Villy Christensen named Fellow of the Royal Society of Canada
Dr. Christensen, a professor at the UBC Institute for the Oceans and Fisheries, is the principal architect behind the Ecopath with Ecosim (EwE) modelling approach and software.
Massive “ensemble” climate modelling study includes work of multiple IOF researchers
The project used nine different computer models, created by different teams around the world, to illustrate with greater clarity and range how ocean life will be impacted by Earth’s warming climate.
Villy Christensen named Fellow of the American Fisheries Society (AFS)
Fellows are members who have made outstanding or meritorious contributions to the diversity of fields that are included in the American Fisheries Society.
Ecosystem modelling indicates that adding fertilizer to water reservoirs pays off
In the simulated Arrow Lakes Reservoir, fish fared better when nutrients were added to the water, regardless of whether the water flow was high or low.
PROFILE: Finding novel ways to use modelling to solve oceans, fisheries and social problems
GOM took advantage of the COVID-19 pandemic, moving online, and connecting with researchers from 29 countries.
FCRR: Ecosystem modelling to support fisheries management efforts in the Nyali-Mombasa area, coastal Kenya
Part of the Sustainable Poverty Alleviation from Costal Ecosystem Services project (SPACES), this research addresses how we can best develop sustainable, effective fisheries decisions, while preserving the livelihoods of fishers and their dependents
Villy Christensen receives AFS Award of Excellence
Dr. Christensen is the principal architect behind Ecopath, and the project leader and core developer of the expanded ecosystem modelling system Ecopath with Ecosim (EwE).