| Volume 4, Issue 2, 1999
Table of Contents
Applied Research in Environmentally
Sustainable Agriculture
By Abimbola Abiola Ph.D., P.Ag., C.A.C.
Chair, Applied Research Committee
Olds College, Olds, AB
Although 50 percent of Canadas
technical professionals with post-secondary training are graduates
of college programs, their alma maters are surprisingly unknown
in the realm of applied research. Yet, all colleges traditionally
work with industry groups and provide training in hands-on, practical
and applied research and many are now degree- and applied-degree-granting
institutions. Despite the key role colleges play, Government funding
of applied research in colleges has been dismal only one
percent of Canada Foundation for Innovation funds was allocated
to colleges. Furthermore, none of the government research agencies
are dedicated soley to funding and coordinating college-level applied
research. At the same time as the private sector is forging research
alliances and partnerships with colleges, many provincial governments
also remain unaware and fail to fully embrace the concept of applied
research in the colleges within their mandate. Proponents of, and
participants in, college-level research are left to shake their
heads and wonder why recognition and funding are disproportionate
to the breath, depth and economic impact of the applied research
emanating from the college system.
 |
Horticulture
production research greenhouse |
Founded as an agricultural research farm in 1911, Olds
College is a significant proponent and participant in applied agricultural
research activities that demonstrate benefits to the student, the taxpayers
and the college; provide a solution to an industry challenge or problem;
and, have the necessary infrastructure and personnel to successfully complete
the project. The often private-sector sponsored research infrastructure
at Olds College includes: a Composting Technology Centre; a Prairie Turfgrass
Research Centre; the Bank of Montreal Landscape Pavilion; Research Greenhouses;
a Swine Genetics Facility and Feed Mill as a joint venture with UGG (Unipork
and Unifeed); a Multipurpose Livestock Pavilion for training and research
in cattle and sheep artificial insemination techniques and embryo transfer;
the first North American John Deere Training Centre and labs; a Ducks
Unlimited Wetland Site; a Research and Demonstration Farm; and, a Tissue
Culture Research and Production Laboratory.
 |
Sampling feedlots
for aero-microbiological quality |
Over the past 88 years, Olds College has contributed
significantly to the field of environmental waste management and composting;
land information systems; farm machinery, equipment technologies and applications;
horticulture production; livestock production; precision farming and management
modelling; and, agri-business management and technology applications.
 |
Research projects
in the lab |
Many research projects have addressed lingering problems
in various industries. For example, Cargill Foods, Lakeside Farm Industries
and XL Foods asked Olds College to study the management of waste in agri-food
industries. The College also worked with several feedlots in Alberta to
research and develop environmentally-sustainable manure management options.
In conjunction with forestry partners, such as Alberta Newsprint Company,
Crestbrook Forest Industries, Spray Lakes Sawmills and Sunpine Forest
Products, college researchers developed commercial forest and pulp and
paper residue management technologies. Scientists at Olds College are
currently working with Chevron, PanCanadian Oil, Norcen Energy, Imperial
Oil, HAZCO and Mancroft Resources/EBA to solve environmental pollution
problems in the oil and gas industry by developing bioremediation and
land reclamation technologies. This approach restores contaminated agricultural
land to active production through an environmentally-sustainable and economically-feasible
process.
The downsizing of federal agricultural research centres
across Canada has left a vacuum in terms of functional and theoretical
agricultural research. It has also led to increased interest in industry-sponsored
applied research, a phenomenon which is creating more competition and
opportunities for institutions like Olds College.
 |
Composting
of municipal and agricultural waste |
Although colleges are responsive by nature and are hiring
more staff with research capabilities and experience, the lack of government
support means that certain staffing and infrastructure challenges must
be faced alone. For example, of the 70 faculty at Olds College, approximately
44 have graduate training with research experience at either the doctoral
or masters level and many have the industry experience and connections
required for applied research. However, teaching workloads in many colleges
hinder the involvement of faculty and staff in research as it must often
be conducted in addition to their regular work and many collective agreements
do not recognize research as part of staff responsibilities. Numerous
colleges also undercharge for their research services which results in
a lack of project funds to finance faculty replacements or to develop
the requisite research infrastructure.
Canada has a reputation as a world leader in the area
of applied agricultural research and Canadian colleges are key contributors
to this reputation. To elevate national awareness and attract future research
support and funding to colleges, a national body with representatives
from colleges, industry, community and the public sector must be established.
By promoting and coordinating sectoral research in Canadian colleges,
identifying funding sources, encouraging inter-collegiate research projects,
providing a national database and forum for college researchers, and advocating
to governments and agencies on matters relating to applied research, this
body will help to unveil an otherwise hidden and underutilized Canadian
research capacity.
Sample of Current Research Activity at
Olds College
 |
Development
of Equine Embryo Transfer technology. |
 |
Compaction
studies with machinery manufacturers to develop better equipment that
will reduce impact on agricultural soils. |
 |
Manure
management research for more effective handling of cattle and hog
manure. |
 |
Bioremediation
of acidic and hydrocarbon contaminated soils by the process of composting. |
 |
Development
of a composting process for the safe handling of sheep manure and
mortalities. |
 |
Screening
of evaluation of modified plant species for disease resistance and
productivity. |
 |
Aero-microbiological
studies of feedlots and areas of impact. |
 |
Use
of compost for disease suppression in turfgrass species. |
 |
Development
of biological control agents for the diseases of field crops and turfgrass. |
 |
Tissue
culturing of vegetables, shrubs and trees for commercial applications. |
 |
Production
of organic fertilizers from hog manure. |
 |
Application
of precision farming machinery development and agricultural production. |
 |
Microbiology
of pulp sludge composting. |
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