Hydro90

Take a hydro-bite😋. Here is the platform for Chinese researchers around the world.💗Wechat: Hydro90 💗Bilibili: hydro90

[Chunlin Song 宋春林 @SongChunlin]

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

[Forest Ecosystems @Forestecosyst]

Wildfires in British Columbia, Canada, increased summer water flows by melting more snow and reducing evaporation. This insight helps water managers better plan for future climate changes.👍
#wildfires #climate #forest
@Forestecosyst
https://t.co/VGyob8x7RC

[Yamazaki Lab (Global Hydrodynamics) / 山崎研 / UTokyo @G_Hydrodynamics]

Past and future change in global river flows.
Gudmundsson, L., Brunner, M.I., Döll, P. et al.
Nature Review: Earth and Environment (2025). https://t.co/tS02J2Wjt3

[Science Advances @ScienceAdvances]

The western United States relies on winter snowpacks for water in the dry summer. Now, research has characterized how wildfires in this region have accelerated snow melt. https://t.co/uXx9tSCTvl

[Communications Earth & Environment @CommsEarth]

Integrating hydrological impacts for cost-effective dryland ecological restoration https://t.co/xe0v7o8ep6

[Simon Kuestenmacher @simongerman600]

This map categorizes European forests according to their use. Unmanaged forests are super rare. Finland and Sweden are timber plantations. France has created Landes de Gascogne, a match box forest on the Atlantic coast. Britain got rid of their forests altogether. Source: https://t.co/WdNZKhVC15 https://t.co/1Ip0guhxsz

[Nature Geoscience @NatureGeosci]

Correspondence: Consider groundwater quality in recovery strategies

https://t.co/lAEdsd7gg9

[LEMONTREE @Lemontree_UofR]

🌍New paper out today!!! Global variation in vegetation carbon use efficiency inferred from eddy covariance observations @NatureEcoEvo @xiangzLuo 👇

[Hydro90 @hydro90er]

👨‍🔬 Corresponding author: Dr. Yi Liu (@HKUSTGuangzhou)
🌊 Hydrogeologist focused on hydrogeology & biogeochemistry in intertidal aquifers and hyporheic zones
📧 [email protected]

[Hydro90 @hydro90er]

Does rocks impact nitrogen uptake in global rivers? 🌍💧
Rock weathering changes riverine water chemistry, but its impact on coupled nitrogen and carbon cycle remains unclear. A new study published in @NatureGeosci explores this question!
🔗 https://t.co/2eHq1WNZcT

[Hydro90 @hydro90er]

👨‍🔬 First author: Hongkai Qi (@HKUSTGuangzhou)
🎓 BSc @ Sun Yat-sen University
🎓 MSc (Thesis-based) @mcgillu
📍 Now PhD @HKUSTGuangzhou
📧 [email protected]

[Jiangong Liu @LJiangong]

New Nature Geoscience Research led by Prof. Xu Lian reveals how terrestrial ecosystems respond to abnormal Rossby waves. Crucial insights for understanding climate impacts.

[Communications Earth & Environment @CommsEarth]

Tree ring isotopes reveal an intensification of the hydrological cycle in the Amazon https://t.co/edg97d0Zr6

[Hydro90 @hydro90er]

Do not miss this wonderful presentation!

[Guopeng Liang (梁国鹏) @Liang_Guopeng]

I am happy to give a talk entitled "Effects of global change on terrestrial carbon cycling" on June 18th. PS: My presentation will be delivered in Chinese. Looking forward to seeing you then😊

[Science Magazine @ScienceMagazine]

Human activity since the Industrial Revolution has caused a 2- to 3-fold increase in the global river transport of mercury, a new @ScienceAdvances study suggests. https://t.co/FGatiSknnK

[Hydro90 @hydro90er]

🌿 Join the 6th IUFRO Forests & Water Conference!
📍 Beijing | 🗓 Oct 20–23, 2025
📢 Abstract deadline: June 1
🐦 Early bird registration: June 30
🔗 https://t.co/SmXyEaAoDO
#ForestsAndWater2025 #IUFRO #ClimateChange

[Boen Zhang @zhangboenvip]

https://t.co/knKfVSdxV1