CL
Climate: Past, Present & Future

Climate: Past, Present & Future

Final guide to get ready for EGU25 with the Climate Division!

Final guide to get ready for EGU25 with the Climate Division!

Dear climate community,   With the EGU General Assembly 2025 approaching (27 April – 2 May), it is time to start preparing your programme and planning your week. We’re looking forward to another exciting and engaging General Assembly — a unique opportunity for geoscientists across career stages to present their research, exchange ideas, and expand their network. As usual, the Austria Center V ...[Read More]

Can we improve our understanding of extreme precipitation events in the Sichuan Basin by using high-resolution regional climate models?

Can we improve our understanding of extreme precipitation events in the Sichuan Basin by using high-resolution regional climate models?

Invited guest from the EGU 2024 Outstanding Student and PhD candidate Presentation (OSPP) Award Context The Sichuan Basin, located at the eastern slope of the Tibetan Plateau in China, is a lowland region that regularly experiences heavy rainfall during the summer months. This is due to its complex topographical features (Fig. 1) and the influence of the East Asian monsoon. The heavy rainfall can ...[Read More]

Open climate science is brave climate science

Open climate science is brave climate science

Why are we climate scientists? For us, there is a number of reasons: we feel a strong bond to nature, we like to solve puzzles and we want to understand the mechanisms of what we see every day.  And – even if it only manifests at the end of a causal chain – we want to contribute to a just and livable world via working in climate science. Thus, due to distant and abstract state funding ...[Read More]

Modelling the heat mitigation effects of blue roofs and green roofs to assess climate change adaptation potentials in dense urban environments

Modelling the heat mitigation effects of blue roofs and green roofs to assess climate change adaptation potentials in dense urban environments

Urban areas often show higher temperatures than their surrounding rural areas, especially during heat events. This phenomenon is called the Urban Heat Island (UHI) effect. The magnitude of the UHI effect is expressed by the absolute temperature difference between the rural and the urban area and can reach more than 10 °C. During past decades, the magnitude of the UHI effect has intensified in many ...[Read More]