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Compound events in the coupled climate and socio-ecological system
1Department of Compound Environmental Risks, Helmholtz Centre for Environmental Research - UFZ, Leipzig, Germany.
Iscience
|September 19, 2024
Summary
Climate change impacts often stem from multiple combined atmospheric and socio-economic factors. Research on these compounding events is becoming increasingly interdisciplinary, spanning various scientific fields.
Area of Science:
- Climate Science
- Interdisciplinary Research
- Socio-ecological Systems Analysis
Background:
- Climate-related impacts are frequently exacerbated by multiple compounding drivers.
- Compound event research, initially from climate science, is expanding across disciplines.
- Extreme events in socio-ecological systems are increasingly understood through compounding effects.
Discussion:
- The interdisciplinary nature of compound event research is highlighted.
- The special issue focuses on compounding effects as drivers of extreme events.
- Understanding the interplay between atmospheric and socio-economic domains is crucial.
Key Insights:
- Multiple interacting drivers amplify climate-related impacts.
- Compound events are a key focus in current scientific research.
- Socio-ecological systems are particularly vulnerable to compounding climate effects.
Outlook:
- Further interdisciplinary collaboration is needed to address complex climate challenges.
- Expanding research into compound events will enhance understanding of extreme phenomena.
- Integrating atmospheric and socio-economic perspectives is vital for future research.
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