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[期刊论文] 作者:SUN Fazheng,, 来源:Journal of Landscape Research 年份:2016
Taiwan has always attached great importance to management of mountain slopes, and its steepslope water and soil conservation system has been a reference for the...
[期刊论文] 作者:SUN Fazheng, 来源:景观研究:英文版 年份:2018
Author of this paper introduced the formation and development, main viewpoints, and framework of the theory of soil and water ecology, as well as the role and v...
[期刊论文] 作者:SUN Fazheng,, 来源:Journal of Landscape Research 年份:2015
This paper explored the necessity of protecting and using grasslands, grass mountains, grass slopes and grass shallows, the significance of prataculture for the...
[期刊论文] 作者:Sun Fazheng, 来源:气象与环境研究:英文版 年份:2019
On the basis of discussing the positions and functions of soil and water in terrestrial ecosystem,the concept of soil and water ecology is put forward.It is tho...
[期刊论文] 作者:Sun Fazheng,, 来源:Meteorological and Environmental Research 年份:2017
Any ecosystem is commonly composed of organism and environmental system. Vegetation is primary producer and key factor of biological system, while water and soi...
[期刊论文] 作者:SUN Fazheng, 来源:景观研究:英文版 年份:2021
The theory of soil and water ecology is an important scientific issue related to the fundamental and overall situation of ecological environment and has important strategic significance for the protection of the earth’s ecological environm......
[会议论文] 作者:Sun Fazheng, 来源:第三届世界生态高峰会(Eco Summit 2007) 年份:2007
[期刊论文] 作者:Sun Yuan,Sun Fazheng,, 来源:Meteorological and Environmental Research 年份:2014
The most directly expressions of the relationships between human and nature lie in the relationships between human and water,human and soil( stone),human and ve...
[会议论文] 作者:Sun Fazheng,Huang Chengyan,Yin Chunxia,孙发政,黄成燕,殷春霞,Zhang Zhizhong,张志忠, 来源:南方水土保持研究会第十八届年会暨2012年学术研讨会 年份:2012
  为科学开展深圳市天然气高压输配系统工程水土流失治理,寻找适用本项目的水土保持技术和方法,设置长2000m,宽20m的试验示范段。因地制宜,设置不同类型的生物砖排水沟,喷...
[会议论文] 作者:SUN Fazheng,孙发政,HUANG Chengyan,黄成燕,YING Chunxia,殷春霞,ZHANG Zhizhong,张志忠, 来源:中国水土保持学会规划设计专业委员会2012年年会 年份:2012
为科学开展深圳市天然气高压输配系统工程水土流失治理,寻找适用本项目的水土保持技术和方法,设置长2000米,宽20米的试验示范段。通过因地制宜地设置不同类型的生物砖排水沟,喷播适生草本和灌木,实现黄土裸露面有序排水和快速复绿,为该项目全线的生态恢复提供了科学依......
[会议论文] 作者:Sun Fazheng,孙发政,Huang Chengyan,黄成燕,Yin Chunxia,殷春霞,Zhang Zhizhong,张志忠, 来源:南方水土保持研究会第十八届年会暨2012年学术研讨会 年份:2012
为科学开展深圳市天然气高压输配系统工程水土流失治理,寻找适用本项目的水土保持技术和方法,设置长2000m,宽20m的试验示范段。因地制宜,设置不同类型的生物砖排水沟,喷播适生草本和灌木,实现黄土裸露面有序排水和快速复绿,为该项目全线的生态恢复提供了科学依......
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