《VEGETATION: STRUCTURE,FUNCTION AND DYNAMICS》是1992年科學出版社出版的圖書,作者是Jiang Hong。
基本介紹
- 書名:VEGETATION: STRUCTURE,FUNCTION AND DYNAMICS
- 作者:Jiang Hong
- 出版社:科學出版社
- 出版時間:1992年1月
- ISBN:703003354X
- 學科分類:生物學
- 中圖分類號:Q.429
- Foreword
- CONTENTS
- Allelopathic potential of crowberry foliage leachates on mass growth and nitrogen inflow rate of Scots pine seedlings Wang Feng
- Studies on biomass and primary productivity of two dominant species,Castanopsis chinensis and Schima superba,in forest vegetati
- The population structure of secondary vegetation in North China Jiang Hong et al.
- Biomass of subtropical evergreen broad-leaved forest dominated by Cyclobalanopsis glauca in Zhejiang,P.R.China Chen Qichang et
- Study on the community in the course of man-made Pinus taiwanensis forest development Li Xingdong and Song Yongchang
- Studies on characteristics of energy balance of Dahurian larch plantation ecosystem Liu Shirong
- A study on the growth strategies of dominant species Cyclobalanopsis glauca and sub-dominant species Lithocarpus glaber in the
- The vegetation in the Dongling Mountain region and its quantitative classification Huang Jianhui
- Ecophysiological mechanism of broad-leaved/Korean pine forest succession Zhu Chunquan and Wang Hong
- Studies on allocation of resources and structures of tree species-abundance in broad-leaved deciduous forest on Zijin Mountain
- Research on spatial distribution of Tilia amurensis Yang Guoting et al.
- Growth,architecture and biomass of Fagus lucida saplings:response to full light and semi-shady condition Wen Yuanguang and Cao
- The biomass and net primary productivity of Pinus koraiensis plantation in Maoershan Mountain of northeastern China Liu Jianwei
- Conservation and utilization of natural vegetation in Yellow River Delta in China Zhang Zhiguo and Wang Renqing
- A study on the seasonal changes of the herb species diversity in hardwood forest Ye Wanhui
- Quantitative characteristics and component structure of forest vegetation in the northeastern Xiao Hinggan Mountains Guan Wenbi
- Multiple benefits evaluation for forest vegetation Li Chunyang et al.

