Aquatic Food Security

Margaret Crumlish (Edited By) Margaret Crumlish has researched aquatic microbial diseases, specifically ones that have economic impact in global aquaculture, and potential solutions to such infectious diseases. Her studies involve the identification and pathogenesis of bacterial infections that cause outbreaks within a wide range of fish and shrimp farming systems. Rachel Norman (Edited By) Rachel Norman graduated with a first class honours degree in Mathematics from Liverpool University in 1991. She then went on to do a PhD jointly supervised by Roger Bowers in the Mathematics and Mike Begon in the Ecology departments funded by a Wellcome Trust prize studentship. She spent a year in the Oxford Zoology department modelling the dynamics and control of Lymphatic filariasis. She started work as a lecturer in the Mathematics and Statistics group in Stirling in 1996 and went half time in 2001. She was promoted to Senior lecturer in 2003 and to Reader in 2010. In January 2013 she started a new role as Professor of Aquatic Food Security. More recently she has led the University Research Programme on Global Food Security which brings together colleagues from across the University who are applying their research to problems in food security. In April 2019, she took on the role of Institutional Dean of Research Engagement and Performance.

1: Introduction to global aquatic food security 2: The role of intensification in global aquaculture production 3: The importance of nutrition and selective breeding in aquaculture production 4: Aquaculture production now and in the future – an ecosystem perspective 5: Production-level diseases and public health considerations in aquaculture 6: Global aquatic food production 7: The role of markets in global aquatic food security 8: The role of processing and retail sectors in aquatic food security 9: Raw seafood practices, risk and public health in Southeast Asia 10: Aquatic food safety 11: Quality issues in our global seafood 12: Horizon scanning for aquatic food security