Copernicus is an operational program which has been set up by the European Commission and the European Space Agency. It provides essential data and services that inform decision-making and support effective measures to mitigate climate change impacts.
In our latest expert interview on INTERGEO TV we delve into pressing environmental issues with industry leaders. In this episode we explore how the Copernicus program is revolutionizing Earth Observation to combat climate change. Our expert in this interview is Dr. Godela Roßner, Head of Earth Observation at the German Space Agency (DLR). With her extensive experience in remote sensing, Dr. Roßner sheds light on the invaluable contributions of satellite data in addressing environmental challenges.
"Earth Observation is key for our life on Earth and helps save lives by providing critical information during natural disasters." - Dr. Godela Roßner
Dr. Godela Roßner's insights underscore the transformative impact of the Copernicus program in addressing climate change. By delivering actionable data, Copernicus not only aids in environmental monitoring but also saves lives during natural disasters. As we continue to utilize the power of satellite data, we move closer to a sustainable and resilient future.
The Copernicus climate change service has highlighted alarming trends, including record-breaking global temperatures and exponential increases in ocean warming.
Monitoring Land Cover and Its Implications
One critical aspect of Copernicus is its ability to monitor land cover changes. Dr. Roßner notes:
"Understanding the drivers and effects of global warming on natural resources is crucial."
The program aids in managing forests, agriculture, and water resources, providing data that supports sustainable practices. For instance, foresters use this data to adapt forest management strategies, ensuring resilience against future climate conditions.
The Impact of Extreme Weather Events
Copernicus also plays a pivotal role in predicting and managing extreme weather events.
"We must prepare for more frequent and severe weather events like floods and droughts," - Dr. Roßner states.
The detailed information provided by Copernicus allows for precise planning and response strategies, mitigating the adverse effects on vulnerable regions.
Global and Regional Applications of Copernicus Data
Beyond Europe, Copernicus monitors critical areas like the Amazon rainforest and global ocean temperatures. The program's satellite data helps track deforestation, forest degradation, and illegal logging activities.
"This global perspective is essential for maintaining biodiversity and carbon storage," Dr. Roßner emphasizes.
The upcoming CO2 monitoring mission aims to provide a holistic view of global carbon emissions, crucial for meeting international climate agreements.
INTERGEO 2024 - A focus on Earth Observation
Innovative Earth Observation technologies being showcased at INTERGEO 2024 are crucial for understanding and monitoring climate-related phenomena. High-resolution satellite images and advanced analytical methods make it possible to precisely document and analyse changes in ecosystems, sea levels and glacial melting. This information is vital for developing climate adaptation strategies and reducing CO2 emissions.
The INTERGEO Conference will include sessions on topics such as “Earth Observation for Managing the Green Transition” and “From Climate Change to Climate Adaptation – Consequences and Measures” that will highlight the essential role played by Earth Observation in society today. A keynote speech entitled “Earth Observation for our World in Change” will address the current challenges and solutions in relation to Earth Observation.
Why not listen to the interview within the INTERGEO Podcast! Click here to listen!
You want to learn more? Get your ticket now for INTERGEO 2024 in Stuttgart!