
《极端档案》是一张以学术期刊内容为核心底色的音频专辑,精选《气候变化研究进展》中英文期刊中与极端天气气候事件相关的代表性文章,系统解读全球变暖背景下高温热浪、极端降水与洪涝、干旱、风暴等极端事件的变化趋势、归因分析、影响评估与风险管理对策。
为什么做这张专辑?
极端天气气候事件正在更频繁地进入公众视野——破纪录的高温、突发的暴雨、持续的干旱。每一次极端事件的发生,都伴随着一个追问:这是否与气候变化有关?答案需要科学研究来提供。本专辑将学术期刊中对极端事件的观测、归因与风险评估成果转化为可听的声音内容,帮助听众理解极端事件背后的科学逻辑。
你会听到什么?
极端事件的变化趋势与时空分布特征
极端事件与气候变化的归因分析
极端事件对自然系统与社会经济的影响评估
极端事件风险管理与适应对策
适合谁听?
关注气候变化与灾害风险的研究者、从业者
从事应急管理、城市规划、农业防灾等领域的工作者
希望对极... more
| Publishes | Daily | Episodes | 50 | Founded | 12 days ago |
|---|---|---|---|---|---|
| Language | Categories | Earth SciencesNewsScienceTech News | |||

本研究为理解年代际气候变化提供了新的全球视角:全球温度的几十年尺度波动,不仅受某一海盆影响,也受到热带、高纬以及南半球海洋协同变化的调控。
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研究团队基于2001—2020年多源遥感数据,同步采用叶面积指数(LAI,表征植被结构)和日光诱导叶绿素荧光(SIF,表征光合生理功能)两项指标,量化了全球植被对CDHEs的响应时间与衰退程度,并系统解析了气候、土壤水分等多因子对植被抗性变化的独立及交互驱动作用。
点击阅读全文https://www.sciencedirect.com/science/article/pii/S1674927826002790
本文利用百米级分辨率的SCHISM水动力模型,并耦合不同排放情景(SSP2-4.5和SSP5-8.5)下的1300多个合成热带气旋,系统评估了21世纪末南海北部极端水位的演变特征及其对海岸脆弱性的影响。点击阅读全文https://www.sciencedirect.com/science/article/pii/S1674927826002388
中国491个县2015—2019年研究显示,暖夜暴露与全因死亡和心血管死亡风险增加显著相关,关联可持续长达5天,老年人和女性尤为敏感。点击阅读全文https://www.climatechange.cn/article/2026/1673-1719/1673-1719-22-5-709.shtml
本研究利用CMIP6高分辨率模式比较计划(HighResMIP)中的多组高、低分辨率气候模式,对全球四大东边界上升流系统开展系统评估。 研究发现,提高模式分辨率能够显著改善东边界上升流平均态的模拟,其中海洋分辨率的提高尤为关键。高分辨率模式能够更好地再现风驱动的埃克曼输运和近岸上升流过程,而仅提高大气分辨率带来的改善相对有限。点击阅读全文https://www.climatechange.cn/article/2026/1673-1719/1673-1719-22-5-609.shtml
不同于以往主要针对特定区域或典型天气过程的研究,该研究利用统一的卫星观测数据和分析方法,从区域到全球,系统比较了不同降水类型、季节变化、昼夜差异以及典型气候区的降水微物理过程到差异。点击阅读全文https://www.sciencedirect.com/science/article/pii/S1674927826002777
该文利用 GPM‑IMERG 高分辨率降水卫星数据,结合区域气候模式敏感性试验,对17个大型湖泊开展分析。研究揭示约500km²是湖泊稳定放大局地降水的临界面积:暖季夜间湖面降水较周边陆地高出0.64mm/d,由夜间蒸发、感热通量与弱风协同驱动;冷季大尺度环流掩盖湖泊局地热力效应,调控作用不显著。点击阅读全文https://www.sciencedirect.com/science/article/pii/S1674927826002868
本研究利用2010—2025年北京市6个花粉监测站的连续花粉浓度和气象观测资料,构建温度驱动的过程物候模型,分别模拟春季主要乔木花粉和秋季主要草本花粉的季节开始、结束及持续时间,并结合22个CMIP6气候模式的高分辨率降尺度数据,评估SSP1-2.6、SSP3-7.0和SSP5-8.5情景下2026-2100年花粉季节变化。点击阅读全文https://www.sciencedirect.com/science/article/pii/S167492782600198X
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