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农林高校环境领军人才培养的强国方略OA

Strategic Framework for Cultivating Environmental Leading Talents in Agriculture and Forestry Universities under China's National Strategy for Building a Strong Nation

中文摘要英文摘要

在新时代生态文明建设与乡村振兴协同推进的战略背景下,农林高校作为环境领军人才培养的主阵地,亟须突破传统教育模式的桎梏.当前,我国部分农林高校环境专业仍存在理论与实践脱节、学科交叉不足、平台协同低效、成果转化机制缺失等多重结构性矛盾.本文提出"课堂引领—大创申报—成果凝练"三位一体的阶梯式环境人才培养路径,构建"理论输入—能力输出—价值反哺"的闭环生态系统.通过课程改革、平台搭建、协同机制创新等举措,实现农林高校教育链、人才链与产业链的深度融合,为国家培养兼具环境前沿科技素养与实践创新能力的复合型领军人才,助力国家绿色发展战略.

Under the strategic imperative of advancing ecological civilization and rural revitalization in a coordinated manner,China's agriculture and forestry universities,as the primary base for cultivating environmental leading talents,face an urgent need to break through the constraints of traditional educa-tion models.In some agriculture and forestry universities in China,current environmental programs face multiple structural contradictions,including a disconnect between theory and practice,insufficient inter-disciplinary integration,low efficiency in platform collaboration,lack of mechanisms for translating re-search outcomes into practical applications,and other systemic issues.To address these challenges,this study proposes an integrated tripartite,stepwise pathway for environmental talent cultivation("class-room guidance—application for the undergraduate innovation and entrepreneurship program—achieve-ment refinement")and establishes a closed-loop ecosystem("theoretical input—ability output—value feedback").Through curriculum reform,platform development,and innovation in collaborative mecha-nisms,agricultural and forestry universities achieve deep integration of the education,talent,and indus-try chains,cultivating compound leading talents with both advanced environmental science literacy and strong practical innovation capabilities to support China's green development strategy.

孙凯

安徽农业大学,安徽 合肥 230036

教育学

农林+环境课程改革领军人才强国方略

agroforestry and environmental sciencescurriculum reformleading talentsChina's na-tional strategy for building a strong nation

《高等农业教育》 2025 (3)

3-12,10

国家自然科学基金面上项目:真菌漆酶驱动根际腐殖化减低粪肥源雌激素作物吸收的生物化学机理(42277019)安徽省自然科学基金优青项目:环境雌激素生物修复与腐殖化(2308085Y28)

10.13839/j.cnki.hae.2025.3.001

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