Curtis R. Wood

Curtis R. Wood is a researcher in the Department of Meteorology at the University of Reading, UK, with a focus on the intersection of atmospheric science and insect ecology. He utilizes advanced radar technologies to study high-altitude insect migration and its interactions with boundary layer meteorology.

His research centers on biometeorology and radar entomology, particularly examining how insects such as moths and aphids utilize atmospheric structures during migration. By analyzing data from cloud radars like 'Copernicus' and 'Galileo,' he investigates the vertical distribution, flight behavior, and environmental drivers of aerial insect movement. His work contributes to understanding ecological transport mechanisms and the role of weather in pest dispersal.

The published articles highlight a consistent trend in using meteorological remote sensing tools—particularly vertically pointing radars—to monitor and interpret insect migration dynamics. These studies span disciplines including atmospheric science, ecology, and agricultural entomology, with emphasis on nocturnal flight, boundary layer interactions, and biomass estimation via radar reflectivity.

• No evidence of scientific awards was mentioned in the text.

Dr. Wood has collaborated extensively with leading scientists such as Don R. Reynolds, James W. Chapman, and Anthony J. Illingworth on radar-based entomological studies. While no formal students are listed, his role as a PhD graduate and active researcher suggests potential advisory or mentoring roles. His research has been supported through institutional affiliations and likely project-based funding, though specific grants are not detailed in the text.

His work is closely tied to radar observation facilities such as the Chilbolton Observatory, where instruments like the 35 GHz and 94 GHz cloud radars are deployed for atmospheric and biological monitoring. These platforms form the core of his research infrastructure, enabling high-resolution vertical profiling of insect layers within the convective boundary layer.