The Entire World’s Carbon Emissions Will Finally Be Trackable In Real Time

An anonymous reader quotes a report from Vox: There’s an old truism in the business world: what gets measured gets managed. One of the challenges in managing the greenhouse gas emissions warming the atmosphere is that they aren’t measured very well. The ultimate solution to this problem– the killer app, as it were — would be real-time tracking of all global greenhouse gases, verified by objective third parties, and available for free to the public. Now, a new alliance of climate research groups called the Climate TRACE (Tracking Real-Time Atmospheric Carbon Emissions) Coalition has launched an effort to make the vision a reality, and they’re aiming to have it ready for COP26, the climate meetings in Glasgow, Scotland, in November 2021 (postponed from November 2020). If they pull it off, it could completely change the tenor and direction of international climate talks. It could also make it easier for the hundreds of companies, cities, counties, and states that have made ambitious climate commitments to reliably track their process. In addition to [Al Gore, who had been looking for more reliable ways to track emissions] and WattTime, [which intends to create a public database that will track carbon emissions from all the world’s large power plants using AI], the coalition now contains: -Carbon Tracker uses machine learning and satellite data to predict the utilization of every power plant in the world;
-Earthrise Alliance aggregates and organizes publicly available environmental data into a format meaningful to journalists and researchers;
-CarbonPlan uses satellite data to track changes in aboveground biomass (especially forests) and the associated carbon emissions, down to a spatial resolution of 300 meters;
-Hudson Carbon uses satellite data to track changes in agricultural cover, cropping, and tilling, down to the level of the individual field, and compares that data against ground-level sensors;
-OceanMind uses onboard sensors to track the global movement of ships in real time and combines that with engine specs to extrapolate carbon emissions;
-Rocky Mountain Institute combines multiple sources of data to quantify methane emissions from oil and gas infrastructure;
-Hypervine uses spectroscopic imagery to track vehicle usage and blasting at quarries;
-Blue Sky Analytics uses near-infrared and shortwave infrared imagery from satellites to track fires. The coalition will also be gathering data from a variety of other sources, from power grid data to fuel sales, sensor networks, and drones. Gore acknowledges that “this is a work in progress,” but says the coalition is aiming big: “everything that can be known about where greenhouse gas emissions are coming from will be known, in near-real time.”