Dr. Rachel L Harris
@rachel_l_harris
#Methane #Geomicrobiology #Astrobiology | @NASA HQ NPMP Fellow & @HarvardOEB | Mars Sample Return Campaign Scientist | @GeosciencesPU *20 @Wellesley ‘14
ID: 1159452775002136577
http://rachel-l-harris.com 08-08-2019 13:14:17
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#NewPI #Microbiology #Archaea Let's talk about methane-producing archaea and how they survive in limiting conditions. Thanks Mark Balendres for the invitation.
📢 I am recruiting a #postdoc #PDRA in Arctic soil microbial ecology 📢 Join Natural Environment Research Council U.S. National Science Foundation project SUN SPEARS to investigate how seasonal processes shape Arctic soils 🦠🧬❄️ Queen Mary University of London London, UK Closing: 11 Jul Pls RT! qmul.ac.uk/jobs/vacancies…
A little update from the #MarsSampleReturn Campaign Science Group: Check out our #openaccess report in Meteoritics & Planetary Science on the scientific return worthiness of the first sample depot cache of #Mars2020 onlinelibrary.wiley.com/share/CXMVMPPI…
I'm very excited to share this #preprint via Research Square: Hydrogenotrophic Methanogenesis at 7-12 mbar by Methanosarcina barkeri under Simulated Martian Atmospheric Conditions TL;DR: we successfully grew a methanogen at Martian surface conditions researchsquare.com/article/rs-322…
BRB going to in situ RNALater some ~2500 m-deep hydrothermal vents in the Western Galapagos w/ ROV SuBastian and Schmidt Ocean Charles Darwin Foundation-Fundación Charles Darwin #GalapagosVents #GalapagosNationalPark
Looking for PhD student for Fall '24 start. Topics include: habitability of early Mars/Venus, Titan, exoplanet habitability, atmospheric-magma ocean evolution, habitable zone design, atmospheric escape...etc. Contact me for details! Carl Sagan Institute School of Earth and Space Exploration NASA Astrobiology: Exploring Life in the Universe NExSS: The Nexus for Exoplanet System Science
I'm delighted to announce that our latest publication is out (and, like nearly every paper from our lab, is open access)! In this paper, Dr. Jessica Mitchell Jessica Mitchell and our colleagues reveals how the sulfur-oxidizing symbionts use their TWO carbon fixation pathways and
Our NASA's Perseverance Mars Rover Mars rover has found an interesting rock that could be one of the best signs yet that ancient microbial life may have once existed on the Red Planet. However, we'll need to do more research to know for sure: go.nasa.gov/3zZhsiX