chengmin Master Tutor

[1]基于自然解决方案的老年群体极端湿热暴露风险的缓解路径研究，进行，浙江省哲学社会科学规划年度“高校基本科研业务费改革”专项一般课题，chengmin侯宪瑞,刘庄田

[2]秀洲等区域第三次全国土壤普查剖面样点调查采样技术服务合同，完成，chengminSong LiangYuan,Tang LanPing,Wushaohua,Zeng Canying,Yan DaoHao,Zhou Yin,Shen Ge,Wang Chengcheng,Zhang Yaoyao

[3]城市绿地对老年群体极端高温暴露风险的影响机制与风险减缓路径，进行，2024年度国家自然科学基金青年项目，chengmin

[4]融合剖面与大量表层样的高精度三维数字土壤制图研究，程敏（参与）

[5]农业绿色发展下浙江省作物轮作系统现状监测、效应解析及优化对策程敏（参与）

[6]数字技术赋能山区县生态产品价值实现的路径与对策研究，浙江省软科学研究计划-重点项目，程敏（参与）

[7]耕地资源保护与自然资源定级，进行，chengminWushaohua,Zeng Canying,Wang Chengcheng,Zhou Yin,Shen Ge,唐兰萍,Yan DaoHao

[8]利用遥感和深度学习预测城乡经济发展水平，程敏（参与）

[9]城市绿地空间结构对热岛缓解的多尺度阈值及级联优化，进行，2023年浙江省教育厅一般项目，chengmin姜璐,Wang JinShuo,王静怡

[10]“八八战略”指引下农村人居环境治理机制的迭代演进与扩散效应，程敏（参与）

[1]吴春燕,chengmin,陈东升,张守攻,孙晓梅. Advanced intelligent recognition algorithm for tree canopy carbon sequestration capacity based on 3D visualization: application in Larch plantations under drought stress，Ecological Indicators，178：2025-09-01

[2]吴春燕,杨廷栋,陈东升,chengmin,李彦杰,孙晓梅,张守攻. Integrating 3D Canopy Reconstruction to Assess Photosynthetic and Carbon Sequestration Responses of Larch Plantations to Drought Stress，Plant Phenomics，Volume 7, Issue 3：2025-09-01

[3]吴春燕,杨廷栋,chengmin,陈东升,孙晓梅,张守攻. Multi-scale estimation of photosynthetic capacity in larch forests using UAV hyperspectral data: From leaf to canopy，Science of Remote Sensing，11,100220：2025-06-01

[4],曾灿英、吴绍华、程敏 等. High-resolution mapping of carbon dioxide emissions in Guizhou Province and its scale effects，Scientifc Reports，14(1)：2024-01-01

[5],唐兰萍、申格、程敏 等. Spillover Impacts of the Utilization of Winter Fallow Fields on Grain Production and Carbon Emissions，Land：2024-01-01

[6]chengmin,Wushaohua,Zeng Canying,于晓璐,王静怡. Can economic growth and urban greenness achieve positive synergies during rapid urbanization in China?，Ecological Indicators，150，110250：2023-06-01

[7]chengmin,梁颖,Zeng Canying,Pan Yi,Zhu Jinxia,王静怡. Economic Growth Does Not Mitigate Its Decoupling Relationship with Urban Greenness in China，Land，2023,12(3),12020614：2023-03-01

[8]chengmin,王颖,Zhu Jinxia,Pan Yi. Precipitation Dominates the Relative Contributions of Climate Factors to Grasslands Spring Phenology on the Tibetan Plateau，Remote Sensing，14(3), 517：2022-02-01

[9]chengmin,金佳鑫,江洪. Strong impacts of autumn phenology on grassland ecosystem water use efficiency on the Tibetan Plateau，Ecological Indicators，126：2021-07-01

[1]chengmin,基于多源地理数据融合算法的森林生态质量动态评估系统及方法,2025-03-28