1) Xiaoliang ecological station
小良生态站
2) Xiaoliang Water Resources Protection Station
小良水保站
3) Xiaoliang Soil and Water Conservation Station
小良观测站
4) Xiaoliang Experimental Station
小良试验站
1.
community B: eucalyptus forest; community C: pine and eucalyptus mixed forest; community D: broadleaved mixed forest) in the Xiaoliang Experimental Station were compared with a local secondary tropical evergreen monsoon forest to study the feasibility of forest restoration in the tropical areas.
通过对小良试验站不同类型、不同林龄的３种人工林群落（群落Ｂ：桉林；群落Ｃ：松桉混交林；群落Ｄ：阔叶混交林）与当地自然次生热带季雨林（乡土林）相比较，从群落结构的角度探讨人工恢复热带森林的可行性。
5) Xiaoliang degraded ecosystem
小良退化生态系统
1.
The valuation of Xiaoliang degraded ecosystem increased from 509 to 119 070 RMB/hm~2 during the past 45 years(1959-2004).
以广东小良退化生态系统为研究案例,对其恢复过程中的生态经济价值进行动态评估。
6) good ecological environment
生态良好
1.
Based on an analysis of the connotations of the concept of scientific development and the viewpoints of various experts,this paper argues that the concept of scientific development should be manifested in economic development,social progress and good ecological environment.
本文通过对科学发展观基本内涵的剖析,以及专家们的见仁见智,得出科学的发展观应该是经济发展、社会进步、生态良好,并通过运用模糊数学方法在层次分析法的基础上对一些核心的量化指标进行了综合评价和权重的优化,进而构建了科学发展观的评价指标体系,以期能更为科学地评价我们的社会是否在更加科学地发展。
补充资料：昆虫个体生态学(见昆虫生态学)
昆虫个体生态学(见昆虫生态学)
昆虫个体生态学见昆虫生态学
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条