Press releases

The Climate Action Tracker (CAT) estimate of the total warming of the aggregate effect of Paris Agreement commitments and of real-world policy shows little change. If all governments achieved their Paris Agreement commitments the world will likely warm 3.0°C—twice the 1.5°C limit they agreed in Paris.

A new Climate Analytics report shows for the first time that Germany will need to rapidly exit coal from electricity generation by 2030, as part of the global coal exit by 2050 the IPCC shows is needed to meet the Paris Agreement 1.5°C limit, and this will also bring massive health benefits.

8 October 2018 Incheon, Republic of Korea -- The IPCC’s report released today shows the impacts of even 1.5˚C of warming are far greater than previously thought, but also that it’s definitely still feasible to hold warming to that level, according to scientific research organisation Climate Analytics.

Climate action in the Pacific is getting a boost with an injection of funding from the New Zealand government for a new Pacific Climate Change Centre in Apia, Samoa, in collaboration with the Government of Japan.

Japan’s current coal-fired power policies and plans would result in carbon pollution between now and 2050 almost three times what is consistent with the Paris Agreement, risking stranded assets and loss of competitiveness for Japanese investors, says a new report by Climate Analytics, in collaboration with the Renewable Energy Institute of Japan.

The Climate Action Tracker has updated assessments of 23 of the 32 countries whose development on climate action it tracks. While some progress has been made since November, most governments’ policies are still not on track towards meeting their Paris Agreement commitments, many of which are in themselves far from sufficient to keep warming to the agreed 1.5˚C warming limit. The Climate Action Tracker's assessments point to an urgent need for governments to scale up both their policies and targets to bring them more in line with a pathway to limiting warming to 1.5˚C.