Research on the Potential Calculation of Farmland Improvement in Mountainous Rural Areas from Multiple Perspectives:Taking Huaxi District of Guiyang City as an Example
This article explores into the evaluation method of farmland consolidation potential in western mountainous rural areas under the influence of multiple stakeholders,to provide scientific basis for the implementation of farmland consolidation projects in the new era,and promote the efficiency of comprehensive land consolidation.Taking Huaxi District of Guiyang City as an example,this study constructs an evaluation index system for the potential of farmland consolidation in mountainous rural areas,establishes a farmland consolidation potential evaluation model for different stakeholders,and verifies the evaluation model based on the actual potential of farmland consolidation in Gaopo Township,Huaxi District.The results show that:1)The potential for farmland consolidation mainly considers three aspects:optimizing land allocation,protecting farmland ecology,profit return,construction difficulty,and improving production and living conditions.2)The comprehensive improvement potential of cultivated land in Jiu'an Township,Mengguan Township,and Yanlou Town in Huaxi District is relatively large,while the improvement potential in Gaopo Township is relatively small.Research conclusion:Constructing a multidimensional and multi influencing factor evaluation index system and evaluation model to explore the potential of mountainous rural land consolidation under different implementation entities can help improve the accuracy,scientificity,and practicality of evaluating the potential of mountainous rural land consolidation.However,breaking the administrative boundary and separating the concentration of cultivated land,and constructing an evaluation model that includes more variable factors for more complex and rational analysis,still need to be continuously explored and improved in practice.
comprehensive land consolidationmountainous rural areaspotential for farmland remediationdiverse stakeholderspotential evaluation model