Great job to Rina Estera-Molina & her @Firestone_Lab team for showcasing our 13CO2 labeling facility in a high level visit! We were honored to have @DrChavonda from the @USDA stop by to see how we track carbon from plant to microbes to minerals.
@Livermore_Lab@doescience
Exciting job opportunities in Hawai‘i! The new Hawai‘i Soil Microbiome Lab https://t.co/yIcKM3X5Wx led by Dr. Maggie Yuan @uhmanoa is hiring a lab tech and a postdoc to work on soil-borne pathogen ecology. Spread the word!
https://t.co/E1YJ9K1u9c
https://t.co/fFsp2rWHkG
Our paper exploring AMF carbon transfer to the hyphosphere microbial food web and mineral-assossiated organic matter is out today in a special issue of @NewPhyt! 🌿 Read it here: https://t.co/KdR2U6EQlV 🍄@Jeffinerca@ecologicaljack@Firestone_Lab@erinnuccio
Our manuscript is out: 'The path from root input to mineral-associated soil carbon is dictated by habitat-specific microbial traits and soil moisture.' We show that the microbial traits associated with soil C are not universal, but vary with soil habitat.
https://t.co/25NOLSQ0Ua
Do soil #viruses drive #GHG emissions? In dry systems, soil microbes start to multiply rapidly after the first rain (“wet-up”). A massive die-off happens too, releasing a huge burst of #CO2.
https://t.co/WJS3vuZYuV
To quote my muse, Lizzo: it's about damn time
@Firestone_Lab @erinnuccio @Jeffinerca
Expression of macromolecular organic nitrogen degrading enzymes identifies potential mediators of soil organic N availability to an annual grass https://t.co/7T6HM6sA9u
In our new 'high-throughput' SIP-metaG paper, @nuccio, @AKakouridis@rachelhestrin et al. targeted the tiny habitat surrounding AM hyphae. They IDed 13C fixed by the host plant, moved by hyphae and taken up by a complex micro food web of bacteria and AOA.
https://t.co/gIi8NsAM31
Finally out!
HT-SIP: a semi-automated stable isotope probing pipeline identifies cross-kingdom interactions in the hyphosphere of arbuscular mycorrhizal fungi
Be sure to check out the cool video!
@Jeffinerca@erinnuccio@Firestone_Lab@acampbellina
https://t.co/YoxS4sb7K3
PMB graduate student @AlexaMNicolas, a member of the @Firestone_Lab and @UCBTagaLab, shares her new findings on soil viruses—an abundant and ubiquitous member of the microbiome—and their link to carbon emissions in this recent research spotlight.
https://t.co/Ax7yIOhqBD
We’ve been studying the phenomenon of wet-up in soil for decades and finally @AlexaMNicolas has illuminated what is happening at the viral level. #soil https://t.co/Z02zMiFjMg
In california seasonally dry soils release a disproportionate amount of carbon into the atmosphere after the first rainfall. Read about how @AlexaMNicolas investigates the role of viruses in this phenomenon here: https://t.co/0GfyETSCM8
Super excited to share my paper – the big project of my PhD – that looks at what happens to viruses during the magical moment in soil following the first rainfall after a long dry season. This was a big project w @SieraVirus@BanfieldLab@Firestone_Lab@Jeffinerca@UCBTagaLab 🧵
behold! a tremendous piece of work from @AlexaMNicolas et al describing the strange + fascinating world of soil viruses, and a masterclass in extracting (and visualizing) trends from large, complex, and incredibly heterogenous sequencing data 🧬
I am beyond excited to be receiving the Department of Energy E.O. Lawrence Award tomorrow in at a hybrid ceremony Washington DC. 1:30pm EST... If you'd like to watch live or the recording of my (only slightly goofy) 3 min speech--here's the link.
https://t.co/0akdeUgUq6