Denver / Boca Raton / Belmont / Moscow / Idaho Falls / Barcelona / Logroño / Ahmed / New York / Boise / Paris / Córdoba / Rome / London / /
Company
Kendall / Duxbury Press / /
Country
Italy / United States / Spain / /
Currency
pence / USD / / /
Facility
Remote Sensing Center / University of Idaho Kimberly Research Center / Idaho Water Resources Research Institute / College Station / University of Idaho / /
IndustryTerm
remote-sensing product / energy-balance methods / satellite platforms / energy-balance estimates / surface energy balance algorithm / energy-balance approaches / energy balance / water resources management / satellite-derived data product / at-satellite reflectance / high resolution satellite coverage / remote sensing surface energy balance algorithm / surface energy balance algorithms / /
MarketIndex
NDVI / /
Organization
University of Idaho / Remote Sensing Center / Movement of Water / National Science Foundation / Idaho Water Resources Research Institute / Congress / Texas A&M Univ. / Society for Experimental Biology / United Nations / Idaho State Univ. / Food and Agriculture Organization of the United Nations / United Nations Educational Scientific and Cultural Organization / /
Person
Rick Allen / Masahiro Tasumi / Ricardo Trezza / Drew Janes / /
Evaluation of a Method for Estimating Irrigated Crop-Evapotranspiration Coefficients from Remotely Sensed Data in Idaho Eric B. Rafn1; Bryce Contor2; and Daniel P. Ames3 Abstract: Hydrologic modeling and agricultural wat