Brendan Reid's laboratory makes extensive use of genomic data (with a particular focus on time-series data from museum specimens and environmental DNA) to identify how species and communities respond to environmental changes. His lab is one of five labs belonging to the Environmental and Evolutionary Biology Research Unit (URBE) within the Department of Biology. He is also a member of the Institute of Life, Earth, and Environment (ILEE).
Principal Investigator (PI) | Brendan Reid
Brendan Reid is a member of the Institute of Life, Earth, and Environment (ILEE).
The goal of the research is to design and implement conservation plans based on the latest scientific knowledge to ensure the survival of species and the preservation of biodiversity.
His research focuses on aquatic and semi-aquatic organisms, with a particular interest in reptiles, amphibians, and fish. Brendan continues to collaborate closely with colleagues in the United States and the Philippines on the Albatross Recollection project, which combines a vast collection of century-old specimens with contemporary collections to study the impact of human activities on tropical marine fish, as well as the genetic variation of the Blanding’s turtle, a threatened species, in the United States and Canada. At UNamur, Brendan is actively developing his laboratory with research projects on freshwater fish and reptiles from Southeast Asia and amphibian communities in Belgium. He invites students with similar research interests to contact him.
“I look forward to establishing local research in Belgium on the responses of aquatic and semi-aquatic communities (particularly fish and amphibians) to environmental changes.”
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Biodiversity Conservation Using Field Data and Computational Methods
Brendan Reid joined the Environmental and Evolutionary Biology Research Unit (URBE) in the Department of Biology, Faculty of Sciences, in early 2026. This unit functions as a collaborative ecosystem, bringing together skills and expertise to advance research on organisms and their dynamic interactions with the environment. Dive into aquatic and semi-aquatic research!