Deep beneath the driest hot desert on Earth, researchers have discovered an active microbial community that may be surviving by using water found in deposits of gypsum. The authors note that Mars has similar gypsum deposits. In PNAS Nexus: https://t.co/xx5emOxQpd
Johanna Schwarzer P-EMP-011 => The compositional nature of microbial sequencing datasets hides significant community changes in wetlands
Diego Medina P-EMP-013 =>Hotspot for microbial life in the Puna de Atacama (Andes): Effect of a fresh-water high-altitude temporary lake (3/4)
Another week of sharing our diverse research #VAAM23#Göttingen with Victoria Rodriguez presenting part of her PhD work on microbial impact on #soil formation and transformation and @daniel_lipus talking about microbial communities in high CO2 #subsurface environments
It's conference time! #GeoBerlin#DGGV at #FUBerlin
Let's assess biosphere geosphere interactions in the subsurface and aquifer geothermal energy storages 🪨🦠
@JensKallmeyer introduced the overaching strategy and goals of @prospectomics , while MSc E. Schnabel presented her results on the #biogeochemistry of hydrocarbon-exposed subseafloor in the session "Geomicrobiology in storage and exploration".
@JensKallmeyer and Ellen represented @GFZ_Potsdam and the @prospectomics project at the "1st Energy Geosciences 2023 Conference: Powering the Energy Transition through subsurface collaboration."
In #HighCO2 we study the phycological adaption of microbial communities to CO2 in natural, high CO2 environments with the goal to develop and establish CO2-based biotechnological production processes. (2/2)