Chunlin Song 宋春林

Inland water biogeochemistry and hydrology in cold regions. Born at 353 ppm.
Associate Professor at Sichuan University.
Bluesky: @songchunlin.bsky.social

[Chunlin Song 宋春林 @SongChunlin]

Accelerated Himalayan river meandering and dynamics due to climate change | Science https://t.co/Ae0vsrf87I

[Chunlin Song 宋春林 @SongChunlin]

New R script for calculating dissolved GHG concentrations & air-water fluxes (CO2, CH4, N4O) directly from headspace data in inland waters (from ppmv to mmol/m2/d). Built on the great work of R. Marcé(Rheadspace.R) and K.S. Aho (headspace_calcs).

🔗 https://t.co/mIwaAlTZCM

[Chunlin Song 宋春林 @SongChunlin]

In the US, Western rivers may be allies in the fight against climate change https://t.co/PjFEVXYHAQ via @caryinstitute

[Cameron Thrash @jcamthrash]

How River Drying Influences Greenhouse Gas Emissions: Insights from Species and Gene shifts https://t.co/OLEX9BltzP

[Nature Geoscience @NatureGeosci]

Article: The land-water interface of lakes is highly vegetated and may reverse their global carbon balance from a net source to a net sink

https://t.co/sgL6fsPmVH

[Permafrost Young Researchers Network @PYRN_official]

IPA Logo Design Call: The IPA is excited to announce a call for logo design submissions as part of our ongoing efforts to strengthen our visual identity and enhance our presence in the global permafrost research community.

[Nature Cover Alert @NatureCover]

Joshua F. Dean et al.
"Old carbon routed from land to the atmosphere by global river systems"
https://t.co/QEKPkNf8Eo

[Pep Canadell @pepcanadell]

1/3

The new Global Methane Budget is now published, open access.

https://t.co/CMBYFxCZCe

[Spencer Tassone @SJ_Tassone]

Excited to share my new study on how riverine #heatwave impact ecosystem metabolism! 🌊🔥 We explored the effects of heatwave intensity on GPP and ER in rivers—key insights for understanding how extreme temperatures shape aquatic ecosystems. Check it out! https://t.co/sAfij8HoWJ

[Chunlin Song 宋春林 @SongChunlin]

Final week for submission! Join us at AOGS 2025 in Singapore (July 27–Aug 1)! We’re hosting a session on “Aquatic Biogeochemical Cycles in Asia Under Climatic and Human Disturbances.” Submit your work by Feb 18, 2025. #AOGS2025 #Biogeochemistry https://t.co/1e0jAoOj2D

[IUGG @theIUGG]

Join us for🌦️❄️🌊 IAMAS-IACS-IAPSO 2025 🌦️❄️🌊, 20-25 July 2025, Busan 🇰🇷
https://t.co/tGA6z6yMmS
@theIAMAS @iacscryo

Abstract Submission/Grant Application Deadline:
15 February 2025

Early Bird Registration Deadline: 30 April 2025

[The Innovation: a Cell Press partner journal @The_InnovationJ]

New in @The_InnovationJ! Rainstorm-induced organic matter pulses: A key driver of carbon emissions from inland waters.
During rainstorms, terrestrial DOM can be rapidly mobilized and degraded, leading to significant decreases in pH and dissolved oxygen levels and high production and emission of CO2 and CH4 from downstream-linked lakes. Read more
https://t.co/WDcOslyPLc
#carbonemission #research

[Permafrost Young Researchers Network @PYRN_official]

Happy #PYRNFieldworkFriday 🎉

Check out the fieldwork of associate professor Chunlin Song (@SongChunlin), from Sichuan University, who measured water chemistry 💧🧪 and GHG emissions in the Qinghai-Tibet Plateau rivers and lakes!

To be featured next: 🔗 https://t.co/RBV56kKFRv

[Chunlin Song 宋春林 @SongChunlin]

@LiweiZhang89 Great work!

[Liwei Zhang 张力伟 @LiweiZhang89]

Big congrats!🥳🤙🤙🤙

[Permafrost Young Researchers Network @PYRN_official]

🌍 Want to boost the impact of your research and learn how to navigate policy frameworks? Join us for Permafrost Policy 101!

🗓️November 26, 2024
🕗 8–9 AM AK Time

Don't miss out on this chance to make your research policy-relevant! Suitable for researchers at all levels!

[Permafrost Young Researchers Network @PYRN_official]

🌟 Meet our Social Media & Activities Committee Members! 🌟
Learn more about our social media team (Emma and Lottie) and our activities committee (Emma, Lottie, Hailey, Chunlin and Zach) and their passion for permafrost research❄️
#PYRN #PermafrostResearch #PYRNExCom #PYRNNetwork

[Science Advances @ScienceAdvances]

Inland waters in the northern cryosphere produce enough carbon dioxide and methane to nullify land carbon uptake, a new study suggests. https://t.co/adaU4YBHdY

[Chunlin Song 宋春林 @SongChunlin]

Happy to share our recent work published at @ScienceAdvances: Inland water greenhouse gas emissions offset the terrestrial carbon sink in the northern cryosphere. Thanks to my author team! Read here: https://t.co/A43DBrV0jc

[Pierre Taillardat @P_Taillardat]

Our new research group the "Wetland Carbon Lab" is looking for PhD students interested in clarifying the role tropical wetlands play in the global carbon budget.

Come and join us! @ntu_ase @NTUsg