canadian mountain research - yukon2).pdf · canadian mountain research. ... proposal. expecting loi...
TRANSCRIPT
Collaborative. Interdisciplinary. Inclusive. Canadian Mountain Network: Better Together
Canadian mountain research
What is the CMN? • The Canadian Mountain Network (CMN) is a voluntary alliance
of numerous partners
• Established in 2016, the CMN is in the early stages of establishing a forum for collaboratively addressing the diverse challenges facing mountain regions by harnessing existing capacities and seeking new resources.
• Over the next 18 months, the CMN will lead the preparation of a national Networks of Centres of Excellence (NCE) proposal. Expecting LOI in the spring
Objective for today
The first step in establishing the Canadian Mountain Network is to form Initiating Groups across the country in order to understand mountain research needs, to expand network participation, and to create more opportunities for collaboration.
Presentation: Why a Canadian Mountain Network?
Dave Hik, Science Director, Canadian Mountain Network
Presentation: Building a research network: Lessons learned
Aynslie Ogden, Science Advisor, Government of Yukon
Presentation: Information needed from CMN Initiating Groups
Christy Urban, Executive Director, Canadian Mountain Network
Presentation: Community engagement
Sam Darling, McGill University
Breakout group discussions Yukon Initiating Group
Facilitators: Aynslie Ogden, Sam Darling, Christy Urban, Dave Hik
Presentation: How to stay involved Christy and Aynslie
Agenda
Context: State of Northern Research
• In 2000, Northern Research was considered to be in a state of crisis
• Federal northern science policy has responded through a suite of investments, both large and small
• Many of these programs have had northern capacity building as an intended outcome
• What impact have investments in Arctic S&T over the last 15 years had on supporting decision-making, capacity building and the northern economy?
Northern Science Policy Initiatives Funders Date Funding Northern Research Chairs Program NSERC 2002-2008 $7.2
International Polar Year AANDC, Tri Councils 2006-2012 $171M
ArcticNet Tri-Councils 2003-2018 $113M
Arctic Research Infrastructure Fund INAC 2009-2011 $85M
Northern Contaminants Program INAC 1991-ongoing $4M/yr
Polar Continental Shelf Program NRCan 1958-ongoing $6M/yr
Northern Scientific Training Program INAC 1961-ongoing $1M/yr
Research Infrastructure CFI 2008-2015 $112M
CHARS (station construction) INAC 2014-2017 $250M
CHARS (annual operating budget) INAC 2016-ongoing $26.5M/yr
Sentinel North CFREF 2016-2023 $98M
CFCAS EC 2000-2010 ($117M)
GEM 1 and 2 NRCan 2008-2020 $200M
Extended Continental Shelf Program NRCan, DFO 2005-2012 $109M
Project grants NSERC 2008-2015 ($22M)
Project grants CIHR 2008-2015 $36M
Project grants SSHRC 2008-2015 $86M
Ogden and Thomas (2013): • The vast majority of funding for science in northern Canada
comes from agencies south of 60˚. • The upside is that Northerners benefit from a level of
investment in knowledge acquisition that is beyond the investment potential of northern agencies.
• The downside is that Northerners often have limited opportunity to influence policy and investment decisions regarding science
Impact of Investment: Advancing knowledge acquisition
283287307
450473476476495
659790
1,0651,2171,226
2,0072,810
2,9473,065
3,4284,918
8,908
IcelandBelgium
SpainItaly
PolandChina
SwitzerlandAustralia
NetherlandsFinland
JapanFrance
SwedenDenmarkGermany
United KingdomNorway
Russian FederationCanada
United States
Impact of Investment: Canada is a world-leader in Arctic science
• Canada is ranked 7th in S&T publications
• Canada is ranked 2nd in Arctic S&T publications (behind US)
• These statistics reflect the tremendous impact of recent large science programs within the science community.
Source: Science-Metrix, 2009
Impact of Investment: Canada Arctic scientific strengths
• Canada’s strengths are in the fields of earth and space science, biology
• Fewer publications with relatively low scientific impact in the health and social sciences
Source: Science-Metrix, 2009
Biology
Biomedical Research
Chemistry
Clinical Medicine
Earth & Space(E&S)
E&S - Earth & Plantry Sci
E&S - Environmental Sci
E&S - Geology
E&S - Meteo & Atmos Sci
E&S - Oceano& Limno
Engineering & Tech
Health Sciences
Physics
Social Sciences
Scie
ntifi
c Im
pact
(A
RC
)
Specialization Index (SI)
Less Specialized World Average More Specialized
Less
Impa
ct
W
orld
Ave
rage
Mor
e Im
pact
Impact of Investment: Northern capacity building
Brunet et al 2014 Study: • Sought to determine the
extent to which there has been a paradigm shift toward more participatory approaches
Results: • The involvement of local
people in northern research has increased only slightly over the last half century
Impact of Investment: Northern partnerships
Recommendations: Further decentralization by • Allowing non-academic
PI’s to receive funding • Involve communities in
research priority setting, proposal review and funding allocation processes
Brunet et al 2016 Study: • Sought to better understand the
benefits and challenges associated with northern research partnerships
Results: • Overall, researchers were
perceived to benefit more from research partnerships than their community counterparts
Impact of Investment: Northern economy Carr et al, 2013 Study: • First to look at economic
impacts of publicly funded research in northern Canada
• Looked at research expenditures from Tri-councils, SCI, NEI, PCSP, AIR, ArcticNet, NCP, NSTP and IPY
Results: • <5% of total research spending.
