Uploaded November 2023 | Updated September 2026, 3 hours ago
A species of seaweed is behind a major movement to curb methane emissions from an unlikely source—cow burps. Marine ecologist Jennifer Smith leads the Smith Lab at Scripps Oceanography where she cultivates Asparagopsis taxiformis, a species of red algae seaweed that produces a compound that could greatly reduce the production of methane in livestock. Take a peek at the cultivation of this super seaweed and learn more about how seaweeds have the potential to increase global sustainability and be a climate solution.
Learn more about Smith Lab at Scripps Oceanography: https://coralreefecology.ucsd.edu/
#MethaneEmissions #ClimateSolutions #SeaweedScience #ClimateChange #WomenInSTEM #UCSanDiego #Phycology #Asparagopsis
A species of seaweed is behind a major movement to curb methane emissions from an unlikely source—cow burps. Marine ecologist Jennifer Smith leads the Smith Lab at Scripps Oceanography where she cultivates Asparagopsis taxiformis, a species of red algae seaweed that produces a compound that could greatly reduce the production of methane in livestock. Take a peek at the cultivation of this super seaweed and learn more about how seaweeds have the potential to increase global sustainability and be a climate solution.
Learn more about Smith Lab at Scripps Oceanography: https://coralreefecology.ucsd.edu/
#MethaneEmissions #ClimateSolutions #SeaweedScience #ClimateChange #WomenInSTEM #UCSanDiego #Phycology #Asparagopsis










