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The Pacific Biological Station (PBS) is one of a network of 11 major
Canadian scientific facilities operated by Fisheries and Oceans Canada.
PBS was established in 1908 with self-taught biologist Reverend George
W. Taylor as the promoter and the first curator for the station, which
has become the principal centre for fisheries research on the West
Coast. Other Fisheries and Oceans Canada research facilities in British
Columbia include the Institute of Ocean Sciences in Sidney, the West
Vancouver L
aboratory,
and the Cultus Lake Laboratory.
The Pacific Biological Station is home to more than 200 Fisheries and
Oceans Canada staff members, and is in constant demand by visiting
scientists, post-doctorate students and other researchers. PBS
researchers have earned an international reputation for fisheries
research, conducting studies that have shaped modern fisheries science
and contributed to the health of fisheries on Canada’s west coast - one
of the world’s richest fishing grounds.
Over half of the research done at the station is devoted to stock
assessment and management, about 25 per cent to aquaculture, and the
remainder to environmental and oceans science. The work provides data
and advice for managing fisheries, protecting the environment, siting
and managing aquaculture operations, and for international organizations
which regulate various species and ocean territories. Joint research
projects with Canada’s north Pacific neighbours, including Japan,
Russia, Korea, USA and others are also an important part of the Pacific
Biological Station’s program.
Stock assessment is defined as the assessment of the status of fish stocks and their capacity to sustain themselves under varying levels of human activities, especially fishing, and changing environmental conditions. As Fisheries and Oceans Canada moves toward integrated ocean management, stock assessment staff increasingly provide scientific information for conservation and management of a wider range of aquatic species and environments than those solely affected by fisheries. These include activities such as shellfish and finfish aquaculture as well as oil and gas exploration and extraction. Stock assessment also contributes to meeting government’s fiduciary obligations to Aboriginal people, and supports new requirements for assessing and monitoring species at risk.
Stock assessment provides the scientific basis for conservation and management of Pacific fisheries resources including marine mammals, salmon, groundfish, pelagic species and shellfish. Some salmon assessment staff are also located at six other locations throughout BC and the Yukon.
Fisheries assessment involves:
Applied
technology staff support initiatives related to abundance estimation of
various marine and freshwater species and pursue research on new stock
assessment technologies and methodologies. The Age Analysis and Research
Group provides age determinations for all species and clients in the
Pacific region. This group also provides internationally recognized
expertise and scientific excellence in research on new and developing
methodologies for age and growth studies. Other staff work with
government and industry partners to improve and develop stock assessment
methodologies, using acoustics and video observations in fisheries
resource management. The Marine component of this program is working on
improving biomass estimations of hake, rockfish, herring, and plankton
by developing acoustic signal classification and geo-spatial
visualization and analysis software to support integration of multiple
data sets and to explore 2D and
3D
techniques. The Freshwater component uses multi-beam acoustics and video
to develop image processing software for tracking and counting of
migrating salmon in rivers.
Conservation biology staff provide scientific advice on conservation
policy and technical assistance on species at risk listings, exemptions
and recovery planning to meet new obligations under Canada’s
Biodiversity Strategy and the Species At Risk Act (SARA).
Ocean sciences research is done to provide scientific assessments of the effects of natural and large-scale changes in climate and ocean conditions on fish stocks and marine activities. In B.C. this work is done primarily at the Institute of Ocean Sciences near Victoria. Related studies at PBS focus on the distribution and dynamics of salmon in the marine environment to improve our understanding of factors that affect survival of salmon and the impacts of changes in ocean climate. Studies include the growth of Pacific salmon, their movements and patterns of coastal residency using coded-wire tagged juvenile salmon recovered during trawl surveys, and examining how young salmon store and consume their stored energy reserves (fat) over winter. Surveys extend from the southern British Columbia north to include SE Alaska.
Staff
specializing in marine environment and habitat work at several locations
throughout the Pacific Region, supporting activities and decisions to
help conserve marine/anadramous species and their habitats. In
conjunction with other Science divisions, research is carried out,
assessed and reported, on key ecosystem and habitat issues that may be
affected by human activities.
Habitat work done at PBS focuses on assessment of aquaculture impacts on
marine and coastal habitats; factors affecting production of salmonids
in fresh water; and marine quality issues such as advice on critical
habitat and marine protected areas.
As the lead federal agency for aquaculture, DFO is committed to
working in partnership with stakeholders
to
facilitate the sustainable development of the aquaculture industry in
B.C. The PBS aquaculture science program supports the Department’s
regulatory mandate and provides a sound science and technology base for
innovation, with a full range of fresh and saltwater facilities
including an experimental fish farm. The West Vancouver Laboratory and
our partner, the Pacific Institute for Aquatic Bioscience also conduct
fresh and saltwater aquaculture research with state-of-the art
technology and highly skilled
professional staff.