1) drainage of Maoshigou
帽石沟流域
1.
Artificial wetland for purifying sewage in the small drainage of Maoshigou is built in flat and non-steep exit of the drainage,taking coarse sand,gravel and local surface soil as packing,Salix Linn as filter vegetation.
分析了该人工湿地在帽石沟流域污水净化中所起的作用,结果表明:人工湿地去除了污水中的一部分营养物质,在该湿地现阶段的运行当中,以磷的去除率为最高,达到25%。
2) Maoshigou watershed
帽石沟小流域
1.
The text analysised the role of constructed wetland in purifying wastewater in Maoshigou watershed.
对人工湿地在帽石沟小流域污水净化中所起的作用进行分析的结果表明,人工湿地去除了污水中的一部分营养物质,在该湿地现阶段的运行中,以磷的去除率为最高,达到25
3) Xiaoshigou watershed
小石沟流域
1.
The comprehensive management of Xiaoshigou watershed was started in 1952.
小石沟流域综合治理是1952年开始的,经过几十年的治理开发、合理调整各业用地比例和产业构成,取得了显著成绩。
4) Yangou catchment
燕沟流域
1.
Influence of Vegetation Types on Soil Organic C at Yangou Catchment in the Loess Hilly-gully Region;
以黄土丘陵沟壑区燕沟流域为基础,分析了主要植被类型的SOC,TSN变化及其分布特征。
5) Yangou watershed
燕沟流域
1.
Sediment sources analysis of the Yangou watershed under a certain rainstorm event in the Hilly-gully Region of Loess Plateau;
延安燕沟流域次降雨泥沙来源分析
2.
Based on field survey and laboratory analysis,by using multi-linear stepwise regression and geographic information system(GIS),the paper studied the spatial distribution of surface soil(0-20 cm),organic C density in the Yangou watershed of loess hilly-gully region and its relationships with land use,landform,and so on.
通过野外调查和室内分析,采用多元线性逐步回归和地理信息系统(GIS)相结合的方法,研究了黄土丘陵区燕沟流域表层(0~20 cm)土壤的有机碳密度、空间分布及其与土地利用类型和地形因子等的关系。
3.
According to the research on the natural and artificial communities by five indexes of species diversity in Yangou watershed, this article discussed the relationship between re-vegetation ways (natural restoration, artificial restoration, natural and artificial restoration) and species diversity.
在燕沟流域选取 5个物种多样性指数对其天然及人工群落物种多样性进行了研究,分析了植被恢复重建途径(自然恢复、人工恢复、自然和人工恢复 )与物种多样性的关系。
6) Chaigou Watershed
柴沟流域
1.
Study on Diversity of Vegetation Species of Chaigou Watershed in Wuqi County;
吴旗柴沟流域植被物种多样性研究
补充资料：石沟
1.石砌的水沟。
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