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Gabriel Reygondeau

Biogeochemical regions of the Mediterranean Sea: an objective multidimensional and multivariate environmental approach

The study “Biogeochemical regions of the Mediterranean Sea: an objective multidimensional and multivariate environmental approach” was recently published in Progress in Oceanography with Nereus Fellow Gabriel Reygondeau (UBC) as the lead author. In the paper, a biogeochemical/ecological spatial framework was defined for ecosystems of the Mediterranean Sea.

International Marine Conservation Congress (IMCC4)

The International Marine Conservation Congress (IMCC) took place from July 30th to August 3rd in St. John’s, Newfoundland, Canada. The congress brings together marine conservation professionals and students in order to “develop new and powerful tools to further marine conservation science and policy”. Under the theme of “Making Marine Science Matter”, this year’s conference dealt with strategies to influence policy-makers and stakeholders, and was divided among several topics of interest, including marine food security, ocean science technology, and marine policy.

International Marine Conservation Congress

The Nereus Program will have a presence at the International Marine Conservation Congress taking place from July 30th to August 3rd in St. John’s, Newfoundland, Canada. Following the theme of…

Global Fishing Watch Research Workshop with Google Earth Outreach

The Nereus Program presented at a Global Fishing Watch Research Workshop on June 6th and 7th at Google’s offices in San Francisco, California, United States.

Global Fishing Watch is a technology-based partnership that started between digital mapping non-profit SkyTruth, oceans advocacy foundation Oceana, and Google’s Google Earth Outreach program, “designed to show all of the trackable fishing activity in the ocean” via an interactive web tool. With the goal of combating fisheries decline, the project will “reveal the intensity of fishing effort around the world” and help citizens hold world leaders accountable for the maintenance of an abundant ocean.

A computer model is used to show projections of how fish species may move towards the poles and into deeper waters in a high CO2 emissions scenario. Source: Jones and Cheung 2015.

Where do we go from here? Building confidence in climate change impact projection models

Climate change is expected to have major impacts on the ocean, the species that live there, and the people who rely it for their food and livelihood. Since the beginning of the 20th century, CO2 emissions from human activities have altered physical and chemical properties of the ocean. The ocean has become warmer and, in some areas, less oxygenated, which has caused changes in the productivity and distribution of marine species.