基于“植物一土壤反馈”逻辑构架的智慧农业人才培养“四维”模型重塑

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中图分类号：C961 文献标志码：A 文章编号：2096-9902（2026）01-0012-05

Abstract：Facing the"negativefeedback"dilemmaof globalagriculture，includingproductioncapacitybotlenecks，environmentaldegradation，ndthe"2O5Ofoodchallnge"，traditionaltalentcultivationmodelsareprovinginadequate.Breakingthrough theseconstraintsandinnovatingeducationalphilosophiesareurgentprorities.Thispaperpositsthatthecorewisdomoftransforming"egativefedback"into"posivefeedback"inherentinnature's"plant-soilfeedback"（PSF）mechanismiskeytounlockingasustainableagriculturalfuture.Therefore，thecultivationofsmartagricultureprofesionalsustevolvebeyondsimpletechicalinstructiontoequipstudentswiththe"ecologicalwisdom"tomanagecomplexecosystems，discernagriculturalpaternsfrom dataandforgereeinnovationcapabilitiestomeetfuturechaenges.Retaininganindustrialrevolutionerapedagogicallogic willhinderthedevelopmentofneweraagriculturaltalentcapableofaddressingthesefutureadversities.Consequentlythisresearchaimstoachieveasystemicreforminsmartagriculturetalentcultivationpractices，guidedbytheecologicalwisdomof "regulatingplant-soilfedbackforsustainableagriculture.WedistillthecorephilosophyofPSF-itstenetsofdynamismmutual fedback，andsystemciy-intothe"soulofwisdom"formodemagriculturaltalentdevelopment，andonthisfoundation，construct a"Four-Dimensional"talentcultivationmodelencompasingknowledge，abilityliteracy，andvalues.Thisendeavorseekstoreshapetalent cultivation philosophies and driveagriculture towardsa moreresilient and sustainable future.

KeyWords：plant-soil feedback;smartagriculture;talentcultivation;interdisciplinary integration;ecologicalwisdom

古老而又严峻的农业困境，如同一张“负反馈"的网，困住了传统农业的产能与环境。（剩余7365字）