The Deep Bay Marine Field Station is a research and education facility located on Vancouver Island. It is operated by Vancouver Island University's Center for Shellfish Research. The field station includes research laboratories, teaching spaces, workshops, and shellfish aquaculture sites. It aims to support sustainable coastal communities and industries through research, training, and public education related to shellfish and marine ecosystems.
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Deep bay marine field station overview 121108bk
1. Deep Bay Marine Field Station
Brian Kingzett,
Centre for Shellfish Research
Vancouver Island University
2. VIU University of Coastal Communities
New Vancouver Island University (VIU)
as a Special Purpose Regional University:
Purpose
As a leader in providing high-quality learning,
Vancouver Island University supports the well being of
the people of Vancouver Island and coastal British
Columbia by promoting a high quality of life for their
communities through commitment to student success,
community engagement and associated scholarship.
3. VIU University of Coastal Communities
Visionary Goal
Through the promotion of excellence in
learning, we inspire our students and the
people of Vancouver Island and coastal British
Columbia as a trusted educational partner in
the search for sustainable cultural, economic,
environmental and social prosperity.
4. Sustainable Ocean Food Systems Network
Centre for Shellfish Research
International Centre for Sturgeon Studies
Institute for Coastal Research (social)
Fisheries and Aquaculture teaching programs
Collaborations with Trades programs and
other research groups
unique blend of synergistic capacities which include:
research (life sciences and social sciences); education
and training; technology development and innovation;
knowledge dissemination, training, outreach and
apprenticeship, and public engagement
5. Why do we care about shellfish?
The links between industry, academia and
conservation are obvious for shellfish; they
indicate sustainable coastal communities.
When we lose shellfish and shellfish
industries, it is a sure sign that
environmental degradation threatens the
very essence of coastal communities with
their strong sense of place and the
sustainable use of its resources.
Michael W. Beck, Ph.D. Senior Scientist, The Nature
Conservancy, Global Marine Initiative, Letter of Support to
CSR Deep Bay Oct .2008
6. What motivates us thinking globally
How will we feed a world destined for 10
billion people?
More than 85% of global fish stocks fully or
over exploited
We require 80 MMT or another global ocean
by 2030 for future population estimates.
Aquaculture now 50% of all seafood consumed
- must double
53%
How do we meet this demand sustainably?
32%
Will this create opportunities for coastal BC?
12%
3%
7. What motivates us thinking locally
Supporting change from resource extraction
economies to knowledge based green
resource economy
Supporting the 100+ year shellfish farming
industry
Opportunities for First Nations
Promoting industry sustainability
Environmental
Economic
Social
Preserving marine ecosystems
8. Shellfish Farming: Clean and Green (and blue)
Shellfish farming requires clean water and
healthy marine ecosystems
Being green is not an option but a necessity.
Shellfish farming endorsed by all seafood
sustainability programs
9. Aquaculture, the blue revolution?
Sustainable Aquaculture
the Green, Blue Revolution
Sustainable aquaculture can:
1. Green the planet
2. Feed the planet and meet the seafood
necessity
3. Healthier citizens omega 3s, etc.
(improve quality of life, save billions in
health care)
4. Help restore healthy marine ecosystems
10. Phase I - Campus Research Laboratories - 2005
MV Atrevida
11. CSR Programs Emphasis on Collaboration
Shellfish Health
Ecological Interactions and Husbandry Socio-Econ-Policy
Technology Devt
Communications Training Conservation
12. Phase II Deep Bay Marine Field Station
Donation of 3 ha waterfront
Two shellfish aquaculture farm sites
Proximity to shellfish industry
Important ecological area
Significant development pressures
Accessible (60 min from VIU)
13. Location relevant to regional stakeholders
Only Vancouver Island
Marine Field Station
focussing on Salish Sea
North of the Malahat
http://www.interactiveoceans.washington.edu/file/Coastal%20Upwelling
14. Thinking locally drawing linkages
Healthy
Responsible
Marine
Coastal
Development Ecosystems
High
Quality Sustainable
Food Industry
15. Walking the talk Green Research Facility
One of Canadas greenest buildings
Platinum LEED certification anticipated 2012
2011 National Sustainable Architecture and Buildings
Award and more
16. Multi-Purpose Field Station
Seawater R&D Facilities
Multi-purpose workshop/seminar
rooms
Teaching laboratories
Interpretative foyer and outside
displays
Academic and admin space
Culinary demonstration facility
25. Questions regarding this presentation
Don Tillapaugh, B.Sc. Brian Kingzett, M.Sc.
Director, Manager,
Center for Shellfish Research Deep Bay Marine Field Station
Director, Center for Shellfish Research,
International Centre for Sturgeon Vancouver Island University
Studies Mail: 900 5th St, Nanaimo. BC V9R 5S5
Vancouver Island University
900 5th St, Nanaimo. BC Field Station: 370 Crome Pt. Rd. ,
V9R 5S5 Bowser. BC VOR 1G0
Tel: 250 740-6113 Tel: 250 740-6399
Email: don.tillapaugh@viu.ca Email: brian.kingzett@viu.ca
Website: www.viu.ca/csr Twitter: @VIUDeepBay
Website: www.viu.ca/deepbay
Blog: www.viudeepbay.com
Editor's Notes
1. Institutional OverviewKnown as a centre of excellence for teaching, learning, and applied research, Vancouver IslandUniversity (VIU) is producing quality graduates that are in demand by employers across the country andaround the world. VIU is an organization that values a diverse range of training and education. Theuniversity provides an enriched and intellectually stimulating environment for students and employees.Offering programs from basic literacy to vocational programs, trades, undergraduate and graduatedegrees, VIU encourages all students to explore their potential, discover more about their world and excelin both life and learning.Our main campus in Nanaimo is located on the slope of Mount Benson and overlooks the spectacularStraight of Georgia. We have campuses in Duncan and Powell River and a campus centre in Parksville.VIU is the proud owner of Milner Gardens and Woodlands in Qualicum Beach, recently named one of thetop 10 public gardens in Canada. VIU also operates many off-campus teaching and learning facilitiessuch as the Paine Horticultural Centre, Deep Bay Field Station, and Heavy Equipment Operator site.Established in 1936 as a vocational training school, VIU has evolved into a dynamic, internationallyknown university. In 2009/10, VIU enrolled over 19,700 individual students (over 8,700 full-timeequivalent students). Significant among them are a large number of aboriginal students from our regionand beyond who constitute 10% of our student body. In addition to serving Canadian students, VIU alsooffers a successful International Education program that in 2009/10 attracted over 1,500 students frommany different countries.VIU is proud of its ongoing contribution to the cultural, social, economic, and intellectual life ofVancouver Island. As one of the primary employers in the region, VIU employed 2,321 individualsduring 2009.1 Not surprisingly, VIU is a major economic driver in the region with a consolidatedstatement of revenue of $120.5 million in 2009/10.As a special purpose university, our mandate is provided by the University Act and related legislation.2As specified in the Act, our governance structure is composed of a Board of Governors and a Senate withshared responsibilities.
Emphases (Priorities)Coastal Resource Management; First Nations Education and Training; and Regional Economic Development
During the design development process an energy analysis was conducted to determine the predicted energy efficiency. A reference building based on the requirements of Natural Resources Canadas (former) Commercial Building Incentive Program (CBIP) was used to compare to various design options. The final design anticipates that GHG emissions are estimated to be 54.6 tonnes/year, a 15.5 tonnes/year (22%) reduction compared to the baseline building design (70.1 tonnes/year). The current building design is expected to provide a decrease in annual electricity use by 44 MWh/year ($2700 annually, a reduction of more than 75%).