| Volume 4, Issue 2, 1999
Table of Contents
Applied Research at the Marine Institute
by Dr. Peter Fisher
Since its affiliation with Memorial University
of Newfoundland in 1991, the Marine Institute has maintained its
unique identity as a technical institute and continues to offer
a suite of education and training at the practitioner, certificate,
diploma of technology, advanced diploma and degree levels. With
a legislated mandate to contribute to applied research and technology
transfer, the Institute undertakes activities that are industry-driven,
cost-shared by industry, and wherever possible, undertaken collaboratively
with industry partners. The majority of the Institutes research
activities are associated with the Canadian Centre for Fisheries
Innovation, the Canadian Centre for Marine Communications, the Centre
for Aquaculture and Seafood Development and The Fishing Technology
Unit.
The Canadian Centre for Fisheries Innovation (CCFI)
combines the fisheries-related science and technology capability
within the Marine Institute and Memorial University and applies
it to the fishing industry. The CCFI has supported over 300 projects
in the aquaculture, processing and harvesting sectors, with a total
value of almost $40 million. Over the next five years, the CCFI
will conduct research into salmon and trout farming, cod growout,
product diversification, waste utilization, value-added shrimp and
crab processing, biotechnology, selective fishing and by-catch reduction.
The Canadian Centre for Marine Communications (CCMC)
assists Canadian industry in the development of products and services
using advanced marine communications, navigation and information
technology. It also focuses on strategic partnerships between industry,
research centres, academia and government. The Centre is currently
active in the development of electronic charts, satellite hydrography
and voyage data recording.
 |
The Marine
Institute's aquaculture research laboratory |
With a federally licensed processing plant that supports
the investigation and development of seafood products or by-products,
the Centre for Aquaculture and Seafood Development (CSAD) has supported
the transition of the Atlantic Canada fishing industry through research
in aquaculture and assistance in the development of a number of products
that have been successful in the national and international marketplace.
The CSADs aquaculture infrastructure also includes a freshwater
laboratory dedicated to research on species showing promise for culture
in Atlantic Canada, as well as salt water marine culture and fish health
facilities. The Centre is now working with industry on the preparation
of nutriceuticals, medicinal and pharmaceutical products from marine by-products
and is examining the extraction of valuable materials from shrimp and
crab shell waste and fish waste.
The Fishing Technology Unit (FTU) is committed to improving
the viability of the local fish harvesting sector while focusing on the
development of technology and harvesting strategies that lead to the improved
sustainability of global fish resources. At the centre of FTU operations
is the world's largest circulating water channel or "flume tank",
equipped with a 20m long x 3m high observation window. The tank enables
researchers to construct scale models of new fishing gear designs and
to simulate their behaviour under controlled conditions. Underwater cameras
and a data acquisition system provide information on the performance of
the models. Full-size gear is tested at sea using vessels provided by
industry partners.
 |
Testing a scale
model of fish harvesting gear in the Institute's Flume Tank |
The FTU was successful in the recent Canada Foundation
for Innovation competition and received an award from the College Research
Development Fund. This infrastructure funding, together with contributions
from industry partners, will enable the Unit to significantly enhance
its activities both onshore and at sea. In particular, the use of underwater
cameras during sea trials will provide an improved understanding of fish
movement, their reaction to fishing gear and the survivability of juvenile
fish or unwanted species after encountering or passing through fishing
gear. The Institutes industry partners are anxious to adopt the
new highly selective and environmentally friendly gear designs that will
catch only fish of a specified species and maturity while leaving the
ocean floor undamaged.
In developing its applied research activities, the Marine
Institute has maintained its primary commitment to the quality of its
education and training programs. The existence of the research units,
and the involvement of industry, faculty and staff in research activities,
has contributed significantly to the quality of programming. For example,
the aquaculture facility infrastructure has enabled the development of
advanced diploma and masters level programs that include first-hand, industry-
relevant experience for the students. The Institute is now expanding its
applied research activities into areas where the infrastructure has been
used predominantly for training. For example, the new Office of Applied
Research in Marine Operations will focus on the potential applications
of the Institutes marine simulation facilities including ship engineering
and full motion bridge simulators.
The development and expansion of applied research at
the Marine Institute, and at other colleges and institutes, is often directly
relevant to industry. Operational funding is usually derived from industry
partners or industry response training or service activities. Although
college- or institute-based research is not of lesser value than university-based
research, support is not available through the Federal funding agencies
that support university research efforts. However, the recent allocation
of funds in support of college applied research infrastructure through
the Canada Foundation for Innovation, and the announcement of a second
competition, represent a growing recognition of the economic value and
the potential for growth in applied research and technology transfer activities
in the college/institute sector.
Dr. Fisher is the Director
of the Division of Instructional Development and Student Services at the
Marine Institute in St. Johns, