Rousk Lab

We study the #ecology of #soil #microbes, how #communities depend on & respond to their #environment & run global #biogeochemistry; part of @MicroBioGeo_LU

[Rousk Lab @RouskLab]

... We're very excited, and it is well worth a read! Enjoy! https://t.co/RjgxPwgP4H

[Rousk Lab @RouskLab]

Our ability to predict how biology will feed back to climate change relies on our ability to convert biological insights into mathematica formulations that can be scaled up in structured ways, within the context of Earth System Models (ESMs)...

[Rousk Lab @RouskLab]

In this new paper,
@AlbertBrangari
develops a new theoretically grounded approach to represent both microbial growth and respiration in a unified framework that can be interfaced immediately into ESM frameworks, thus incorporating ecological insights into biogeochemistry

[Rousk Lab @RouskLab]

@AgnRzep @LetticeHicks

[Rousk Lab @RouskLab]

We’re back in #Abisko, for our early summer campaign! We’re maintaining a series of #fieldexperiments that simulate different aspects of #arctic #climate #change, including #shrub #encroachment and arctic #greening, accelerated nitrogen cycling, summer #drought, and #warming!

[Rousk Lab @RouskLab]

@AgnRzep @LetticeHicks

[Honorine Dumontel @Honorine_Dmntl]

My very first conference was #EGU25! I'm so happy I got to present my project. Many thanks to everyone who attended!

[Rousk Lab @RouskLab]

What is the #ecosystem #carbon #budget consequences of #microbial #thermal #trait alignment to #warming? By combining clever #experimentation with incisive mass balance C budgets, @AlbertBrangari can explain the gradual dampening of #soilC loss #egu25 https://t.co/QHvdnHiXsn

[Rousk Lab @RouskLab]

Yesterday, @Honorine_Dmntl explained how #reciprocal #transplantation #experiments in #tropical costs rica can help us understand how #microbial #communities align #thermal #trait distributions to the environment’s forcing. #egu25 https://t.co/8s688LJDSQ