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maryn-geomorph.bsky.social
maryn sanders
@maryn-geomorph.bsky.social
35 followers 37 following 2 posts
PhD candidate at UO - thinkin' 'bout debris flows
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Reposted by maryn sanders
clashgeohazards.bsky.social
CLaSH-an NSF Center for Land Surface Hazards @clashgeohazards.bsky.social · Sep 4
🎉 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
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maryn-geomorph.bsky.social
maryn sanders @maryn-geomorph.bsky.social · Aug 16
pretty surreal!! thanks so much Jill ☺️
maryn-geomorph.bsky.social
maryn sanders @maryn-geomorph.bsky.social · Aug 11
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.
www.science.org
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Reposted by maryn sanders
davepetley.bsky.social
Dave Petley @davepetley.bsky.social · Aug 8
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...
The barrier lake of the 21 July 2025 landslide in the Matia'an valley in Taiwan. Image by etaiwan.news.
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