New paper out in Applied Environmental Microbiology!
We've retrieved #MAGs from four novel classes of #Chloroflexota from #Antarctic#endolithic environments, revealing aerobic heterotrophy, trace gas oxidation and autotrophic potential.
https://t.co/n2A8U2Niol
@ASMicrobiology
Lab paper in @NatureMicrobiol led by @EleonoraEgidi - we we propose trait-based approaches to harness the predictive power of microbes to forecast regime shifts & manage ecosystem response to global changes. @arc_gov_au funded. @ManuDelBaq@ClaudiaColeine
https://t.co/cJOfrhdkRd
Antarctic black fungi are super resistant to a multitude of environmental stresses. Enlightening talk on extreme fungi by our collaborator @ClaudiaColeine@UNSWBABS@EERC_UNSW
#ICG2023 microbes session (chaired by @ferrari_belinda) starts with 2 great Antarctic talks from @ClaudiaColeine & Alison Murray. Sequencing Antarctic microbiomes reveals new biodiversity, adaptations to extreme environments & novel natural products with e.g. anti-viral activity
📆 Join us on Friday 28th July 3-4pm AEST for our next BABS seminar presented by Dr Claudia Coleine @ClaudiaColeine ('Microbiomes from extreme environments: challenges to thrive in the most prohibitive conditions')! Join via the Zoom meeting ID below ⬇️
New paper from lab- In global drylands, shifts in soil structure& seasonal climate induced by global change will have disproportionate consequences for distribution of fungal groups linked to vegetation& biogeochemical cycling. led by @EleonoraEgidi
https://t.co/AxnxfXcdZD