Homeworld Collective

Cave microbes are a substantial methane sink. A @TrendsMicrobiol Opinion from Sean Bay, Bob Leung, @HomeworldBio, and @sparkclimate proposes enhanced subterranean aerotrophy, a prospective pathway for passive atmospheric methane removal (MR) in caves or mines.

cell.com/trends/microbi…

📣 Deadline extended: applications are still open for the inaugural Homeworld Academy, a free 8-week remote course where early-career bioscientists will learn to identify high-potential climate applications for their biological research.

Apply here by August 25: homeworld.bio/academy

On this episode of The Climate Biotech Podcast, @PaulReginato is joined by @evan_groover, a plant synthetic biologist at MIT's @WhiteheadInst, for a discussion about plant genome editing and how it could enable photosynthesis improvements for more efficient agriculture while sticking to smooth regulatory pathways.

#ClimateBiotech

homeworld.bio/podcast/

Applications are open for the first Homeworld Academy course, "Fundamentals in Biotech Translation and Climate Impact." This fully remote and interactive 8-week course is built around a translation project on your own research, with mentors and guest speakers available to support your learning.

#climatebiotech

Apply by August 18:
homeworld.bio/academy/