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我国农业净碳效应与农业高质量发展耦合协调研究

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在核算2010-2020年我国30个省(市、区)的农业净碳效应以及农业高质量发展水平的基础上,引入耦合协调度模型,定量分析两者的协调发展变化。结果表明:①2010-2020年净碳效应与农业高质量发展综合指数总体呈现逐年上升趋势,但整体水平均不高;②2010-2020年我国农业净碳效应与农业高质量发展耦合协调度整体呈现出稳步增长的良好发展态势,总体位于基本协调阶段;③2010-2020年我国农业净碳效应与农业高质量发展协调度的空间差异特征明显,呈现出"多核心"辐射的整体格局、"粮食主产区领先,产销平衡区追赶,主销区塌陷"的区域格,以及"粮食主产区中高协调转型,主销区与产销平衡区协调发展奋力迈入"的耦合协调等级演变格局。
Research on the Coupling and Coordination of the Net Carbon Effect of Agriculture and High-Quality Agricultural Development in China
In this paper,based on accounting for the net carbon effect of agriculture and the level of high-quality development of agriculture in 30 provinces(municipalities and autonomous regions)in China from 2010 to 2020,the coupled coordination degree model is introduced to quantitatively analyze the changes in the coordinated de-velopment of the two.The results found that:① the comprehensive index of net carbon effect and agricultural high-quality development in 2010-2020 generally shows a rising trend year by year,but the overall level is not high;②from 2010 to 2020,the coupling coordination degree of China's agricultural net carbon effect and agricul-tural high-quality development shows a good development trend of steady growth,and is generally located in the basic coordination stage;③From 2010 to 2020,China's agricultural net carbon effect has obvious spatial differ-ences with the coordination degree of high-quality agricultural development,showing an overall pattern of"multi-core"radiation,a regional pattern of"major grain producing areas are leading;production and marketing balance areas are catching up,and main marketing areas are collapsing",and"major grain producing areas are in high co-ordination transformation".The coordinated development of the main sales area and the production and sales bal-ance area strive to enter the coupling coordination level evolution pattern.

net carbon effect in agriculturehigh-quality agricultural developmentcoupled harmonization rela-tionships

刘林、王永平

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贵州财经大学经济学院,贵州贵阳 550025

农业净碳效应 农业高质量发展 耦合协调关系

2024

绿色科技
花木盆景杂志社

绿色科技

影响因子:0.365
ISSN:1674-9944
年,卷(期):2024.26(21)