Aapproach has been developed to (semi-) automatically generate integrated community unit from remote sense imagery and geographical information system. Each integrated community unit consists of three essential component, including: (1)Plant association division; (2)structured object representation; (3)patterns in communities determination. The approach has been successfully used for vegetation analysis in the Bange test area in Tibet.
关泽群, 李德仁. 应用遥感图像分析植物群落的分布图式[J]. 国土资源遥感, 1997, 9(1): 44-51，43.
Guan Zequn, Li Deren . REMOTE SENSE IMAGERY FOR THE ANALYSIS OF INTEGRATED COMMUNITY UNIT. REMOTE SENSING FOR LAND & RESOURCES, 1997, 9(1): 44-51，43.
[1] Davis,F. w.,and Simonneit, D. S. Remote Sensing Geographical Information System, Principles and Applications,edited by Maguice, D. J. et al, New York, 1991, pp.191-213[2] Deren Li and Zequn Guan, Thematic Image Interpretatiai Based on Spatial Reasoning, ACTA Geodaetica et Cartographica Sinica, 1992[3] Garcia, M. C. and Alvarez, R.,TM Digital Processing of a Tropical Fomst Region in Southeastern Mexico,International Journal of Remote Sensing, 15,1994, pp.1611-1623[4] Kamel, A. F. and Elsirafe, A. M.,Delineation and Analysis of the Surface and Subsurface structural Lineament Pattern in ght North Lade Nasser Area and Its Surroundings,Aswan,Upper Egyap,International Journal of Remote Sensing,15,1994,PP.1471-1473[5] Pielou, E. C.,Mathematical Ecology, John Wiley and Sons, Inc,1977[6] Roy, P. S. et al, Tropical Forest Type Mapping and Monitoring Using Remote Sensing, International Journal of RemoteSensing, 12, 1991, pp.2205-2225[7] 关泽群、李德仁、林开愚.基于空间推理的专题影像解译.测绘学报.1993,(1)
1997, Vol. 9 
