My 3rd PhD chapter with @wilkinslab is now out in @ISMEComms! We use an 11 year wildfire burn scar chronosequence in CO/WY to discern whether different microbial life history strategies help taxa thrive/survive in burned soils 🦠🔥
https://t.co/DkCv0TZ9s2
A huge thanks to Dr.@mj_wilkins and co-authors Dr.
@amelia_rnelson, Dr. Emily Bechtold, @RaeganLPaul, Alex Wettengel, Michael McNorvell, Dr. Camille S. Stevens-Rumann, and our colleagues at the US Forest Service Erik Anderson, Tim Fegel, and Dr. Charles Rhoades 🌲🔥🧪
Check out our new paper in @Geoderma_Jrnl! This is my first first-authorship and sets the stage for the use of pile burns as a proxy for high severity wildfires in soil microbiome research, potentially filling in temporal gaps in the lit 🔥
https://t.co/dLHdVQDrng
🚨New Review!
Molecular insights and impacts of wildfire-induced soil chemical changes
@BorchLab et al. discuss the transformations & biogeochemical interactions of soil organic matter and metals induced by wildfires🔥
Free for two weeks, download now!
https://t.co/rmW7vtyOQN
!!! PhD chapter #2 is now out in @ISMEJournal! This study uses a unique multidecadal chronosequence of burn piles to address whether the soil microbiome is resilient during a burning-induced aboveground ecosystem shift (1/3) https://t.co/QHnsF6jVyR
So we all started podcasts to get away from academic writing and have a different impact outlet. Then we decided to write about that anyways.
Excellent group led by Michael Cox, with a hopefully interesting perspective on the role of podcasting.
https://t.co/JwlyEIj3Ry
We have immediate opening for Postdoctoral researcher with expertise in comparative metagenomic computational analyses. We are interested in team members who can contribute to projects in the soil, plant, air Microbiome. Proficiency in Unix or Python or R. DM for more information
Fire and Ice! Contributed talks this afternoon about pile burns as a proxy for severe wildfires @JulieFowler19 and methanotrophic metabolism in the permafrost Jared Ellenbogen!
Article: Complex polymeric compounds, including pyrogenic carbon, in subsoils can be lost rapidly under warming
@WiesenbergG @MWISchmidt
https://t.co/TcdOziUdSO