MacKinnon, J.R., 1.088. Mmingement plan 
for Menqyanq Mature Reserve of 
Xishuangbanna prefecture, Yunnan 
province, China. Discussion draft 
(unpublished). WWF/Yunnan Forestry 
Bureau, W W F International, 
Gland-Switzerland. 
Frice, J.C., 1087. Calibration of 
satellite radiometers and the 
comparison of vegetation indices. 
Remote Sensing of Environment, 21 (1): 
15-27. 
Ren Mei'e, Yang P.enzhang and Dao 
Haosheng, 1985. An outline’ of China's 
physical geography. China Knowledge 
Series, Foreign Languages Press, 
Beijing. 
Roy, P.S., 1987. Montane vegetation 
stratification through digital 
processing of Landsat MSS data. 
Geocarto International, 2 (1): 19-26. 
Sabins, F.F., 1987. Remote Sensinq: 
Principles and Interpretation. Freeman, 
San Francisco-USA. 
Singh, A., 1987. Spectral separability 
of tropical forest cover classes. 
International Journal of Remote Sen 
sing, 8 (7): 971-980. 
Swain, P.H., 1978. Fundamentals of 
pattern recognition in remote sensing. 
In: Remote sensing: The quantitative 
approach. Swain, P.H. and Davis, S.M. 
(editors). McGraw-Hill, New York. 
Verbist, B., 1990. Digital processing 
of satellite images for nature con 
servation planning in Xishuangbanna, 
Peoples's Republic of China (in Dutch). 
Thesis. Faculty of Agricultural Scien 
ces, Gent State University. 
Wang, C.W., 1961. The forests of China. 
Maria Moors Cabot Foundation Publi 
cation Series (5), Harvard University, 
Cambridge, Mass.-USA. 
Fiquro 1 Location nap of Xishuangbanna. 
The Menqyanq Nature Reserve, test site 
for the work described in this paper, 
is indicated with an arrow. The 
coverage of the area by the used 
Landsat TM image is also shown.