Daniel Pauly publishes second edition of his book on how fish breathe and grow

Daniel Pauly publishes second edition of his book on how fish breathe and grow

Daniel Pauly publishes second edition of his book on how fish breathe and grow

For more than 40 years, Dr Daniel Pauly, principal investigator of the Sea Around Us initiative at the University of British Columbia’s Institute for the Oceans and Fisheries, has been collecting evidence to further develop his Gill-Oxygen Limitation Theory, also known as GOLT.

Back in 2010, he presented his findings in a slim book titled Gasping Fish and Panting Squids: Oxygen Temperature and the Growth of Water Breathing Animals, whose second edition has just been released; a Chinese edition will soon follow.

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IOFSeminar - Jan 24 2020A-qr

Sea Around Us co-organizes event with Pulitzer Prize-winner Ian Urbina

The Sea Around Us has joined forces with the Institute for the Oceans and Fisheries, UBC’s School of Journalism, the Global Reporting Centre, and Trace Foundation to host an event titled The Outlaw Ocean: A conversation with Ian Urbina.

The Outlaw Ocean: Journeys Across the Last Untamed Frontier, is Urbina’s most recent book and across its 540 pages, the New York Times investigative reporter and Pulitzer Prize winner uncovers a globe-spanning network of crime and exploitation that emanates from the fishing, oil and shipping industries, and on which the world’s economies rely.

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Popular fish in China would increase in value if they were caught with larger meshes

Popular fish in China would increase in value if caught with larger meshes

Popular fish in China would increase in value if they were caught with larger meshes

Largehead hairtail. Public domain photo.

Fish that are highly valued by Chinese consumers, such as largehead hairtail, would grow in value and in the amounts that are caught if industrial fisheries increased the mesh size of their nets.

New research by the Sea Around Us initiative at UBC’s Institute for the Oceans and Fisheries found that trawlers operating in China’s coastal waters are overfishing 21 economically important species because the mesh size is so small that, together with large, desirable fish, undersized fish are also getting caught. This means that fish are being taken out before they are able to reproduce.

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