If you’re using Climate TRACE data for an emissions reduction project, policy, or research paper, we’d love to know more! We occasionally feature highly impactful projects on our website and in our newsletter. Please contact us.
If you’re using Climate TRACE data for an emissions reduction project, policy, or research paper, we’d love to know more! We occasionally feature highly impactful projects on our website and in our newsletter. Please contact us.
What are other governments, companies, and institutions using Climate TRACE data for? A lot! We are currently tracking 31 known use cases and learning more all the time. Below are three examples of the most common, high-impact use cases happening right now.
Companies that buy large amounts of raw materials from highly-emitting sectors have begun using Climate TRACE data to verify self-reported emissions from suppliers and to identify cases in which lower-emitting options are available.
Policymakers in all levels of government, but particularly sub-national governments, often lack detailed, up-to-date emissions data from their own territory. Several have begun using Climate TRACE data to develop ambitious, data-driven decarbonization plans that start with a clear understanding of the largest sources and sinks of emissions in their own area.
Financial organizations such as development banks and investors are using Climate TRACE data to help count greenhouse gas emissions embedded in their portfolios, verify self-reported data from emissions source owners, and prioritize lower-emitting investments.
The States and Regions Remote Sensing Project (STARRS) illustrates the value of collaboration in generating independent greenhouse gas emissions data.
What’s more, having access to a detailed breakdown of region-wide greenhouse gas emissions allows states and regions to identify their highest-emitting sectors and design and implement targeted mitigation strategies.
All of the states participating in this project previously had access to varying levels of emissions data, but many reported that it was difficult to source and generate their own inventories. As a result, their data were incomplete and often only updated every few years.
Climate TRACE is able to fill in these gaps and generate independent emissions estimates that don’t primarily rely on self-reported data. Climate TRACE pairs satellite and remote sensing data with artificial intelligence to identify emitting activities and calculate greenhouse gas emissions.
Through the STARRS collaboration, six regional governments shared data and provided feedback to improve the accuracy and relevance of Climate TRACE data.
Climate TRACE also aims to provide emissions data updates on an annual basis going forward.
To help our partners act decisively, we go beyond emissions estimates by sector or industry and break down aggregated data to detect emissions from individual sources such as power plants and oil fields. With this information, regional governments can take data-informed actions such as incentivizing efficiency improvements by major emitters, or introducing measures to help farmers switch to regenerative farming practices.
Review our methodology to learn more about how Climate TRACE estimates emissions and how it's different from the states' methodologies.
While our ultimate goal is to create emissions inventories for every state around the world, we prioritize projects based on opportunities for direct collaboration. If you’re interested in partnering, please contact us.
Climate Group through its role as Secretariat of the Under2 Coalition, brings together states, regions, provinces and other subnational governments committed to achieving net zero emissions by 2050 at the latest. Find out why states and regions are so important for climate action: https://www.theclimategroup.org/under2-coalition.