Lingcheng_Li

Earth Scientist @ PNNL

[Lingcheng_Li @LingchengL]

Call for Abstracts! #AGU25 Session GC012: Bridging water systems from sky to sea 🌧🌿🌊
Invited Speakers:
🔹Dr. Reed Maxwell (Princeton)
🔹Dr. George Xue (LSU)
📅 Submit by July 30
📍 New Orleans & Online | Dec 15–19
🔗 https://t.co/dHN3jRtbqj
#Hydrology #WaterScience

[Lingcheng_Li @LingchengL]

🌍 Excited to join the Journal of Hydrology as an Associate Editor: https://t.co/9FypIgGaOb
Looking forward to supporting impactful hydrologic science.
🔬 About my research: https://t.co/xgT5E1MMBD
#Hydrology #EarthScience #AI4Climate #ExtremeEvents

[Lingcheng_Li @LingchengL]

https://t.co/o9kFZgtUwp

[Lingcheng_Li @LingchengL]

"🌿🌎Excited to share our latest work: Refining water and carbon flux modeling in terrestrial ecosystems with plant hydraulics integration! 🌿💧 Dive in to see how plant hydraulics reshape ET & GPP simulations globally! Read here: https://t.co/5JHVI5jYPG

[Lingcheng_Li @LingchengL]

1) Adding plant hydraulics into Noah-MP LSM enhances ET and GPP simulations across global ecosystems. 2) Explicitly modeling plant capacitance shows deep-layer and nocturnal root water uptake. 3) Sensitivity analysis reveals shifting importance of plant components across climates

[Lingcheng_Li @LingchengL]

Please check our new data for km-scale Earth system modeling (published a while ago). High-Resolution Land Surface Dataset Provides Earth System Modeling Details, https://t.co/UxiGigBIsc

[Lingcheng_Li @LingchengL]

Noah-MP-PHS significantly improves the simulation of evapotranspiration (ET) and gross primary production (GPP) by better representing atmospheric and soil water stress compared to traditional soil hydraulic schemes (SHSs, such as Noah and CLM)

[Lingcheng_Li @LingchengL]

Please check our new paper: Refining water and carbon fluxes modeling in terrestrial ecosystems via plant hydraulics integration at global FLUXNET sites https://t.co/5JHVI5jYPG

[Lingcheng_Li @LingchengL]

In this study, we implemented the recently developed Noah-Multiparameterization Land Surface Model (Noah-MP LSM) equipped with a plant hydraulics scheme (Noah-MP-PHS) across 40 FLUXNET sites globally

[Xian Wu @Xiansonnet]

I’m joining @UT_Dallas as an Assistant Professor starting January 1, 2025, and I’m looking for 1–2 #PhD students to join my lab to study Climate Dynamics and Prediction. Feel free to reach out, and retweets are appreciated!

[Lingcheng_Li @LingchengL]

@ecohydro_wang @NaQiao2 Very interesting work

[World Climate Research Programme (WCRP) @WCRP_climate]

📣 Join us next week in a discussion on "Advancing Kilometer-Scale Land Surface Modeling using the E3SM Land Model: Developments and Case Studies" ft. Dr Lingcheng Li (PNNL)!

📆 3-Oct-2024; 15:00 UTC
🔗 https://t.co/jeaDoXv5bf

#DigitalEarths #ClimateScience

[Lingcheng_Li @LingchengL]

Please submit to H015 Advances in Integrated Water Continuum from Atmospheric Moisture to River! Invited speakers: Dr. Ashley Matheny (UT Austin) and Dr. Dennis Lettenmaier (UCLA)https://t.co/aIz7loe4ak #AGU24 @theAGU @Hydrology_AGU @AGUecohydro @AGUCatchHydro @AGU_GWHydro

[Lingcheng_Li @LingchengL]

Please submit to H014 Advances in Hyperresolution Land Surface Modeling to Better Address Global Change Challenges. Invited speakers: Dr. Ying Fan Reinfelder (Rutgers University) and Dr. Paul Bates (University of Bristol):https://t.co/Z49REs0IXR @theAGU @Hydrology_AGU @AGU_H3S

[Lingcheng_Li @LingchengL]

Excited to invite submissions to our AGU24 session: H015 - Advances in Integrated Water Continuum from Atmospheric Moisture to River Systems under Global Changes!
Submit here: https://t.co/aIz7loe4ak

#AGU24 @theAGU @Hydrology_AGU @AGUecohydro @AGUCatchHydro @AGU_GWHydro

[Lingcheng_Li @LingchengL]

Excited to invite submissions to our AGU24 session: H014 - Advances in Hyperresolution Land Surface Modeling to Better Address Global Change Challenges!
Submit here: https://t.co/KpY3fFSUg4

#AGU24 @theAGU
@Hydrology_AGU
@AGU_H3S

[Earth Syst Sci Data @ESSD_journal]

New data description paper: Global 1 km land surface parameters for kilometer-scale Earth system modeling https://t.co/5AvBeKyVk5

[Dalei Hao @DaleiHao]

Our paper on 1km surface dataset for supporting high-resolution (~1km) land surface modeling and Earth system modeling is out 🎇🎇🎇! Led by @LingchengL and @GBISHT80 !

[Lingcheng_Li @LingchengL]

🌍Excited to share our latest research on Global 1 km Land Surface Parameters for kilometer-scale Earth System Modeling. This study enhances the precision of simulations, meeting the emerging needs of k-scale LSM and ESM modeling.🌿🛰️ @ResearchGate: https://t.co/MoJ3tSm88s

[Lingcheng_Li @LingchengL]

Integrating plant hydraulics in Noah-MP-PHS enhances ET/GPP simulation at global FLUXNET sites; Parameter importance shifts with aridity highlighting root/stem/leaf different roles; Simulated nocturnal uptake increases under dry conditions @ResearchGate: https://t.co/2Q9JVPlEJp