Evapotranspiration (ET) is the second largest component of terrestrial hydrological cycle on a global scale. The estimation ET at regional scale using satellite imagery and algorithms allow conversion instantaneous measures in daily totals which represents major contribution to study energy exchange between biosphere atmosphere. One most important remote sensing used estimate spatial partitioni...

Land surface temperature (LST) and land albedo (LSA) are the two key regional global climate-controlling parameters; assessing their behavior would likely result in a better understanding of appropriate adaptation strategies to mitigate consequences climate change. This study was conducted explore spatiotemporal variability LST LSA across different use/cover (LULC) classes northwest Iran. To do...

Ecological deterioration and water scarcity motivate people to seek a balance between ecological reserves consumption in cities located Semi-humid regions. This study is designed develop method for evaluating cooling water-saving characteristics of green space structures. Land surface temperature ( T S ), vegetation quantity VQ ) evapotranspiration ET typical structures 50 plots with an average...

Abstract Accurate spatio-temporal estimation of evapotranspiration (ET) and surface energy fluxes is crucial for many agro-environmental applications, including the determination water balance, irrigation scheduling, agro-ecological zoning, simulation global changes in land use forecasting crop yields. Remote sensing based balance models are presently most suitable estimating ET at both tempora...