Ecological Value of Multi-scale Cultivated Land Protection and Compensation Standards in Watersheds
Journal Title: Bulletin of Soil and Water Conservation - Year 2023, Vol 43, Issue 6
Abstract
[Objective] The ecological value of cultivated land and compensation standards at multiple scales in a watershed was measured and analyzed in order to provide scientific reference for improving the compensation mechanism for cultivated land protection and promoting coordinated regional development. [Methods] The Liaohe River basin in Jilin Province was taking as an example, and used the equivalent sub-method, the market substitution method, and a landscape pattern index were used to establish a multi-scale cultivated land ecological value accounting system for the basin. The quantity and spatial allocation of cultivated land, differences in cultivated land quality, and the negative ecological externality of cultivated land were taken into account. On this basis, the cultivated land ecological compensation standard was formulated. [Results] ① Cultivated land had very important ecological values in the Liaohe River basin of Jilin Province, and the ecological values had significant spatial differences and scale-dependent effects. ② In 2020, the ecological value of cultivated land in the watershed was 20 502.78 yuan/ha, and the ecological value of cultivated land in each district and county had values between 4 261.97 and 16 873.59 yuan/ha, with values in the northwest region being higher than in the southeast region. ③ The compensation standard for cultivated land protection in the watershed was 4 319.36 yuan/ha, and the compensation standard of each district and county ranged from 814.68 to 3 471.85 yuan/ha. [Conclusion] For different spatial scales, differentiated ecological compensation standards and programs for cultivated land protection should be established, taking into account the ecological value of cultivated land and regional realities.
Authors and Affiliations
Panpan Wang, Jia Gao
Keywords
Related Articles
- EP ID EP762761
- DOI 10.13961/j.cnki.stbctb.2023.06.023
- Views 8
- Downloads 0
Effects of Forest and Grass Restoration Types on Aggregate Stability and Infiltration Characteristics of Loess
[Objective] The differences in aggregate stability and infiltration characteristics of loess under different forest and grass vegetation restoration types were compared in order to provide a theoretical basis for the opt...
Effects of Native Forest Conversion on Soil Labile Organic Carbon and Enzyme Activity in Northwestern Hunan Province
[Objective] The response of soil labile organic carbon components and enzyme activities to natural forest conversion was analyzed in order to provide a scientific basis for predicting regional soil health evolution and e...
Supply and Demand of Multi-scale Ecosystem Services and Their Influencing Factors in Hu’nan Province
[Objective] The distribution pattern of ecosystem service supply and demand and their main driving factors were analyzed in order to provide a scientific reference for regional ecological protection practices and ecologi...
Assessment of Rigid-Elastic-Resilient Society Responses to Natural Disasters in Red Soil Area of South China
[Objective] The method for building a society having robust and effective responses to natural disasters was determined in order to provide a scientific reference for preventing and reducing risks from major natural disa...
Spatial and Temporal Evolution and Drivers of Habitat Quality of Urban Agglomeration in Lower Yellow River Basin
[Objective] The habitat quality of the urban agglomeration in the lower reaches of the Yellow River, and the relevant influencing factors were studied in order to provide a reference for ecological protection and quality...