EU Countries Postpone Agreement On Ambitious Climate Goal Due To Disagreements
Plans for the European Union to approve a new climate target have been postponed due to disagreements among member states, including France and Germany. The proposal involves reducing net EU greenhouse gas emissions by 90% by 2040, compared to 1990 levels. This target includes using foreign carbon credits. However, some countries are hesitant about the level of ambition needed to address climate change.
Originally, EU ministers intended to approve the 2040 climate target on 18th September. However, this plan was cancelled during a meeting of EU ambassadors. The discussions will continue next week among ministers and then escalate to government leaders before any agreement is reached. Missing an agreement next week could result in the EU failing to meet a mid-September deadline for submitting new climate plans to the UN ahead of the COP30 summit in November.

Denmark, Spain, and the Netherlands support the proposed 90% emissions reduction target. In contrast, France, Poland, and Italy have expressed reservations and want the matter discussed at a higher level when government leaders meet in October. To address these concerns, diplomats are exploring options such as increasing reliance on carbon credits or linking the climate target with other EU laws like the carbon border levy or the 2035 phase-out of combustion engine cars.
Germany is in favour of the 90% emissions reduction goal but agrees that discussions should involve government leaders before finalising any deal. A spokesperson from Germany's environment ministry confirmed this stance. The ongoing debate highlights differing priorities among EU countries as they balance climate action with economic and defence considerations.
The outcome of these negotiations will be crucial for setting the EU's climate agenda and ensuring compliance with international commitments. As countries navigate these complex issues, finding common ground remains essential for achieving meaningful progress in combating global warming.
With inputs from WAM