By Eisenhart L. P.
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Obtaining accurate and reliable measurements of soil moisture with considerable resolution will improve the understanding of the MDB water cycle and enable water managers to enact policies for promoting improvement of water distribution and application. To create effective models for the MDB, the quantification of certain parameters needs to be improved. In the future, sensors on the following satellites can provide soil moisture measurements to Australia, with varying degrees of accuracy and resolution: • • • The soil moisture and ocean salinity (SMOS) satellite will be launched in 2007 by the European Space Agency (ESA).
Kondo (Japan), W. Krauser (United States), C. Kulik (Sweden), P. Li (China), U. Livoff (Denmark), A. Nayar (Canada), S. Ng (Canada), M. Oelke (United States), R. Patricio (Portugal), S. Ruel (Canada), Y. Seki (Japan), F. Trolio (Belgium), and A. Vallgren (Sweden). Without the hard work and dedication of this team, this project would not have been realized. RefeRenceS Allan, T. (1998). Watersheds and problemsheds: Explaining the absence of armed conflict over water in the Middle East. MERIA Journal, 2(1), 49-51.
Bates (United States), M. -A. Bordier (France), J. Cain (Canada), M. Ciotola (United States), K. Clayfield (Australia), R. Condessa (Portugal), F. Dell’Endice (Italy), U. Demšar (Slovenia), M. Ejova (Russia), M. Eskelinen (Finland), M. Falcolini (Italy), A. Galvez (Spain), J. Gill (United States), H. Goldsmith (United States), S. Gürol (Turkey), Ø. Helleren (Norway), J. Herrmann (Australia), W. Kondo (Japan), W. Krauser (United States), C. Kulik (Sweden), P. Li (China), U. Livoff (Denmark), A. Nayar (Canada), S.