黄河流域河南段农业新质生产力与生态保护耦合协调研究OA

To explore the coupling relationship between new quality productive forces in agriculture and ecological protection during high-quality agricultural development in the Yellow River Basin,this study utilized panel data(2014-2023)from eight prefecture-level cities in the Henan section.It constructed evaluation index systems for both agricultural new quality productive forces and ecological protection.Meth-ods including the entropy weight method,the coupling coordination degree model,the obstacle degree model,and grey relational analysis were employed to systematically examine the coupling evolution characteristics,obstacle factors,and driving mechanisms.The results indicate that:The coupling coordination level between agricultural new quality productive forces and ecological protection in the Henan sec-tion of the Yellow River Basin improved steadily overall,with the average coordination degree rising to 0.930 by 2023,showing a transition from disorder to coordination.Sanmenxia and Zhengzhou exhibited higher coordination,while Jiaozuo and Puyang lagged relatively,revealing significant regional disparities.Structural misalignment was observed,with agricultural development outpacing ecological protection in some cities.Common driving factors included rural renewable energy application and high-standard farmland construction,whereas lagging regions relied more on water resource regulation and energy structure optimization.Accordingly,policy recommendations focus on regional synergy,technological penetration,resource regulation,and endogenous drive to facilitate the synergistic advancement of green agricultural transformation and high-quality development in the Yellow River Basin.