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![]() | Document Date: 2007-09-17 14:56:55Open Document File Size: 248,68 KBShare Result on FacebookCityTucson / Derry / Pasadena / Dordrecht / New York / Philadelphia / Cambridge / Toronto / Arecibo / San Diego / /CompanyJet Propulsion Laboratory / Pullman / H. Agemian A. S. / /ContinentAfrica / /CountryPuerto Rico / Netherlands / United States / Malawi / / /EventEnvironmental Issue / /FacilityJet Propulsion Laboratory / Institute of Technology / Washington State University / Cornell University / offNetherlands Institute of Ecology / Mill Valley / Arecibo Observatory / California Institute of Technology / Minor Planet Center / University Science Books / University of California / Yale University / /IndustryTermorbit solution / food abundance / orbital energy / shape solutions / food availability / pole solution / natural food abundance / pole solutions / food / direct pole rotation solution / possible pole solutions / maximum food requirement / retrograde pole solution / orbit solutions / direct rotation pole solution / space-based optical astrometric systems / solar energy / absorbed solar energy / maximum food abundance / /NaturalFeatureLake Malawi / Senga Bay / /OrganizationCalifornia Institute of Technology / National Science Foundation / Washington State University / offNetherlands Institute of Ecology / Center for Terrestrial Ecology / Univ. of Arizona Press / Society for Industrial and Applied Mathematics / Yale University / Cornell University / University of California / Santa Cruz / African Union / National Astronomy and Ionosphere Center / Minor Planet Center / National Aeronautics and Space Administration / Post Office / School of Electrical Engineering and Computer Science / /PersonY. Chau / Marcel E. Visser / F. Krogh / /Positioncto / pulled forward / Analyst / /ProductOrbFit Yark / Ephemeris System / /ProvinceOrStateAlaska / New York / Washington / Pennsylvania / California / Arizona / /RadioStationWCRP / /Technologyradiation / /URLhttp /SocialTag |