Many thanks to @hydrorth-lab.bsky.social members, MPI-BGI Department (@bgc-jena.mpg.de‬) and all other collaborators.

In this study, we examine the potential of satellite-derived land surface temperature and vegetation indicators to enhance near-surface temperature forecast skill. We build deep learning surrogate models for Numerical Weather Prediction using Long Short-Term Memory networks.

Land surface information from satellites boost near-surface temperature forecast skill - Communications Earth & Environment Land surface satellite data significantly improve global near-surface temperature forecasts, especially at medium lead times, indicating vegetation dynamics and land surface temperature observations a...

New paper from our group in Communications Earth & Environment!

We find that including land surface observations from satellites improves temperature forecast skill globally across lead times from 1 to 12 days, with the largest improvements at 4-day lead time.

Read more at: doi.org/10.1038/s432...

Many thanks to @anabastos.bsky.social, @lanwangerlandsson.bsky.social, @huiiyang.bsky.social, @chunhuizhan.bsky.social, @xinyu66.bsky.social bsky.social and all other collaborators!

Coinciding browning and drying is found in tropical regions and in eastern Europe, and influence of water-related variables is confirmed with a regression analysis. Earth system models reproduce observation-based results in the multi-model mean, but results from individual models differ strongly.

New paper from our group in @globalchangebio.bsky.social!

We show regional emergence of water-related browning in a greening world. This is based on multiple water-related variables, and consistent gridded data covering 1982-2021.

Read more: onlinelibrary.wiley.com/doi/10.1111/...

@bgc-jena.mpg.de
#ISMC #InternationalSoilModelingConsortium

💡In the feature, she shares insights into her current research on understanding soil’s sorptive potential at large scales, as well as the career path that led her into this topic.

🌱 Sinikka Paulus (@spaulus.bsky.social) was recently highlighted as the Featured Soil Modeler in the November issue of ISMC News. 📰🌱

👉 Read the full interview here: soil-modeling.org/news/ISMC-Ne...

#AcademicJobs #Ecology #Modeling #ResearchPositions #Freiburg #FutureForests

The activities of the Socio-Ecological Systems Modeling Lab will be directed by the steering panel composed of Dr. Tjibbe Donker (@tjibbed.bsky.social), Prof. Carsten Dormann, Prof. Rene Orth, and JProf. Ana Stritih (@anastritih.bsky.social).

🌳💻 Scientific Programmer position (7 years, TVöD E13)

Play an important role in the Cluster by making a contribution to the integration of process models for all components of the forest system, and by helping to shape research in this area.

📅 Apply by 3 Dec 2025

🔗 uni-freiburg.de/en/job/00004...

🌳📢 Modeling Coordinator position (7 years, TVöD E13)

Help coordinate modeling activities, develop synergies and collaborations, as well as contribute to socio-ecological modeling research, including your own studies.

📅 Apply by 3 Dec 2025

🔗 uni-freiburg.de/en/job/00004...

Exciting news from the Future Forests Cluster of Excellence at the University of Freiburg (@uni-freiburg.de)! 🌲🌳

Applications are invited for two (7-year) positions in the Socio-Ecological Systems Modeling Lab of the Cluster:

1️⃣ Modeling Coordinator
2️⃣ Scientific Programmer

Find details below 👇

Many thanks to @xueyancheng.bsky.social, Jian Peng, Wantong Li, Carsten Dormann, Yanxu Liu, Jianquan Dong, @hydrorth-lab.bsky.social members (@uni-freiburg.de), and all other collaborators.

In this study, we analysed 216 cities around the world and found that trees decrease Universal Thermal Climate Index about 6x more than short vegetation. However, in some regions short vegetation performs similarly. We pinpointed that LST-based measures may overestimate the actual cooling effect.

New paper from our group in Environmental Research Communications!

🌳We emphasise the importance of short vegetation in urban cooling and highlight the overestimation of cooling effects when assessments rely solely on land surface temperature.

