Appendix – Global carbon accounts – data 2023

Ten years after the adoption of the Paris Agreement, what progress has been made to make financial flows consistent with a pathway towards low greenhouse gas emissions and climate-resilient development (the ambition set out in Article 2.1(c) of the Agreement)? And what is needed going forward? Although we still lack a comprehensive assessment of progress, this article draws on existing analysis of what can help align financial flows and examines the efforts made by governments and the financial sector to this end. It highlights a development in the debate towards a country-driven approach and a focus on real investment needs. It explores ways to overcome existing barriers to action despite a challenging global context. The article advocates that Article 2.1(c) should be viewed not as a stand-alone provision, but as something that requires full implementation of all the provisions of the Paris Agreement. It also calls for a shift from a target-focused to an action-focused finance agenda and discusses how the COP30 in Belém can contribute to this.

With the dust settling from COP29’s hard-fought negotiations on the New Collective Quantified Goal (NCQG), attention is shifting to how the climate finance goal will be met. The challenge is how to scale up financing for increasingly connected priorities in a challenging landscape of debt stress and cuts in official development assistance.

The 4th International Conference on Financing for Development (FFD4) in Seville represents a milestone for delivering on development (including climate action) goals, a decade after the adoption of the Sustainable Development Goals and the Paris Agreement. The “Seville Commitment” was adopted on June 30th, albeit in the absence of the United States – demonstrating that widespread support remains for a comprehensive package to finance development. However, the outcome also embodies the growing chasm between high-level commitments and the reality of financing for development and climate action on the ground. Recent research by I4CE attempts to bridge this gap on two crucial issues.