Blake Allan

Dr. Blake Allan is a Research Fellow and Scientific Lead of the National Coastal Drone Program at Deakin University's School of Life and Environmental Sciences within the Faculty of Science Engineering and Built Environment. Based at the Warrnambool Campus in Victoria, Australia, he specializes in applying drone technology to coastal and marine environmental monitoring. His work bridges technological innovation with practical environmental management solutions.

Dr. Allan's research focuses on coastal erosion monitoring, marine mammal studies, and the development of drone-based methodologies for environmental assessment. His work demonstrates how unmanned aerial vehicles can transform traditional approaches to coastal management, providing high-resolution data at unprecedented scales and frequencies. He has pioneered methods for using both professional and citizen science drone operations to monitor shoreline changes, beach erosion, and marine wildlife populations.

His publication record shows a strong emphasis on practical applications of drone technology, with recent work developing erosion indicators, assessing marine mammal health, and creating multi-scale coastal monitoring systems. His research has established that even limited drone datasets can provide valuable insights into coastal dynamics, challenging previous assumptions about data requirements for effective monitoring.

Dr. Allan has been instrumental in establishing the Victorian Coastal Monitoring Program, which has directly influenced coastal management practices including the realignment of walking paths for public safety and assessment of sand renourishment projects. His work on waterbird responses to drones has provided critical insights for minimizing disturbance during wildlife surveys.

As Scientific Lead of the National Coastal Drone Program, he oversees drone operations across multiple sites in Victoria, Australia, coordinating data collection that spans from 1930s aerial imagery to contemporary drone surveys. His research has demonstrated how citizen science can enhance the scalability and cost-effectiveness of environmental monitoring programs, particularly during challenging circumstances like the COVID-19 pandemic lockdowns.