npj Climate and Atmospheric Science (Nature)

This Perspective explores how space-based Earth Observation (EO) data can support tracking progress under the Paris Agreement's Global Goal on Adaptation.

The study examines the changes in the time interval of consecutive heatwave and heavy rainfall (HW-HR) events in China from 1970 to 2019, using meteorological data from over 2000 stations across mainland China.

This study analyzed compound drought and heatwave events (CDHWs) exposure in both rural and urban populations and found that the number of people chronically exposed to CDHWs has shown a clear upward trend over time.

This study presents the first observational assessment (1951–2022) of summertime hot–wet compound events across global coastal megacities.

This study is assessing the role of anthropogenic climate change in the occurrence of prolonged extreme climate conditions favourable for the development of summer 2022 Landes wildfires.

By using reanalysis data and climate model output together with a deep learning model, the study explores the relationship between positive-phase North Atlantic Tripole (NAT) sea-surface temperature anomalies and Southeastern Siberia wildfire increases.

The study emphasizes integrating climate-resilient pathways into national adaptation plans to ensure inclusivity. It calls for cross-sectoral coordination to address social inequality, enhance disaster risk reduction, and promote economic diversification.

In this publication, researchers exploit the km-scale convection-permitting multi-model ensemble, generated within the FPS Convection project, to provide a new understanding of the changes in local precipitation extremes and related uncertainties.