FSBI 2026 Annual Symposium
27th-31st July 2026
Breaking Siloes in Fish Biology, Southampton

Breaking Siloes in Fish Biology
Fish populations are facing extensive concurrent pressures from climate change, pollution, parasites, fishing and more. The impacts of these challenges create wide-ranging issues, such as food security, altered biogeochemical cycles, degraded habitat quality, and more. Developing future solutions to these diverse problems requires interactions among multiple disciplines. By breaking down siloes and actively engaging in interdisciplinary discussion and research, we can better inform legislation, management and policy, which happen at these borders.

Movement through transition zones
How do mobile fish, elasmobranchs, and marine mammals alter their ecology as they move through different types of habitats? This session will bring together researchers working at the interfaces between pelagic and inshore habitats, marine and freshwater systems, deep and shallow seas, and tropical to polar habitats.

Fish biology in a urbanised environment
How are fishes influenced by spatio-temporal variation in the organisms that they interact with,
such as prey, predators, competitors, parasites, commensals, etc? This session aims to characterize interspecific interactions among fishes and other taxa, bringing together researchers and practitioners
focused on trophic ecology, biomechanics, ecophysiology, behavioural ecology and more.

The fisheries-science policy interface
In the UN Decade of Ocean Science, how can we effectively facilitate dialogue among scientists, policy-makers, and the public to ensure the best possible outcomes by 2030? This session will aim to bring together academics, policy-makers, industry, and public-facing professionals to facilitate constructive dialogue on how to incorporate fisheries science effectively into policy.

Fish and human health
How could challenges facing fish stocks globally impact human health in the short and long-term? Here, we aim to bring together industry, medical professionals, policy-makers, and researchers working on topics related to aquaculture, fisheries, nutrition, and biochemistry.

Fisheries management in a changing world
How can we adapt fisheries management in the future to mitigate the impacts of projected future global change? In this session, we will bring
together practitioners working at the interface of fisheries science and global change biology to design actionable change for the future.

Patterns across ecological scales
How are fishes influenced by spatio-temporal variation in the organisms that they interact with,
such as prey, predators, competitors, parasites, commensals, etc? This session aims to characterize interspecific interactions among fishes and other taxa, bringing together researchers and practitioners
focused on trophic ecology, biomechanics, ecophysiology, behavioural ecology and more.

Incorporating behaviour and physiology into fish conservation
How can we incorporate science on fish behaviour and physiology into conservation solutions? Data from these disciplines is increasingly being recognized for its utility for animal conservation and resource management. This session will bring together behavioural ecologists and ecophysiologists with policy-makers and practitioners to devise applied conservation solutions.