State of the Science behind Scalable MRV Technology
November 08, 2023 | International Rice Research Institute |
The International Rice Congress (IRC 2023) featured a side event titled "State of the science behind scalable MRV technology," which delved into the challenges and opportunities of Measurement, Reporting, and Verification (MRV) tools in tracking countries' climate action plans, known as Nationally Determined Contributions (NDCs). The event explored the importance of MRV in making data available at the farm level, enabling farmers to access climate financing through emission reduction credits (ERCs). Emerging technologies, including biogeochemical modeling, remote sensing, and machine learning, were discussed as tools to enhance MRV for rice projects. The session emphasized the need for cost-effective and scalable MRV technologies to address challenges in monitoring greenhouse gas emissions in rice farming.
Viewed Articles
November 08, 2023 | International Rice Research Institute |Â The International Rice Congress (IRC 2023) featured a side event titled "State of the science behind scalable MRV technology," which delved
Read More
August 27, 2025 | Environmental Information Center (In Chinese) | Taiwan’s Fisheries Research Institute (FRI, MOA) has shown that algae-based feed additives can substantially reduce enteric methane em
July 31, 2025 | Agroberichten Buitenland (Nieuwsbericht) | Â Livestock waste, which makes up nearly 80% of global agricultural waste, is a major source of water pollution, soil degradation and GHG emis
October 17, 2025 | Commercial Times (CTEE) (In Chinese) | A multi-institution alliance in Taiwan’s Shalun (沙崙) Green Energy Technology Demonstration Site has achieved a notable breakthrough: the succe
January 15, 2026 | ESG Dive |Microsoft has entered into a landmark 12-year agreement with Indigo Ag to remove 2.85 million metric tons of CO2 via soil-based carbon removals—the largest deal of its kin
March 24, 2026 | LTN Taiwan | Taiwan's Livestock Research Institute (TLRI) has completed a cradle-to-gate carbon footprint assessment for domestic fresh beef, using a representative Kinmen (金門) be