Speaker
Description
Geodesy, encompassing fundamental astronomy, is a critical discipline that bridges astronomy and space science while enabling a wide range of applications essential to modern society. It forms the backbone for celestial and terrestrial reference frames, Earth observations, satellite navigation, and positioning systems. These geodetic foundations drive support astronomical discoveries and provide practical solutions to pressing global challenges, including climate change, disaster management, and sustainable development.
Africa’s growing role in global geodetic science was highlighted during the “Africa Rising: Shaping Our Common Future Through Geodesy” session held at the 2024 UN Science Summit - this session will build on this momentum. With the planned establishment of GGOS Africa (Global Geodetic Observing System for Africa) during 2025, this session will serve as a platform to discuss the future of geodesy in Africa and its integration into global geodetic, astronomical and space science initiatives.
The session will also explore:
- The fundamental importance of geodesy for astronomy, space science, and their critical applications, such as navigation, Earth observation, and climate monitoring.
- How Africa can harness its unique geodetic capabilities, infrastructure, and expertise to address global and regional scientific and societal challenges.
- Collaborative projects in astronomy and geodesy, such as VLBI, satellite systems, and their role in defining global reference frames.
- The socio-economic impact of geodesy, including its role in the African space economy, fostering innovation, and building high-tech industries.
- Capacity building through training and partnerships to position African institutions as leaders in geodesy and space science.
This session aims to demonstrate how geodesy, as a unifying framework, enables Africa to play a pivotal role in global science, space exploration, and innovation while addressing key societal challenges.