A bit of a late announcement, but excited to share that our work on how braided rivers move is out and featured in AGU's Eos! 🌊We analyzed 400+ scenes of satellite images, and found there is coherent motion of the channel threads. Grateful for the spotlight on this research!
The behavior of this river in Bangladesh may be more predictable than previously thought.
New @JGREarthSurface research from @yuannli & @ajaybrianlimaye of @uvaevsc
https://t.co/eVK1x2X2JU
Wanted to brag about my Ph.D. advisor Doug Edmonds (@HoosierRiver) being selected for the 100th class of Guggenheim Fellows! Doug is a great scientist and mentor and it's great to see him recognized for his contributions to fluvial dynamics 🙌
https://t.co/dLbC398kQk
New paper out now in Geology w/ co-authors @zzsylvester, @RiversToRocks, and @peteflaig exploring linkages between river avulsions and their 3-D stratigraphic architecture in the ancient sedimentary record: https://t.co/OuK1BZ9MPD
🚨 New Paper Alert!🚨: Excited to share my latest work in @Nature on river avulsions—catastrophic shifts in river courses that threaten millions worldwide. We've uncovered new rules that govern when and where avulsions occur. https://t.co/BFxd5Sp0jV
🧵(1/12)
Check out our new paper (https://t.co/AJdY05yqqp) in @ScienceAdvances today! Our research at the abandoned Yellow River delta shows that fluvial sediment decline and intensified storms drive rapid subaqueous delta erosion, revealing hidden degradation beneath delta surfaces.
Excited to share our new paper on WRR with coauthors @ajaybrianlimaye and @AustinChadwick_, applying newly developed Topography-Based Particle Image Velocimetry (PIV) to study how braided channels migrate through time and over space in a 37-m flume: https://t.co/bN9DRgY0Pr
Excited to share our new open access paper @JGRBiogeo https://t.co/mnaS5fOKuH
How will seasonal variations in SAV density and storms affect sediment retention and connectivity between subtidal flats and intertidal marsh?
��New paper out @JGREarthSurface ✨ How long is the characteristic timescale for the morphodynamic feedback in meandering channel migration?
#OpenAccess : https://t.co/9rqXtnzXdd
We show that the timescale is related to channel geometry and migration rate.
Turning the science of rivers into music – listen to my interview alongside collaborator @matthewburtner with Sandy Hausman on @wvtfradioIQ
https://t.co/ueADpEvs1K
Excited to announce a new paper out of the @ClasticsLab & @txgeosciences (with co-authors @zzsylvester, @PaulMGeo , and D. Mohrig) exploring the kinematics of meander bend cutoffs in timelapse satellite imagery. The full OA paper is available here [1/6]:
https://t.co/YsTBV45drG
Honored to introduce my works @AGU_EPSP Early Career Spotlight for November 2023. Thanks to all my mentors, peers, and students @uvaevsc who have helped me develop my career so far! Check details here👉 https://t.co/ziY7AHGRAt
I'm hiring for a postdoc to join my group in Earth and planetary surface processes @uvaevsc. Research topics are flexible; application review starts February 1. Can discuss at #AGU22 next week. For more info and to apply, see the official posting at
https://t.co/sJMRbDeAAc
Excited to share that our paper on testing predictions for migration of meandering rivers is published online in Journal of Geophysical Research: Earth Surface. Check it out: https://t.co/Brv8pI36uB
@ajaybrianlimaye
How does randomness shape river sinuosity? I'll break down 100,000+ model runs in 5 minutes in #AGU21 session EP53A, just after lunch today https://t.co/F22jtnpwlo