
Ali Mashayek
@ali_mashayek
Climate scientist at the University of Cambridge
ID: 710592716443410432
http://www.mashayek.com 17-03-2016 22:24:40
73 Tweet
489 Followers
400 Following

Read the full article for free! doi.org/10.1029/2022AV… #AGUPubs #OpenAccess UC San Diego Cambridge Earth Sciences University of Oxford Ali Mashayek Scripps Institution of Oceanography





Apply! Summer school in Corsica on the Southern Ocean - from physical dynamics, biology and carbon all the way to policy and governance. This will be 💥 soss2024.sciencesconf.org With JB Sallée Sarah Nicholson @a_wahlin @AmidgeAndrew Stefanie Arndt Prof. Matt England @JudithHauck & others


The tea is ok, but cheap, and I'm pleased to announce we now have decent smoothies on site so come join us Cambridge Chemistry and figure out why the sea smells and what that has to do with our understanding of the climate jobs.cam.ac.uk/job/43376/

It me! Very proud to be a new Sustainability By-Fellow Churchill College as well as taking up a role as co-director of AI for Environmental Risks CDT. It's great to be strengthening my links with Cambridge University as well continuing my role British Antarctic Survey 🐧


Excited to see that our new study is one of the editor's highlights AGU Advances! We also show how deep waters in the Southern Ocean can arrange into layers, which modifies how they upwell through topographic interactions and mixing ⛰️🌊Ali Mashayek Edinburgh Uni Maths AGU (American Geophysical Union)

Marine CO₂ removal technologies could depend on the appetite of the ocean’s tiniest animals theconversation.com/marine-co-remo… via The Conversation - Australia + New Zealand

Deep ocean currents curl and coil around underwater mountains: creating turbulence that helps seawater to rise to the surface ocean🏔️🌊 Research led by Ali Mashayek Cambridge Earth Sciences quantifies the importance of this turbulence in global ocean circulation. youtu.be/-bxO2ftpIUk

The role of seamounts in upwelling deep-ocean waters through turbulent mixing is discussed in Ali Mashayek and Laura Cimolis paper. Their paper has been highlighted in the Cambridge University Research News (cam.ac.uk) and in Earth.com.



The swishing waters around seamounts could account for about one third of ocean mixing. New research from Ali Mashayek Cambridge University, comments from Callum Shakespeare ANU Earth Sciences 🌏, story by Tokyotronic. eos.org/articles/model…