Year Research expenditures in
the North 2000 $486,481
2001 $864,627
2002 $514,971
2003 $733,860
2004 $412,039
2005 $668,807
2006 $983,355
2007 $5,473,869
2008 $5,263,007
2009 $5,819,761
Total $21,220,777
Impact of Investment: Supporting decision-making
Results: The past decade of Arctic research as largely failed to address some scientific goals identified by policy makers and residents and has not succeeded in finding ways to help stakeholders cope with a changing environment
Ibarguchi et al. 2015 Study: Analysis of the extent to which alignment exists among stated science priorities, recognized societal needs, and funding patterns of the major North American and European agencies
Science in the Yukon: Advancing a vision for evidence-based decision-making Lessons learned:
1. Recognize the importance of science and innovation 2. Incorporate local and traditional knowledge 3. Focus on needs 4. Support improved coordination 5. Ensure scientific activities are appropriately resourced 6. Keep pace with development 7. Keep current with scientific advances 8. Promote health and social sciences 9. Foster partnerships 10. Establish and maintain a strong Yukon-based science community
Canadian Mountain Network: Possible Benefits to Yukon Reasons for Participating in the Sustainable Forest Management Network Klenk and Hickey (2012) Proposition Agree
I had prior connections/relationships with individuals at the Network 98%
The research focus at the Network matched my (our) interests 82%
I (we) wanted to access Network expertise 64%
I (we) wanted access to equipment and/or facilities at participating Network organizations
25%
I (we) wanted to access to Network students as prospective employees 64%
I (we) wanted to engage in cross-sector collaboration 82%
Canadian Mountain Network: Possible Benefits to Yukon Perceived benefits of participation in the Sustainable Forest Management Network Klenk and Hickey (2012) Proposition Agree
The Network enhanced my (our) collaborative activities 74%
SFM concepts brought to fruition that would have been otherwise difficult to achieve
72%
My work with the Network enhanced my career prospects 62%
I (we) obtained access to new ideas, know-how, or technologies 78%
Network funded research improved a product or process in my (our) organization
52%
Canadian Mountain Network: Possible Benefits to Yukon
• Unique opportunity to be involved in influencing investment decisions
• Early engagement and partnership development is critical
• Need for capacity building in the north
Vision: The Government of Yukon supports the active pursuit, gathering and storage of scientific knowledge so it can be easily retrieved, transferred, shared and used to support evidence-based decision-making
Canadian Mountain Network: Possible Benefits to Yukon
Breakout group discussions 1. Pick a group 2. Take a few minutes to think about the
questions posed. 3. Write your thoughts on a sticky. 4. Pair up with the person next to you to discuss 5. After five minutes we will reconvene to share
your work with the group. 6. After 20 minutes move on to the next group 7. Your facilitator will recap previous discussions
Think, pair, share
Breakout Group 1: Christy Engagement 1. Who is currently involved in mountain research
in Yukon? 2. Who is currently benefiting from mountain
research in Yukon? Who else needs to benefit? 3. Who needs to help shape the direction of
network activities in Yukon?
Breakout Group 2: Aynslie Benefits to Yukon 1. What would make this Network important to
Yukon? 2. How can this Network be designed to maximize
benefits to Yukon? 3. In 15 years, what would you want this Network
to achieve?
Breakout Group 3: Dave Research Needs 1. What solutions to complex challenges should this
network be designed to address? 2. What research needs have been identified in Yukon
through collaborative, participatory processes? 3. What codes of conduct/best practices for research
should be adopted by the Network? 4. What infrastructure is needed to support research
activities in Yukon (short, medium and long term)?
Breakout Group 4: Sam Capacity Building 1. What does capacity building mean in a Yukon context? 2. What capacity is needed to be developed? 3. How can the Network contribute to developing this
capacity? 4. How can the network train and prepare graduate
students for employment outside academia? Would you consider this type of training a valuable service?
5. HQP is defined by Tri-Councils as individuals with university degrees at the bachelor’s level and above. For the Yukon how would you redefine this?