David Bellwood
James Cook University, QLD, Australia
 
      
        David Bellwood is a world-leader in the evolution and ecology of coral reef fishes and is the recipient of the 2015 K Radway Allen Award. His exceptional body of work incorporates ecosystem function, palaeontology, molecular biology, biogeography and social-ecological systems, and emphasises the key role of fishes in shaping the future of coral reefs. His greatest contribution, however, is his exemplary record of training young researchers in fish biology, with his graduate alumni holding research or faculty positions in numerous scientific institutions and universities in Australia and overseas. David’s keynote presentation will examine the role of fishes in driving the evolution and ecology of coral reefs. More than any other group, fishes are the strongest link between humans and aquatic ecosystems. Our ability to understand the importance of fishes, not only for humans, but also for marine ecosystems, will be critical for our welfare. Once simply targets for the dinner plate, fishes are now among our best allies in coping with environmental change.      
      Presentations this author is a contributor to:
                  
          
          Latitudinal Gradients in Herbivorous and Detritivorous Reef Fish Productivity (#357)
  
  11:54 AM
      
    Sterling B Tebbett    
  
          
            
            Session 10.2 - General session: Marine Biology          
        
                        
          
          Finding alternative options for functioning futures. (#308)
  
  2:30 PM
      
    Robert P Streit    
  
          
            
            Session 8.3 - Marine science for responsible climate actions          
        
                        
          
          A new method to study in-situ water flow at small fish-sized scales (#53)
  
  2:18 PM
      
    Casey L Bowden    
  
          
            
            Session 2.2 - Aquatic animal tracking: where do they go and what do they do?           
        
            
 AMSA 2025
                AMSA 2025