"This decade represents an all-hands-on-deck moment for humanity to make critical progress in addressing climate change," said Riley Duren, Carbon Mapper CEO and research scientist at the University of Arizona. "Our mission is to help fill gaps in the emerging global ecosystem of methane and CO2 monitoring systems by delivering data that's timely, actionable and accessible for science-based decision making."
"The Carbon Mapper consortium is a novel multi-stakeholder partnership where each actor is an expert in their own domain that allows for us to do more than we can alone," said Robbie Schingler, Planet co-founder and Chief Strategy Officer. "Planet is proud to be the commercial and technology partner to deliver needed data for climate action while accelerating humanity toward a more efficient, sustainable global economy."
As the window to limit global warming narrows, there is an urgent need to deploy new technologies that can quickly and accurately measure greenhouse gas emissions across the globe. Current approaches to measure methane and CO2 emissions at the scale of individual facilities β particularly intermittent activity - present challenges especially in terms of transparency, accuracy, scalability and cost. In short, if you can't measure it, you can't manage it.
"These home-grown satellites are a game-changer. They provide California with a powerful, state-of-the-art tool to help us slash emissions of the super-pollutant methane-- within our own borders and around the world. That's exactly the kind of dynamic, forward-thinking solution we need now to address the existential crisis of climate change," states California Governor Gavin Newsom.
Carbon Mapper will help overcome these technological barriers and enable accelerated action by making high emitting methane and CO2 sources publicly visible and at the facility level quickly and persistently. The data collected by the Carbon Mapper constellation of satellites will provide more complete, precise, and timely measurement of point source methane and CO2 emissions as well as 25+ other environmental indicators.
"What makes Carbon Mapper unique is that it greatly expands both methane and CO2 emissions transparency for decision makers and civil society," said RMI Senior Fellow Deborah Gordon. "RMI can use Carbon Mapper to help certify low-methane natural gas and make emissions visible to accelerate action on a global scale."
Carbon Mapper, in collaboration with its public and private partners, is developing the satellite constellation in three phases. The initial study phase is complete and included two years of preliminary engineering development and manufacturing. Phase 1 is underway and includes development of the first two satellites by Planet and NASA JPL, planned to launch in 2023, accompanying data processing platforms, and ongoing cooperative methane mitigation pilot projects using aircraft in California and other US states. Phase 2, which is in development, would encompass the expansion to an operational multi-satellite constellation starting in 2025.
Carbon Mapper, in collaboration with California's Air Resources Board (CARB), is also developing a public portal to make the data available for use by industry, governments, and private citizens to improve greenhouse gas accounting, expedite repair of leaks, support disaster response, and improve environmental resilience.
"These satellites will help California identify and reduce methane emissions from industrial and energy sources, and also provides valuable data to help us manage our natural and working lands for climate resiliency," says CARB Executive Officer Richard Corey. "CARB looks forward to providing a public platform for the greenhouse gas data and exploring how the land-use data can inform decisions on forest management, fire prevention and water quality."
"High Tide led the funding effort for Carbon Mapper to catalyze low-cost mitigation of greenhouse gases, by creating an innovative partnership model to identify dangerous leaks of methane (CHβ) and carbon dioxide (CO2 ). Carbon Mapper is uniquely positioned to maximize the impact of philanthropic dollars," states Richard Lawrence, Founder and Director of High Tide Foundation.
Powered by philanthropy, Carbon Mapper convenes a unique coalition of private and public sector actors with the combined expertise and resources to deploy a science-driven, sustained and operational decision support service for maximum impact.
- NASA JPL will deliver the hyperspectral imaging spectrometer payload for the first Carbon Mapper satellite, leveraging advanced remote sensing technology with many years of heritage on aircraft and spacecraft. JPL will also provide technical assistance to Planet's development of the payload for the additional satellites. These spectrometers offer unparalleled sensitivity, resolution, and versatility.
- Planet, operator of the largest-ever fleet of earth imaging satellites, will design and build the satellites - leveraging the hyperspectral imaging sensor from NASA JPL - and operate the fleet with its existing missions system architecture. Planet will further contribute its rapid revisit satellites, data, and analytics technologies to deliver and pinpoint methane emission for governments, private and public institutions, citizens, facility operators and more. Planet's ability to commercialize data products is key to the buildout and continuity of the multi-satellite constellation.
- California Air Resources Board (CARB) maintains policy leadership and a pioneering approach to understanding and taking action to reduce climate pollutants and exposure in communities impacted by air pollution. CARB is already working with University of Arizona, JPL, and ASU to use airborne prototypes of Carbon Mapper to demonstrate mitigation and improved accounting with facility operators across California.
- High Tide Foundation has led the extensive philanthropic investment in Carbon Mapper through which they are seeking to deliver on their goal to have a significant measurable impact on climate change mitigation.
- The University of Arizona offers scientific leadership of the methane and CO2 emissions data delivery, including developing new algorithms and analytic frameworks and testing them with an ongoing airborne research program. The University also provides key staff and other resources to the Carbon Mapper non-profit.
- Arizona State University (ASU) provides scientific leadership for non-methane and CO2 data products and supports Planet's efforts to develop new environmental indicators on the land and in the oceans. ASU's Global Airborne Observatory is also critical for Carbon Mapper's airborne prototyping and field campaigns.
- RMI helps guide methane use case applications for Carbon Mapper, satellite observation targeting, industry mitigation opportunities, and policy development through its Oil and Gas Solutions Initiative.
- Bloomberg Philanthropies, one of the original funders of Satellites for Climate Action, believes access to accurate data is one of the most powerful tools we have in tackling the climate crisis. This partnership builds on Bloomberg Philanthropies' environmental portfolio, which has a long track record of bringing data and transparency solutions to the fight against climate change, including initiatives such as the Bloomberg Global Coal Countdown.
"Methane emissions are one of the leading causes of climate change around the world, but we need more data to identify the most effective ways to reduce them," said Michael R. Bloomberg, U.N. Secretary-General's Special Envoy for Climate Ambition and Solutions, Founder of Bloomberg LP and Bloomberg Philanthropies, and 108th Mayor of New York City. "As I like to say, if you can't measure it, you can't manage it β and the Carbon Mapper will be a valuable tool in helping us do both."
