当前位置:首页 > 报告详情

复杂环境下的技术采用决策.pdf

上传人: sec****ies 编号:734683 2025-07-26 17页 6.83MB

1、Innovative Solutions to Advance Sustainability:Technology Adoption Decisions in Complex SettingsCHARLES W.RICEUniversity Distinguished ProfessorMary L.Vanier ProfessorSoil Microbiology,Department of AgronomyIssues Food security:Regional,National,and Global Extreme weather events and variabilitycreat

2、e uncertainity Loss of soil and productive capacity Inputs costs and supply chain In a sustainable future increases in food production to meet the growing global demand will have to be achieved Through higher productivity Using fewer natural resources(land and water)Reduce impacts on biodiversity an

3、d ecosystem health Adapt to extreme weather events Our Goal Increase efficiencies of Water,carbon,nutrients,and energy Increase profitability and climate resiliency Soil OrganicCarbonMicrobialActivityNutrient CyclingSoil StructureSoil BiodiversityWaterErosion&Availability Resiliency and EfficiencyPl

4、ant GrowthYieldEnvironmental ServicesSustainabilityInnovations Digital Agriculture and Precision Ag Conservation management Autonomous Systems Drones and Robotics Interseeding/Relay Cropping Chemical applications Crop Genetics Breeding technologies Shorter stature Design root systems Microbiome Pere

5、nniality Bioinoculants Water use Nutrient useBasso et al.,2021,Agric.SystCharles W.Rice,Carlos B.Pires,Dorivar Ruiz Diaz,and Cesar Guareschi Kansas State University,Department of Agronomy February 2025NC SARE+2 yrsKansas Soil Health NetworkGrundy silt loamPlot size:53.4 acStrip size:6.7 acSampling g

6、rid:1.1 acTreatments:2oUsual as business:Corn/Soybean rotationoImproved practice:Added cover crops to the rotation.oPoultry litter applied across the entire field(2017,2020,and 2021)BucyrusCHAPTER 2RCBD x 4 repsCHAPTER 2OTLINESolomonIrwin Silt Clay LoamPlot si

word格式文档无特别注明外均可编辑修改,预览文件经过压缩,下载原文更清晰!
三个皮匠报告文库所有资源均是客户上传分享,仅供网友学习交流,未经上传用户书面授权,请勿作商用。
本文主要探讨了在复杂环境中,采用技术创新以推进农业可持续发展的决策。关键点如下: 1. **挑战**:面临食物安全、极端天气、土壤流失和生产成本等问题。 2. **目标**:提高水、碳、养分和能源效率,增强气候适应性和盈利能力。 3. **创新**:提出数字农业、精准农业、自主系统、作物遗传改良等技术创新。 4. **研究案例**:Kansas Soil Health Network的案例研究,比较常规和改进的农业实践。 5. **结果**:改进实践(添加覆盖作物)在土壤碳和水保持方面表现出色,如在0-5cm的土壤中真菌聚集。 6. **效率**:强调提高养分、水、化学品和能源的效率。 7. **技术监测**:提出使用传感器、人工智能和机器人技术进行监测和管理。 8. **合作与发展**:提倡公私合作伙伴关系,发展市场,增强供应链。 核心数据引用:改进实践下,每英亩产量为1.53布什尔,涉及500英亩可带来约$10K的收益。 (注:布什尔为小麦等谷物的计量单位。)
"如何提高农业可持续性?" "精准农业有哪些创新技术?" "农业生态系统如何应对极端天气?"
客服
商务合作
小程序
服务号
折叠