Andere Kunden interessierten sich auch für
![Remote Sensing]( "Remote Sensing")
Remote Sensing25,99 €![Remote Sensing from Space]( "Remote Sensing from Space")
Remote Sensing from Space116,99 €![Remote Sensing and GIS techniques for Medicinal Plant Identification]( "Remote Sensing and GIS techniques for Medicinal Plant Identification")
Remote Sensing and GIS techniques for Medicinal Plant Identification30,99 €![Remote Sensing and Geographical Information System Application]( "Remote Sensing and Geographical Information System Application")
Remote Sensing and Geographical Information System Application25,99 €![Extraction of Single Class from Remote Sensing Image using Wavelet]( "Extraction of Single Class from Remote Sensing Image using Wavelet")
Extraction of Single Class from Remote Sensing Image using Wavelet42,99 €![Real time deforestation detection using ANN and Satellite images]( "Real time deforestation detection using ANN and Satellite images")
Real time deforestation detection using ANN and Satellite images39,99 €![Neurocomputation in Remote Sensing Data Analysis]( "Neurocomputation in Remote Sensing Data Analysis")
Neurocomputation in Remote Sensing Data Analysis39,99 €
Lake Tana is the largest natural reservoir of fresh water resources in Ethiopia. It is the source of Blue Nile River and is located in the north-western part of the country. It has a surface area of 3000 km2 with an elevation of 1786m above sea level. Water resources management in Lake Tana and its surroundings is an issue of high significance because of great socio-cultural, ecological and economical values. This study examines open water evaporation losses from the lake by different climatic methods and remotely sensed spectral data. The long-term daily meteorological (1995-2007) data from the nearby station of the lake is used as well as the annual cycle of albedo on a monthly time steps produced from Terra MODIS satellite image products. In this study four channels and split-window algorithms are used to retrieve the surface temperature of the lake from MSG/SEVIRI images. The four channel method gives slightly better results than the split window algorithm.