The School of Civil and Environmental Engineering is proud to congratulate Emmanouil Anagnostou on receiving a 2024–2025 NASA Honor Group Achievement Award for his contributions to the BioSCAPE Airborne Remote Sensing Observations Team.
The prestigious NASA honor recognizes outstanding teamwork, dedication, and scientific contributions in support of NASA Earth science research initiatives. Anagnostou was selected as part of the interdisciplinary BioSCAPE team, which focuses on advancing airborne remote sensing observations to better understand ecosystems, environmental change, and Earth system processes.
In a congratulatory message from NASA Ames Research Center, Project Coordinator Brianne Milano noted that the award recognizes “outstanding contributions and dedication to BioSCAPE.”
“This was a uniquely collaborative project, with about 15 independently submitted proposals figuring out how to work all together,” said Cory Merow, principal investigator on the project. “It's a testament to the leaders of this project — including UConn EEB alum Adam Wilson — and the collaborative commitment of the individuals involved that the project has been so successful.”
The research team’s work focuses on understanding the resilience of South African fynbos ecosystems — some of the most biodiverse plant communities on Earth — in the face of climate change. Researchers are developing new theories related to plant traits across thousands of species and testing them using extremely high-resolution airborne imagery collected during a special NASA field campaign.
The Cape Floristic Region in South Africa contains nearly 10,000 plant species within an area roughly the size of Maine, making it one of the world’s most significant biodiversity hotspots. Researchers involved in the project are working to identify and map climate refugia that may help protect vulnerable ecosystems from increasing temperatures, drought, and environmental change.
The project combines ecological theory, trait-based biodiversity science, and NASA remote sensing technologies to better forecast how ecosystems may respond to global climate pressures. The work also aims to improve conservation strategies by identifying locations where species and ecosystems may remain resilient in the coming decades.
The recognition highlights the impactful research and collaboration led by Anagnostou in the fields of remote sensing, hydrology, and environmental monitoring. His work continues to contribute to global scientific efforts focused on understanding climate and environmental systems through advanced observation technologies.
This award further reflects the school’s growing involvement in internationally recognized research partnerships and innovative environmental observation initiatives.
