🎉 It’s official! Today, we announce the launch of CLaSH: Center for Land Surface Hazards an NSF supported initiative to advance the science of cascading geohazards to enable a resilient society. Follow along as we share updates, opportunities, research, and collaborations! 🌎✨ #CLaSH #NSF

shamelessly made a bluesky account so I could plug my first first-author paper (!) on postfire erosion in steep rocky catchments -- go check her out! www.science.org/doi/10.1126/...

The influence of wildfire on debris flows in a landscape of persistent disequilibrium: Columbia River Gorge, OR, USA

Debris flow erosion in rocky catchments of northern Oregon (USA) is found to be relatively insensitive to fire conditions.

science.org

The 21 July 2025 rock avalanche in the Matia'an valley in Wanrong, east Taiwan is generating a lake that could have a volume of 86 million cubic metres at the point of overtopping. This poses a threat to at least seven downstream communities. eos.org/thelandslide...