An Analysis of Comprehensive Control Benefits at Xiaoliang Water and Soil Conservation Experiment Station
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An Analysis of Comprehensive Control Benefits at Xiaoliang Water and Soil Conservation Experiment Station
Bulletin of Soiland Water ConservationVol. 11, Issue 1, Pages: 52-60(1992)
作者机构:
水利部南昌水利水电专科学校,南昌市,330029
作者简介:
基金信息:
DOI:
CLC:S157.2
Published:1992
稿件说明:
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Chen Fayang, Wang Zhiming, Fu Guizheng. An Analysis of Comprehensive Control Benefits at Xiaoliang Water and Soil Conservation Experiment Station[J]. Bulletin of Soiland Water Conservation, 1992, 11(1): 52-60.
DOI:
Chen Fayang, Wang Zhiming, Fu Guizheng. An Analysis of Comprehensive Control Benefits at Xiaoliang Water and Soil Conservation Experiment Station[J]. Bulletin of Soiland Water Conservation, 1992, 11(1): 52-60.DOI:
An Analysis of Comprehensive Control Benefits at Xiaoliang Water and Soil Conservation Experiment Station
This paper deals with the actual economic benefits in comprehensive control oversoil erosion at xiaoliang water and Soil conservation station. The static and dynamicstate analytical methods were used to make a quantitative or qualitative studiesof economic returns
ecological benefits and social benefits at xiaoliang water andsoil conservation station with the reference to some related technical specific-.ations. The results showed that the ratio of expenses on compre hensive controlwas 1.33; internal recovering rate was 34%; soil conservation efficiciency was 82%; the existing forest cover percentage reached 51%. These results showed the eco-nomic returns of comprehensive control over soil erosion at xiaoliang water. and soil conservation station are apparent and so the better of ecological and economicalreturns. Based on the analysis of economic returns and fi ances
the scient ificestimation or prediction for the future was made as well
Benefits Appraising of Sustainable Development for Watershed Rehabilitation Project of Loess Plateau in Shaanxi Province
Constructing a New Type of Eco-agricultural Industry for Small Watershed in the Mountain Area--A Case Study of the Chenjiagou Watershed in Wanzhou, Chongqing
Soil and Water Conservation Measures and Benefits for the Products Pipeline Project of South Jiangsu Province
Application of Weighted Coefficient Optimization Method in Small Watershed
Study of the Bench Terrace as Soil and Water Conservation Engineering in Ruhe Watershed
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