Tim Raupach
@timraupach.com
Scientia Senior Lecturer at UNSW Sydney Institute for Climate Risk and Response. I study severe storms, especially hail, in a changing climate ⛈️. I also take photos and climb mountains. These views are my own. https://timraupach.com
Creepy for sure, but I'd be more concerned if it was the "world's largest spider's web" instead
November 7, 2025 at 2:02 AM
Creepy for sure, but I'd be more concerned if it was the "world's largest spider's web" instead
Hard to tell from the news reports, but yeah, those are expensive things to replace…
November 3, 2025 at 9:58 AM
Hard to tell from the news reports, but yeah, those are expensive things to replace…
Looks significant, but the full picture will emerge in time as the damage bill gets calculated
November 2, 2025 at 7:33 AM
Looks significant, but the full picture will emerge in time as the damage bill gets calculated
Thanks for all the work on the report - you all did an amazing job.
September 16, 2025 at 2:00 AM
Thanks for all the work on the report - you all did an amazing job.
It’s not an impossible problem, though, because with careful monitoring and thorough simulation studies we can get new insights. This is why it’s important that we continue with our work to better understand these systems and their changes in a warming climate. 4/4
September 16, 2025 at 1:20 AM
It’s not an impossible problem, though, because with careful monitoring and thorough simulation studies we can get new insights. This is why it’s important that we continue with our work to better understand these systems and their changes in a warming climate. 4/4
However, changes for severe convective storms and for large hail can, at this stage, be given only with low confidence. The report is quite correct to clearly state this uncertainty. This is because the physical scale and relative rarity of storms makes them hard to observe and model. 3/4
September 16, 2025 at 1:20 AM
However, changes for severe convective storms and for large hail can, at this stage, be given only with low confidence. The report is quite correct to clearly state this uncertainty. This is because the physical scale and relative rarity of storms makes them hard to observe and model. 3/4
Severe convective storms including hail are one of ten priority hazards identified by the report. Modelled economic costs for a mid-century moderate emissions scenario are high for storms and hail. Storms are affected by climate change and can be extremely damaging, so are a key climate risk. 2/4
September 16, 2025 at 1:20 AM
Severe convective storms including hail are one of ten priority hazards identified by the report. Modelled economic costs for a mid-century moderate emissions scenario are high for storms and hail. Storms are affected by climate change and can be extremely damaging, so are a key climate risk. 2/4