Industrial fleets from top fishing countries operating in the Indian Ocean and targeting export-market species such as tuna and squid are likely to disable monitoring systems to fish more than allowed and evade authorities, new research has found.
Category: New & Notable
Daniel Pauly receives 2024 Sartún Award
During the 2024 Meeting of the Seas held in Tenerife, Spain, the Sea Around Us principal investigator, Dr. Daniel Pauly, was granted the Sartún Award, in recognition of his +40-year career working for the protection of the global ocean.
Forty-year-old concepts around fish respiration regain prominence in light of climate change
Before Dr. Daniel Pauly, now the principal investigator of the Sea Around Us initiative at the University of British Columbia, became a doctoral student, he spent two years doing fisheries work in Indonesia.
Having done his academic studies in Germany, he was surprised to discover a near absence of information on the growth of tropical fish. Thus, upon his return to Kiel University’s Institute of Marine Sciences, he decided to find out how fish grew; the idea was that if general patterns emerged, they could be applied to the many species in Indonesia and elsewhere in the tropics.
His doctoral dissertation was, consequently, built around identifying the factors that govern fish growth.
Sea Around Us alumna unveils mural project at UBC
While pursuing her PhD studies with Sea Around Us, Veronica Relano-Ecija, engaged in an artistic project to raise awareness about climate change and sea-level rise.
Marine sharks and rays ‘use’ urea to delay reproduction
Urea – the main component of human urine – plays an important role in the timing of maturation of sharks, rays and other cartilaginous fish.
A new study by researchers with the Sea Around Us initiative at the University of British Columbia’s Institute for the Oceans and Fisheries found that high urea concentrations common in cartilaginous fish, particularly oviparous marine species, allow them to mature and begin to reproduce at a larger fraction of their maximal size.