A recent study indicates that heatwaves are driving a surge in compound drought and heat extremes globally, particularly after global average temperatures surpassed 14.3°C around the year 2000. The research highlights an intensification of land-atmosphere dynamics, where drier soils lead to higher surface temperatures and vice versa, resulting in more frequent and severe compound events. These changes pose significant risks to crop productivity, increase wildfire frequency, and exacerbate public health crises. The study recommends reassessing risk management strategies and incorporating the sequence of droughts and heatwaves into climate risk assessments for better preparedness.
Read the full article at Carbon Brief
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