidelines for renewable energy development in a carbon constrained world. Community Email This Article Comment On This Article Related Links the missing link Powering The World in the 21st Century at Energy-Daily.com
Chrysler And Washtenaw County Collaborate To Test Winds For Clean Energy Production
Chelsea MI (SPX) Mar 19, 2008The winds in western Washtenaw County will be tested for clean energy production over the next year, beginning with construction of a 26-story meteorological tower at Chrysler's Chelsea Proving Grounds this week. Over the next 12-18 months, energy experts from the county, the University of Michigan and the consulting firm, North Coast Wind and Power, will monitor high-level winds at the site to determine if they are suitable for generating electricity. |
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