Abstract: Based on the data of Landsat 8 in July 2014,the risk division of meteorological disasters in Jinnan District of Tianjin was carried out using RS (Remote Sensing) and GIS (Geographic Information System) technologies.The results show that the high precision land classification in Jinnan District of Tianjin based on RS technology provides important basic data for evaluating the meteorological disasters.The meteorological data and geographical environment as well as historical disaster information from 2004 to 2014 in Jinnan District of Tianjin are integrated using GIS technology.A two-rank evaluation index system is established using hierarchy analysis,risk index,integrated weighting,and other analysis methods.At the same time,a risk evaluation model is established to assess the different kinds of meteorological disasters in Jinnan District,in which four items,i.e.,the causing disaster factor,inducing disaster environment,carrying bodies' vulnerability and disaster prevention measurement are selected as the first-rank indexes.Furthermore,the division map of meteorological disaster comprehensive risk in Jinnan District of Tianjin is drawn as well.The high risk zones mainly concentrate at the regions with high population density and industrial concentration or low disaster prevention ability,such as urban and the large agricultural planting areas.In contrast,the regions with low population density and economic density are not sensitive to all kinds of meteorological disasters,and they belong to the low risk zones.