Letters of Intent Due: November 7th, 2025 at 5:00 PM PST
Projects leverage genomic sequencing, genetic engineering, cell culture, and other cutting-edge tools from the Genetic Rescue Toolkit to address climate challenges in marine environments.
Projects focus on marine ecosystems where biotechnology can make the greatest impact—from tiny microorganisms to vast blue carbon ecosystems like kelp forests and mangroves.
Projects prioritize clear pathways from research to application, emphasizing collaboration with restoration practitioners and resource managers.
Image credit: Jess Kaelblein
Biodiversity loss and climate change create a devastating feedback loop. As rising temperatures push marine species toward extinction and degrade critical ocean habitats, ecosystems lose their capacity to buffer climate impacts. The time for innovative solutions is now.
Our mission: Use biotechnology to simultaneously preserve marine biodiversity and strengthen nature-based climate solutions, restoring ocean resilience for a livable future.
Marine microalgae and microorganisms are crucial players in climate mitigation through their roles in biogeochemical cycling and ecosystem health.
Coastal and marine ecosystems like mangroves, seagrass beds, salt marshes, and kelp forests represent some of nature’s most efficient carbon capture systems.
Join us in pioneering the next generation of nature-based climate solutions. Submit your Letter of Intent and help us harness biotechnology to build ocean resilience for the future.
Application Timeline:
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