This incredible new reindeer moss wall at our BioEPIC building celebrates plant-soil-microbe interactions. Best part? The design was crowd-sourced from a photo competition among our own building community at @berkeleylab.lbl.gov

@biosci.lbl.gov

We love our new reindeer moss wall in #BioEPIC @berkeleylab.lbl.gov . The design was sourced from a competition of BioEPIC staff and reflects the soil-microbe-plant interaction research performed in the building. (Created by: Planted Design)

@eesaberkeleylab.bsky.social

Managing Microbes for More Resilient Plants – Earth and Environmental Sciences Area EESA scientists curated a microbial community that helped a species of grass better recover from drought.

🌱A recent study led by EESA scientists shows how microbes from the rhizosphere–the region of soil made up of plant roots and their associated microbes–can help plants better recover from drought.

https://bit.ly/4kXbDFS

Studying Materials Science at the Nanoscale to Inform Geothermal Development – Earth and Environmental Sciences Area

🔎Using electron microscopy, scientists examined how heat affected cement-like material at the nanoscale. Understanding how materials react to underground environments is key to expanding enhanced geothermal systems. @brookhavenlab.bsky.social @berkeleylab.lbl.gov @molecularfoundry.lbl.gov

2025, wrapped. ✨

As we take a break for the holidays, we look back on a year of rigorous science, deep collaboration, and real-world impact. Glad to be here on @bsky.app to share it with you. 🌍🔬Here’s to what’s next. #Science #2025Wrapped @berkeleylab.lbl.gov

Examining the Role of Bacteria in Produced Water Treatment – Earth and Environmental Sciences Area Article Extracting oil and gas from beneath Earth's surface involves a lot of water. Produced water (PW), which exists naturally underground and is pumped to the surface during the oil and gas production process, is contaminated with salts, industrial c...

🦠 How can microbes help with contamination cleanup? To find out, our researchers investigated the genes and traits of Iodidimonas, a bacterial group common in systems that treat produced water left over from oil and gas production. @biosci.lbl.gov @berkeleylab.lbl.gov
https://bit.ly/44PxxUI

@nersc.bsky.social

🐟 How can #AI strengthen water-quality predictions? EESA scientists found that “ensembling” multiple ML models boosts accuracy of river temperature predictions, including in data-poor water regions. @NERSC

Details: https://bit.ly/44RSmPo

At Lawrence Berkeley National Laboratory, we’re tackling one of AI’s toughest challenges: generating reliable insights from limited data about Earth’s subsurface, where 80% of global energy originates. Learn how ⬇️ @eesaberkeleylab.bsky.social

Science Power-up: Where Biomanufacturing Can Take Us This Century Deepti Tanjore, biomanufacturing expert and Director of the Advanced Biofuels and Bioproducts Process Development Unit (ABPDU), shares how scale-up technologies…

What if better food, fabrics, and more could be grown in a lab? #Biomanufacturing experts are leading the way in scaling-up synthetics for items you rely on every day. Learn how precision fermentation can power the future of products in your home. Watch the video: vimeo.com/1121969286/8...

We are hiring! Come join #TeamBioSci and help us bring science solutions to the world @berkeleylab.lbl.gov!

The @jgi.doe.gov has an opening for a Bioinformatician to join the Synthetic Biology Group. Ian Blaby is the Hiring Manager.

jobs.lbl.gov/jobs/bioinfo...