Corruption threatens climate action, Transparency International warns

The threat of corruption looms over global efforts to address climate change, as highlighted in a recent report by Transparency International. The report, known as the “Corruption Perceptions Index” for 2024, revealed that many countries engaged in climate action, whether as hosts of UN climate summits or due to their vulnerability to climate impacts, received poor scores indicating a higher risk of corruption.

Transparency International’s CEO emphasized the significant influence of corrupt practices on policies and the erosion of checks and balances, calling for immediate action to combat corruption and safeguard meaningful climate initiatives. The diversion of funds meant for climate initiatives and the weakening of environmental regulations due to corruption pose significant challenges, according to the group.

Countries like Brazil, which hosted the recent UN COP 30 summit, received their lowest-ever corruption rating, signaling a concerning trend. Similarly, nations like Azerbaijan and the United Arab Emirates, with varying scores, underscore the diverse impact of corruption on climate efforts globally.

The report also noted declining corruption scores in wealthier nations like Canada, New Zealand, and the United States, which are crucial players in climate discussions. The report emphasized the importance of these countries leading the way in setting ambitious climate targets, reducing emissions, and enhancing global resilience.

Furthermore, countries most susceptible to climate change, such as South Sudan, Somalia, and Venezuela, coincided with those scoring poorly on the corruption index. The report stressed the vulnerability of marginalized communities to extreme weather and pollution, emphasizing the necessity of government support.

To address these challenges, the report proposed the establishment of improved metrics and frameworks for climate transparency and accountability to monitor progress and ensure effective fund utilization.