BioRice
Decarbonizing Rice at Scale
Decarbonizing Rice at Scale
Microbes
Applying Microbes to mediate Methane
Farmers
Automated Delivery Mechanism to
reach and incentivize farmers
reach and incentivize farmers
Climate
Mitigating the most urgent greenhouse gas
Acting Rapidly to Mitigate Methane
Methane mitigation is essential for addressing climate change.
Pursuing all methane mitigation measures now could slow near-term warming by 30 percent, avoid 0.25°C of additional warming, and set us on a path to avoid more than 0.5°C warming by end of century.
Global methane comes from rice cultivation
12%
Close to the emissions from fuel burnt by the entire shipping industry
Number of times methane is more potent than CO2
84x
Cutting methane is the single fastest, most effective opportunity to immediately slow down the rate of warming
Millions of farmers worldwide
150
90% of the world’s rice is cultivated in Asia by smallholder farmers
Global methane comes from rice cultivation
12%
Close to the emissions from fuel burnt by the entire shipping industry
Number of times methane is more potent than CO2
84x
Cutting methane is the single fastest, most effective opportunity to immediately slow down the rate of warming
Number of farmers worldwide
150
90% of the world’s rice is cultivated in Asia by smallholder farmers
Harnessing Microbes to Decarbonize Rice
Amplifying Bio-based Solutions for the Mitigation of Methane Emissions
BioRice harnesses bio-based microbes as ecosystem engineers to reduce greenhouse gas emissions and increase yield.
By changing the soil chemistry, microbes increase beneficial sulfates in the soil and keep that level stable — no sulfate supplementation needed. Microbes do not directly harm methane producers but they create conditions that crowd them out.
The result is significantly less methane emission from rice cultivation.
Rewarding farmers for addressing climate change
Access to carbon credits could be a tipping point to incentivize farmers to switch to lower-GHG emitting practices – contributing to emissions reduction on a global scale