Climate Change Monitoring

The Copernicus Programme, the EU's flagship Earth observation initiative, plays a pivotal role in current climate change monitoring efforts. Data from the programme confirms 2025 as a year of record-breaking temperatures and extreme weather events across Europe, specifically reported by the Copernicus Climate Change Service. This scientific evidence forms the bedrock for informing and implementing EU climate policy and the European Green Deal. The programme also extends its reach beyond climate, supporting the monitoring and preservation of cultural heritage sites by providing valuable insights into environmental changes.

This proactive monitoring matters significantly to both citizens and businesses. For citizens, it translates to a better understanding of the escalating risks of climate change, from rising temperatures to increased frequency and intensity of extreme weather. For businesses, data helps them assess climate-related risks to their operations, supply chains, and infrastructure, enabling better informed investment and adaptation strategies. This includes understanding the need to accelerate decarbonization efforts to meet long-term targets, particularly after 2025's extreme weather events.

Looking ahead, the EU is actively exploring innovative technologies to enhance its climate monitoring capabilities. The integration of Artificial Intelligence (AI) with Earth Observation (EO) data is a key focus, as highlighted in a recent workshop. AI promises to revolutionize data analysis, improve climate modelling, and provide more accurate and timely information for policy decisions. This will likely lead to more refined strategies for mitigating climate change and adapting to its impacts, benefiting all sectors of society, and strengthening the Copernicus Programme as an even more crucial tool.