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![]() | Document Date: 2010-07-01 14:42:18Open Document File Size: 817,96 KBShare Result on FacebookCityTokyo / Sao Paulo / Seoul / Mexico City / New York / /ContinentAsia / North America / Europe / South America / Antarctica / Africa / /CountryJapan / United States / Australia / / /EventNatural Disaster / /FacilityCalifornia State University / /IndustryTermaltitude wind power technology / Mechanical energy / ground-based and aloft-based electricity generation approaches / wind energy / larger devices / electricity / altitude devices / altitude technologies / electricity generation / kinetic energy / unit turbine area generating electricity / altitude technology / baseload electricity generation / interconnected high-altitude devices / large scale electricity generation / electricity demand / supplied electricity / altitude wind power devices / altitude wind devices / altitude wind power technologies / altitude device / energy availability / energy / /NaturalFeatureSouthern Ocean / Arabian Peninsula / Indian Ocean / /OrganizationDepartment of Geological and Environmental Sciences / Carnegie Institution of Washington / USA Department of Global Ecology / California State University / Department of Energy / Stanford / /PersonBen Shepard / Ken Caldeira / Cristina L. Archer / / /PositionAuthor / representative / /ProvinceOrStateNew York / /Regionnorthern Africa / Caribbean / Indian Ocean / western South America / north Africa / central United States / /Technologyhigh-altitude technologies / high-altitude wind power technologies / high-altitude wind power technology / high-altitude technology / /URLwww.mdpi.com/journal/energies / /SocialTag |