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wavesjam.bsky.social
Water waves and air-sea interactions at @minesgeophysics.bsky.social. She/Her https://mines-oceanography.github.io/
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Because of a snow, @baylorfk.bsky.social’s Mines Climate Seminar has been rescheduled for MONDAY at 10 am in Hill Hall 202. Register for the Zoom stream here: mines.zoom.us/webinar/regi...

🌎 🌊 @radatmines.bsky.social, @siegfried.bsky.social, and I are thrilled to host the one and only @baylorfk.bsky.social—the favorite AI movie director of climate Bluesky and an incredible physical oceanographer tackling everything from turbulence to climate-scale challenges! Join us tomorrow 10AM MT!

I run a yearlong program called Life Skills for Young Scientists where we study essential skills for a happy and meaningful life. Each month I record a talk about a relevant topic. These might be useful resources: open.spotify.com/show/7GQcLJG... This month: "Staying Motivated in Difficult Times"

In the wake of a grim week, @radatmines.bsky.social, @siegfried.bsky.social, and I are excited to launch the Mines Climate Seminar Series! We'll have an incredible lineup of speakers, starting next week with @drandreadutton.bsky.social , followed by @baylorfk.bsky.social and Richard Alley. 🌎✊🏼

vorticity distribution for 2d flow on a non-rotating (left) and rotating sphere (right). curvature and rotation arrest the inverse cascade and leads to zonal jet patterns. but, the stat mech predictions are the same: the energy (eventually) ends up in the lowest available mode in both cases. 🌊🧪

vorticity distribution of 2d flow on a non-rotating sphere 🧪🌊

A satellite-mounted instrument has in just one year produced higher-resolution imagery of the global seafloor than that from comparable systems over the past 30 years. 'Sea' for yourself and learn more about the new study led by Scripps Oceanography postdoctoral scholar Yao Yu. ⬇️

Nature is amazing . I was looking for MIZ features, and I found this vortex street ... and lee waves . odl.bzh/jRvRtgH2

Over 40 years ago Klaus Hasselmann gathered colleagues to work together on a numerical wave model. Next year, what is now the "Wind-Waves in the Earth System (WISE)" community will gather in Seattle ( 12-15 May ) for updates on the art of observing waves and modelling them. sites.uw.edu/wise2025/

🚨 The Alker Lab is starting at the University of Rhode Island in early 2025 and we will be hiring! 🚨 If you are interested in marine microbiology, bacterial genetics and/or symbiosis, please consider reaching out! Repost to help spread the word 🪸🧪🧬🌊

Come do a PhD with Channing Prend and myself! The project will use seal data and models to understand Antarctic Slope Current dynamics. Based in Edinburgh, UK, but with opportunities for time in Australia also. e4-dtp.ed.ac.uk/e5-dtp/super... 🌊

🚨New paper alert!🚨 Led by the fabulous @mmglacialgeo.bsky.social and Ellie Abrahams. We automated subglacial bedform detection 🧊🪨 Check it out to learn all about the wonders of 🛏️bed🛏️ 🔎finder🔍! doi.org/10.1111/bor....

🌊How did Tico’s 2,500-mile odyssey from Brazil to Venezuela turn into a groundbreaking rescue story?🌊 .. Learn more about this WHOI-Aquasis partnership and how it supports manatee conservation efforts in Brazil. .. Oceanus article: tinyurl.com/yzvucjzh Full scientific paper: doi.org/10.1017/S002...

🚀At NASA's #PACE Hackweek, Sarah Lang, Ph.D. candidate at #URIGSO, worked on a multi-institutional team to explore how mesoscale eddies—swirling ocean currents spanning 10-100 km—affect phytoplankton ecosystems. These ecosystems are vital to the overall health of oceanic ecosystems & future climate.

🌊 Amazing scientist, human, and accordion player @iuryt.bsky.social has just joined us and is worth a follow! 🌊