Read more at: doi.org/10.1088/2515...

Additional thanks to her co-authors, colleagues and friends from research groups, the IMPRS at BGC Jena for support throughout the PhD, as well as the whole BGI department at MPI-BGC (@bgc-jena.mpg.de)

Special thanks go to her supervisors Prof. Dr. Anke Hildebrandt (@ankehildebrandt.bsky.social), Prof. Dr. Markus Reichstein (@reichstein-bgc.bsky.social), Dr. Mirco Migliavacca, Prof. Dr. René Orth, Dr. Sung-Ching Lee (@sclee.bsky.social) and Dr. Jacob Nelson (@jnelson18.bsky.social)

🎉 Congratulations, Dr. Sinikka Paulus (@spaulus.bsky.social) ! 🎓

This past September, Sinikka successfully defended her PhD thesis titled:

"A Novel Framework for Assessing the Spatiotemporal Dynamics of Soil Water Vapor Adsorption Using a Global Observation Network"!

How Can We Redefine Natural Hazards Through Societal and Health Responses? In this video, KELLEY DE POLT argues for a more integrated understanding of natural hazards by linking extreme heat events with societal interest and public

💡 I had the opportunity to speak with LATEST THINKING (lt.org) about ongoing work throughout my PhD that incorporates societal and health responses into natural hazard risk assessments.

👉 Full interview available here: doi.org/10.21036/LTP...

Thanks is also sent to Prof. Dr. Stephan Pauleit for chairing the defense session.

And heartfelt thanks to her family and her partner, Hoontaek Lee, for their support.

Additional thanks is sent to collaborators
Dr. Mirco Migliavacca, Dr. Hui Yang (@huiiyang.bsky.social), Prof. Dr. Martin De Kauwe (@mdekauwe.bsky.social). Along with members of ABC3 (@abcube.bsky.social), the hydrOth_Lab, and additional colleagues.

Special thanks go to her supervisors Dr. Alexander J. Winkler, Prof. Dr. René Orth, Prof. Dr. Markus Reichstein (@reichstein-bgc.bsky.social), Prof. Dr. Sönke Zaehle, and Prof. Dr. Anja Rammig (@anjarammig.bsky.social).

🎉 Congratulations, Dr. Chunhui Zhan! 🎓

This past Monday, Chunhui successfully defended her PhD thesis titled:

"The Effect of Elevated Atmospheric CO2 on the Terrestrial Carbon and Water Cycle"!

Additional thanks to the colleagues and friends from the HBCI and EcoClim research groups, as well as the BGI department at MPI-BGC.

And heartfelt appreciation goes to her family, Dr. Mateo Duque-Villegas and Irma Consuelo Vásquez-Arteaga, for their support.

Special thanks go to her supervisors Prof. Dr. René Orth, Prof. Dr. Sungmin O, Prof. Dr. Alexander Brenning (@alexanderbrenning.bsky.social), Prof. Dr. Markus Reichstein (
@reichstein-bgc.bsky.social), and Dr. Gianpaolo Balsamo (@gpbalsamo.bsky.social).

🎉 Congratulations, Dr. Melissa Ruiz-Vásquez! 🎓

This past July, Melissa successfully defended her PhD thesis titled:

"Exploring the potential of land surface information to improve subseasonal temperature forecast skills."
A huge congratulations on this achievement!

Here is a new starter pack with present and past members of the ETH LandClim group! @lukasgudmundsson.bsky.social @fuldenbatibeniz.bsky.social @yasserhaddad.bsky.social @bask0.bsky.social @ryanpad.bsky.social @yannquilcaille.bsky.social @michaelgwindisch.bsky.social
go.bsky.app/HnUskbh

Many thanks to Yigit Uckan, Melissa Ruiz-Vásquez, @kdepolt.bsky.social , @hydrorth-lab.bsky.social group members, MPI-BGI Department (@bgc-jena.mpg.de‬) and all other collaborators.