2015Bulletin of Soil and Water ConservationRequires access

Accounting Economic Value of Forest Water Conservation in Jilin Province

Shi Xiaolian

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Abstract

[Objective]This study analyzed the vegetation types of forest water conservation capacity and total water conservation value of forest ecosystem in Jilin Province in order to provide the basis for forest sustainable operating and management.[Methods]Based on the measurements of rainfall interception rate and rainfall of forest ecosystems,we obtained forest water conservation converting by analyzing the relationship between rainfall interception rate and forest canopy and precipitation.By reusing the shadow engineering method,we got the economic value of forest water conservation.[Results](1)The average annual rainfall was 1179.9mm in Jilin.The order of water holding capacity was:natural forestplantationarboreconomic forest.(2)The amount of forest water conservation was 7.24×1010 m3.The value of forest water conservation was 1.81×1011 yuan per year.[Conclusion](1)As the water outflow was greater than inflows,Jilin Province belonged to water-deficient area in both population and ecology.(2)The forest vegetation type in Jilin Province is rich,but spatial distribution of vegetation is uneven.

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[Objective]This study analyzed the vegetation types of forest water conservation capacity and total water conservation value of forest ecosystem in Jilin Province in order to provide the basis for forest sustainable operating and management.[Methods]Based on the measurements of rainfall interception rate and rainfall of forest ecosystems,we obtained forest water conservation converting by analyzing the relationship between rainfall interception rate and forest canopy and precipitation.By reusing the shadow engineering method,we got the economic value of forest water conservation.[Results](1)The average annual rainfall was 1179.9mm in Jilin.The order of water holding capacity was:natural forestplantationarboreconomic forest.(2)The amount of forest water conservation was 7.24×1010 m3.The value of forest water conservation was 1.81×1011 yuan per year.[Conclusion](1)As the water outflow was greater than inflows,Jilin Province belonged to water-deficient area in both population and ecology.(2)The forest vegetation type in Jilin Province is rich,but spatial distribution of vegetation is uneven.

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Available abstract

[Objective]This study analyzed the vegetation types of forest water conservation capacity and total water conservation value of forest ecosystem in Jilin Province in order to provide the basis for forest sustainable operating and management.[Methods]Based on the measurements of rainfall interception rate and rainfall of forest ecosystems,we obtained forest water conservation converting by analyzing the relationship between rainfall interception rate and forest canopy and precipitation.By reusing the shadow engineering method,we got the economic value of forest water conservation.[Results](1)The average annual rainfall was 1179.9mm in Jilin.The order of water holding capacity was:natural forestplantationarboreconomic forest.(2)The amount of forest water conservation was 7.24×1010 m3.The value of forest water conservation was 1.81×1011 yuan per year.[Conclusion](1)As the water outflow was greater than inflows,Jilin Province belonged to water-deficient area in both population and ecology.(2)The forest vegetation type in Jilin Province is rich,but spatial distribution of vegetation is uneven.

Key concepts: Environmental science, Interception, Water conservation, Vegetation (pathology), Forest ecology, Precipitation, Canopy interception, Population

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