01603nam a2200241 a 450000100080000000500110000800800410001910000260006024501550008626001550024130000160039649000300041252007130044265000190115565000200117465000240119465000200121865000250123865300260126365300210128965300230131065300280133319463662015-05-28       2012    bl uuuu     u00u1 u    #d1 aTEIXEIRA, A. H. de C.  aDetermination of surface resistance to evapotranspiration by remote sensing parameters in the semi-arid region of Brazil for land-use change analyses.  aIn: SYMPOSIUM OF THE REMOTE SENSING AND HYDROLOGY, 2010, Wyoming. Proceedings... Wallingford: International Association of Hydrological Sciencesc2012  ap. 167-170.  a(IAHS. Publication, 352).  aField energy balances frorn irrigated crops (vineyards and mango orchard) and natural vegetation (caatinga) together with a net of agro-rneteorological stations were used to develop a model for lhe surface resistance (r,) to evapotranspiration at the basin scale in the serni-arid region of Brazil for land-use change analyses. It was done to make a historical picture at the municipal-district levei ofvegetation replacement in Pernambuco (PE) and Bahia (BA), Brazil. Although Petrolina, PE and Juazeiro, BA presented the biggest irrigated areas, the incrernents throughout the years (2002-2006) were smaller (213 and 171%) than those for Santa Maria, PE (275%) and for Lagoa Grande da Boa Vista, PE (260%).  aEnergy balance  aWater resources  aBalanço de Energia  aRecurso natural  aSensoriamento remoto  aMudanças Climáticas  aNatural resource  aRecursos hídricos  aSatellite measurernents