“When added to cow feed at less than two percent of the dry matter, this particular seaweed completely knocks out methane production,” Paul said in a statement on Wednesday. “It contains chemicals that reduce the microbes in the cows’ stomachs that cause them to burp when they eat grass.”
The USC team headed by Paul is currently working at the Bribie Island Research Centre in Moreton Bay, Australia to learn more about how to grow the pink seaweed species to better figure out a solution to scale-up of production of the seaweed.
The best way to increase the pink seaweed supply is to find the fastest way to grow it outside of a lab.
“We know the chemical composition of Asparagopsis and we know the chemical compounds, so now we want to maximize the concentration of that chemical so we can use less seaweed for the same effect,” USC Seaweed Research Group project scientist Ana Wegner said in a video about the discovery.
“If we’re able to work out how to scale up the seaweed to become at a level that can feed all of the cows and the sheep and the goats around the world then it’s going to have a huge impact on the climate,” Paul said in the video.