Airborne Multispectral Scanner (AMSS) is an important remote sensing technique. This paper introduces the developing of practical AMSS image production system which is based on the AADS-1268 Airborne Multispectral Scanner. The system not only can provide different types of image products of good quality to feed the needs of various practical applications, and break a way for AMSS being carried into practice in china, but also provide the basis for developing the Imageing Spectralmeter technique and technology in the future.

In this paper we use TM Images of two period (1984、1994) as basic information source and also combine topographic map and high scale airphotos to investigate the changes of dike-pond land which include eleven towns on Shunde, Nanhai dike-pond region. Then separate the information of dike and pond through TM4 band to estimate the proportion of dike and pond and get satisfied result.

Based on the result of remote sensing technique used in Chengde 1∶250000 regional geological mapping. This paper deals with the importance of using remote sensing technique in regional geological mapping, such as it made the mapping in high-speed, high-quality and high-level.

By means of the correlation analysis of TMdata, the authors have proved that the relation between the TMimage brightness and the ground spectrum reflectivity of copper deposits is the linear correlation. On the basis of the ground-space correlation analysis of TMdata, the present paper deals with the regression analysis method and the application effects of the ground-space correlation image for the prognosis of copper deposits in Sankuanggou area located in Heilongjang Province. The paper presents that the regression analysis of TMdata is one of the best method for detecting copper mineralization position and metallogenic prognosis.

The distribution information of geological structures and igneous bodies, overlaid by huge thick alluvium in a coal field, is indirect,faint and buried. Taking the Huaibei coal field as an example, the possibility and method of TMimage information extraction are investigated and geological effects are analyzed in this paper.

In this paper, four kinds of IHS transformations are used to integrate SAR and TMimages. The resultant images are evaluated qualitatively and quantitatively. It shows that the quantitative analysis using entropy, joint entropy and average gradient is better than visual qualitative analysis, and provides the way to choose the most suitable IHStransformation for conbining images.

This paper studied the actual application of high-new techniques such as geographical information system (GIS) and remote sensing in flood control by nono-engineering measures on Xiaoqinghe detention basin, and developed the usable Flood Monitor Information System (FMIS) of this area, which was associated with flood control remote sensing subsystem. Apart from implementation of many ways for flood loss assessment, this paper studied the models of inundation calculating, flood demonstrating continuely and the best route analysing. Meantime as a component of flood remote sensing information system, this FPIScan be used with flood remote sensing subsystem, and provide estimated data as well as statistic data of the loss resulting caused by flood, which are useful for flood prevention departments.

Through the information of forestlands obtained from remote sensing pictures of 692 land patches, this paper has studied the forestlands classification in the method of self-organizing neural tree model under the support of GIS. The results show that this method of classification has so many advantages, such as speed, accuracy and tolerence.

In this paper, the limitation of introducing pyramid in determining the elements of esterior orientation of image window has been analysed. Apractical method by use of ephemeris data to work out exterior orientation elements of first line is proposed, which has been proved by the results of experiment.