Peter Miller

Dr. Peter Miller is a Marine Earth Observation Scientist at Plymouth Marine Laboratory (PML) with over 25 years of experience leading research in satellite oceanography. He holds a PhD in medical image analysis and leverages his computer science background to develop innovative satellite data analysis techniques for marine conservation and industry applications. His work spans ocean fronts, harmful algal blooms (HABs), and climate change impacts on sea-surface processes.

Dr. Miller's research focuses on automated analysis of biological and physical ocean processes using satellite data, with direct applications in conservation and aquaculture. He has pioneered methods for mapping ocean fronts to inform marine protected area (MPA) designations globally and developed operational HAB detection algorithms that provide early warnings to salmon farmers. His interdisciplinary approach bridges physical oceanography, computer vision, and marine ecology to solve real-world environmental challenges.

His publication portfolio of over 90 papers (H-index 32) shows consistent innovation in satellite-derived ocean observation, with recent work emphasizing international collaboration and commercialization. Key trends include translating front detection into conservation policy and adapting HAB monitoring for aquaculture protection across European waters.

Dr. Miller's scientific achievements include:

• Prof Christopher Knowles Prize for Knowledge Exchange and Technology Transfer (2017) for commercializing satellite applications
• Top prize at Oceans from Space conference for ocean front map research (2010)

He leads the H2020 NextOcean project and serves as Science-to-Impact Challenge Coordinator for fisheries and aquaculture at PML. His active involvement in the ICES – IOC Working Group on Harmful Algal Bloom Dynamics demonstrates his commitment to international scientific collaboration. Dr. Miller's research generates tangible impact through policy implementation, conservation efforts, and direct industry partnerships, particularly with aquaculture stakeholders.

He heads a dynamic research group focused on satellite-derived ocean observations, with strong international collaborations across European institutions. His team specializes in transforming complex satellite data into actionable insights for marine spatial planning and environmental monitoring, maintaining close ties with conservation bodies and aquaculture industries to ensure practical relevance of their work.