Languages

Gabriel Reygondeau

Global Fishing Watch Research Workshop

Over the past two years, the Global Fishing Research Program has made great progress, including the publication of almost a dozen papers and the initiation of many more research projects….

Global Fishing Watch Environmental Drivers of Fishing Effort Workshop

Between May 10 and 14, 2017, the Environmental Drivers of Fishing Effort Workshop was held at Dalhousie University in Halifax. Nereus attendance at the workshop included participation from Director of Science William Cheung (UBC), Principal Investigator Pat Halpin (Duke), Research Associate Derek Tittensor (Cambridge/UNEP-WCMC), Fellow Daniel Dunn (Duke), fellow Guillermo Ortuño-Crespo (Duke), Fellow Gabriel Reygondeau (UBC), and Fellow Vicky Lam (UBC).

Global spatial distribution of marine species and diversity in the context of climate change

The world is intuitively divided by the existence of recognizable, bounded units of landscape with characteristic climatic regimes and land cover that drives the distribution of existing life on earth. On a global scale, terrestrial ecosystems are grouped into major biomes such as boreal forest, savannah, desert, tundra and grasslands, each with distinct climates, landscapes, species, and vegetation.

Workshop: Environmental Drivers of Fishing Effort

Several Nereus Program affiliates, including fellow Daniel Dunn (Duke), fellow Guillermo Ortuño-Crespo (Duke), research associate Derek Tittensor (Cambridge/UNEP-WCMC), science director William Cheung (UBC), principal investigator Pat Halpin (Duke), fellow Gabriel…

Association of the Sciences of Limnology and Oceanography 2017 Aquatic Sciences Meeting

Nearly 4000 people attended the Association of the Sciences of Limnology and Oceanography (ASLO) annual conference in Honolulu, Hawaii, from February 27 to March 3, making it the largest conference of the beginning of the year. All fields of ocean science were covered, from freshwater biochemistry to management, from satellite use to DNA and genomics. As well, species at each trophic level, including bacteria, viruses, plankton, fish, and mammals, and all the new models were looked at.