The analysis of the water quality pollution in Nanjing section of the Yangtze River by using the TM data from the USA Landsat has proved that the application of the satellite remote sensing technique not only reveals the extent, range and distribution of the water pollution objectively and comprehensively but also has the merits of saving time, labor and money.

Based on the high quality ETM images and combining with macroscopic and outcrop-scale observations in the field, the authors proposed a new interpretation of the eastern section that past the Qilian Shan of the Altyn Tagh Fault.

Design and implementation for publication of TM/ETM images based on ArcIMS and JSP technology;

The seriate programs of monitoring rice resource dynamic changes were realized and the remote sensing application interpretation model suitable for the agricultural estimation of Fujian Province was set up by means of conducting the digital interpretative processing for TM satellite images during different stages, combining ground survey data, assisted by the Geographic Information System a.

Using remote sensing measures including in-site monitoring and reason analysis,the variation trend of wetland in Panjin city was showed and analyzed by the combination ways of manual translation,automatic recognition and field check based on the TM satellite images of the year 1986,1995,2000 and 2006.