Anam Khan
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anmitrees.bsky.social
Anam Khan
@anmitrees.bsky.social
Postdoctoral scholar studying ecosystem recovery and biosphere-atmosphere processes 🍃🌱⛰️🌲🌳
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Are you collecting tree growth measurements or working at the intersection of fluxes, tree growth, and global change 🪾🌬️? Consider joining our new FLUXNET working group by filling out the survey linked at the post below! 👇👇
Reposted by Anam Khan
Seen at #AGU2025 in New Orleans
December 17, 2025 at 5:56 PM
Meet a fluxer and learn all about their surface-atmosphere adventures in this fantastic podcast! 👇👇
🧪 SCIENCESKY! Check out the awards that Meet the Fluxers won from Spotify Wrapped this year, like being an "instant hit" 😲 Our debut season was more popular than 86% of other new shows. The amount of shares was incredible - more than 96% of other shows. Thanks for listening to our science podcast! 🎶
December 12, 2025 at 12:24 AM
Going to #AGU25? Interested in how ecosystem carbon and water fluxes recover after flash droughts? 📸🪾🌲I’ll be talking about our work using flux tower data from savanna and forest sites across the western United States at the forest ecophysiology session on Tuesday, Dec. 16 (starting at 8:30 am)!
December 11, 2025 at 8:22 PM
Are you collecting tree growth measurements or working at the intersection of fluxes, tree growth, and global change 🪾🌬️? Consider joining our new FLUXNET working group by filling out the survey linked at the post below! 👇👇
December 10, 2025 at 8:15 PM
Peer-reviewing is an essential part of science. I find myself repeatedly turning to this guide to reviewing. Highly recommend 👇👇👇
Scientists are expected to do peer reviewing but no one tells you HOW. After talking with several folks about this today at #AGU24 , it seems a good time to link to this presentation I made several years ago -- feel free to use/share! docs.google.com/presentation...
Effective, efficient, and fair peer reviewing 2023
Effective, efficient, and fair peer reviewing Ben Bond-Lamberty Based on a presentation at the AGU Early Career Scientist Workshop, 2019 1
docs.google.com
August 26, 2025 at 5:45 PM
We studied how modeling vegetation water stress impacts the modeling of ozone dry deposition in atmospheric chemistry models. Another adventure in surface-atmosphere exchange and fluxes with @paulstoy.bsky.social and many others!
Modeling ozone deposition through plant stomata is tricky because simulating water limitation is a challenge, and O3 itself impacts stomatal functioning. Anam Khan and others demonstrate the key roles of soil moisture and VPD on stomatal ozone dry deposition models acp.copernicus.org/articles/25/...
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August 25, 2025 at 10:40 PM