Presentation to VIU Community of Practice Group on Community Engagement at Vancouver Island University February 2014
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Community engagement atVIU Deep Bay Marine Field Station
1. Deep Bay Marine Field Station
Opportunities for community engagement
Brian Kingzett ,
Centre for Shellfish Research
Vancouver Island University
2. Outline
Who we are (how we describe ourselves)
How we relate to our community
Greater Opportunities for VIU
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
How do we meet this demand sustainably?
53%
32%
12%
3%
Will this create opportunities for coastal BC?
7. What motivates us thinking locally
Supporting change from resource extraction
economies to knowledge based resource
economy
Supporting the 100+ year shellfish farming
industry
Opportunities for First Nations
Promoting industry sustainability
Environmental
Economic
Social
Preserving marine ecosystems
Low carbon industries
8. Project based funding - Who funds us?
Government Agencies
Environmental NGOs, Conservation Organizations
Industry and commercial clients
Provincial and Federal academic research grants
Public and private donors
Funds raised through public education and event
hosting activities.
NOT by traditional AVED / VIU Teaching funds
9. Thinking locally drawing linkages
Responsible
Coastal
Development
High
Quality
Food
Healthy
Marine
Ecosystems
Sustainable
Industry
10. Walking the talk Green Research Facility
One of Canadas greenest buildings
Platinum LEED certification 2013
2011 National Sustainable Architecture and Buildings
Award and more
11. 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
Emphases (Priorities)Coastal Resource Management; First Nations Education and Training; and Regional Economic Development
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%).