Assessing the impacts of spatial shifts in grain production on agricultural vulnerability in China: implications for nature-based solutions
研究中国粮食生产空间转移对农业脆弱性的影响，发现呈U型关系并加剧脆弱性。
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#气候变化
Unravelling the combined abiotic stress responses of wheat under heat and drought conditions
田间条件下研究小麦在热、旱及复合胁迫下的产量和生理响应，发现复合胁迫危害更大，并鉴定出耐性基因型DB
Climate Change Documentary Film Analysis: Before the Flood
分析纪录片《洪水来临前》，探讨气候变化对南亚粮食安全和基里巴斯海平面上升的影响，提出公平导向的应对建
International Journal of Innovative Science and Research Technology (IJISRT)·8月29日 · 周六67 分 论文农业AI与大模型智慧农业 / 农业物联网阅读 2
Artificial Intelligence for Climate-Smart Agriculture: A Review of Applications in Yield Prediction, Weather Forecasting, Irrigation Management and Pest and Disease Detection
综述AI在气候智慧农业中的应用，涵盖产量预测、天气预报、灌溉管理和病虫害检测。
Building climate resilience in small ruminant systems: Risk insights and adaptation strategies for South Asia
Building climate resilience in small ruminant systems: Risk insights and adaptation strategies for South Asia。Agricultural Systems
Projected climate change impacts on crop yields in China's drylands by statistical models and emulators
Projected climate change impacts on crop yields in China's drylands by statistical models and emulators。Agricultural Systems
第十四届亚洲玉米大会首次落地四川,聚焦'科技创新应对气候变化'
8 月 15 日,第十四届亚洲玉米大会在成都开幕,32 个国家和地区的 770 余名代表参会。四川本土选育的耐高温耐旱品种在与全球品种的'同台打擂'中胜出。四川省农科院研发了三大核心技术:适配坡耕地的机械化免耕高效种植技术、'一拌一喷'绿色防控技术和山地移动式精准灌溉技术。下一步四川将与 CIMMYT 共建玉米小麦南方研究中心。