林稻复合生态修复模式中双氧催芽系统研究进展及展望

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中图分类号： S223.1+2 文献标识码：A 文章编号：2095-2953（2025）10-0001-06

Abstract：Withthe intensificationof globalecological environmentproblems，traditionalagriculturalproductionmodels are faced with severe challenges，and there is anurgent need to explore new sustainable development paths.As an innovative agricultural model，the forest-ricecompound ecosystem can efectively improve landuse effciency， improvethe ecological environment，and promote biodiversitythrough forestryand rice cultivation combination.How to improve the productivityand ecological benefitsof the forest-ricecompound ecosystemremains the focus of current research.As an emerging germination acceleration method，dual Σ- oxygen germination acceleration technology can significantly improve the germination rate of seeds and the growth rate of seedlings，providing new technical support forforest-rice compound ecological restoration.Through theoptimization research on dual-oxygen germination acceleration machinery，its eficiencyand stability in practical applicationscan be improved further，thereby promoting thesustaiabledevelopment oftheforest-rice compound ecosystem.This study aims to explore the optimization of dual-oxygen germination acceleration machinery，providing a scientific basisand technical guarante for the forest-rice compound ecological restoration model. It reviews the importance of forest-rice compound ecosystem restoration，analyzes the principle ofdual-oxygen germination acceleration technologyand its applicationpotential in ecological restoration.Aiming at the shortcomingsof existing dual-oxygen germination acceleration machinery，it puts forward deas for optimized design，including the improvement of mechanical structure，the optimizationof work processes，and technologies for improving germinationacceleration eficiency.The efectivenessand stabilityof theoptimized dualoxygen germination acceleration machinery in practical applications are verified.

Key words：forest-rice compound;ecological restoration; seed soaking and germination acceleration; aeration and oxygenation；ozone sterilization

加快农业发展全面绿色转型，促进资源利用高效集约、产业模式低碳循环、乡村环境生态宜居，推动乡村生态振兴，是推进乡村全面振兴、加快建设农业强国的重要任务，是促进人与自然和谐共生的客观要求。（剩余8663字）