"In the bone-chilling cold (below -15 degrees C) and darkness of Polar nights scientists from Arctic Ecology and Biogeochemistry section @ NCPOR in collaboration with Lehigh University, USA and AIW, Germany collecting water samples in Kongsfjorden. @jpbacteria, @Brevityiswit26
@jbaumann3 CONGRATULATIONS, CASEY AND JUSTIN! I knew it was only a matter of when, not if- sorry it took this long nonetheless, but I hope you all have a wonderful life in Lewiston, Maine!
"Priorities, opportunities, and challenges for integrating microorganisms into Earth system models for climate change prediction"
Now available in @mbiojournal: https://t.co/Tc4dd9bs0P
Spread the word and mark your calendars! Cnidofest 2024 will happen August 14-17th at Lehigh University in Bethlehem, PA! We have kicked planning into high gear and we look forward to seeing everyone in 6 months!
Meet the @NASA_Astronauts heading to the @Space_Station on NASA's @SpaceX Crew-9 mission!
Zena Cardman, Nick Hague, and Stephanie Wilson are scheduled to lift off no earlier than this August: https://t.co/x4Fb5jCIeS
Congrats to Xiaoqian(Annie) Yu @seaweedomics and coauthors for a powerful study that elucidates mechanisms of coexistence of functionally redundant bacteria:
https://t.co/nvLH1jyqcJ
How stable are bacterial genomes as they adapt to an environment? My collaboration with @anuraglimdi, @EvolSys, @RELenski, and @ten_olivier exploring this over 50,000 generations of evolution is out today!
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https://t.co/q7WwMo1LvY
Nice commentary from Chris Kempes @sfiscience on our lab's recent paper with @sayra_spinhalf and @AshishBGeorge1. Great overview and puts our work in a bigger picture of the recent discoveries in the macroecology of microbiomes: https://t.co/kh4r5WEg5I
Pulsed inputs of high molecular weight organic matter shift the mechanisms of substrate utilisation in marine bacterial communities https://t.co/XTXs7mm79G
It is challenging to predict how organic matter #DOM respond to #climatechange. Here we develop an indicator to quantify aggregated thermal response of individual organic molecules, and show how their thermal responses are linked to #warming, #nutrient loading and #GHG