中国农业绿色科技发展的演进历程、现实困境与推进方略

doi:10.13304/j.nykjdb.2025.0538

摘要/Abstract

摘要：

发展农业绿色科技是协同推进粮食安全、生态保护和农民增收的战略支点，更是落实乡村振兴战略和农业现代化建设的必由之路。因此，有必要深入探究我国农业绿色科技发展的演进历程，基于现实逻辑客观考究我国农业绿色科技发展面临的现实困境，从实践逻辑角度系统探索我国农业绿色科技发展的推进方略：构建全链条、多层次的农业绿色科技体系；强化全周期、多维度的农业场景应用研究；完善全要素、多主体的农业绿色科技生态。以上结论为破解农业绿色转型系统性难题、培育可持续发展新动能提供了可操作的理论框架和实践样板。

关键词: 农业绿色科技, 演进历程, 现实困境, 推进方略

Abstract:

The development of agricultural green science and technology is a strategic fulcrum for achieving the coordinated advancement of food security， ecological protection and farmer’s income growth. It is also the inevitable path for implementing the rural revitalization strategy and promoting agricultural modernization. Therefore， it is necessary to deeply explore the evolution process of agricultural green science and technology development in China， objectively examine the current dilemmas faced by agricultural green science and technology development in China from a realistic logic perspective， and systematically explore the promotion strategies for agricultural green science and technology development in China from a practical logic perspective. The full-chain， multi-level agricultural green science and technology system should be constructed； the full-cycle and multi-dimensional research on agricultural scene applications should be strengthened. And the full-element， multi-subject agricultural green science and technology ecosystem should be improved. Above conclusions provided an operational theoretical frameworks and practical models for solving the systemic problems of agricultural green transformation and cultivating new drivers of sustainable development.

Key words: agricultural green science and technology, evolution process, current dilemmas, promotion strategy

中图分类号:

F320

段伟, 李恩华, 刘斌, 贾帅帅, 潘月红, 胡建宇. 中国农业绿色科技发展的演进历程、现实困境与推进方略[J]. 中国农业科技导报, 2025, 27(10): 1-9.

Wei DUAN, Enhua LI, Bin LIU, Shuaishuai JIA, Yuehong PAN, Jianyu HU. Development of Agricultural Green Science and Technology in China： Evolution Process， Current Dilemmas and Promotion Strategy[J]. Journal of Agricultural Science and Technology, 2025, 27(10): 1-9.

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