Alma mater Copenhagen University Residence Canada | Name Villy Christensen Fields Fisheries science Role University Professor | |
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Institutions UBC Fisheries Centre, University of British Columbia | ||
Education University of Copenhagen Doctoral advisor Sven Erik Jorgensen | ||
Professor villy christensen
Villy Christensen is an ecosystem modeller with a background in fisheries science. He is known for his work as a project leader and core developer of Ecopath, an ecosystem modelling software system widely used in fisheries management. Ecopath was initially an initiative of the NOAA, but since primarily developed at the UBC Fisheries Centre of the University of British Columbia. In 2007, it was named as one of the ten biggest scientific breakthroughs in NOAA’s 200-year history. The citation states that Ecopath “revolutionized scientists’ ability worldwide to understand complex marine ecosystems”.
Contents
- Professor villy christensen
- Dr villy christensen fisheries centre seminar series fish 500 ubc
- Biography
- Selected papers
- References
Dr villy christensen fisheries centre seminar series fish 500 ubc
Biography
Christensen did his Ph.D under Sven Erik Jørgensen at Copenhagen University. Jeffrey Polovina initiated the Ecopath approach in the early 1980s. Christensen, along with Daniel Pauly and others, has been involved in the subsequent development of Ecopath since 1990.
Christensen currently facilitates international workshops on Ecopath around the world. He is a professor at the UBC Fisheries Centre at the University of British Columbia, specialising in ecosystem modelling. His main project is with the Sea Around Us Project working on "database-driven ecosystem model construction", with the aim of using "global, spatial databases to parameterize, balance and fit ecosystem models". This work includes developing a dynamic exchange model of biomass over time in the Chesapeake Bay area, as well as how marine protected areas can be optimally positioned. He is also director of the Lenfest Ocean Futures Project, where a visualization system is being developed to support decision making in ecosystem-based fisheries management. This system combines Blender, a 3D-gaming engine, with Ecopath.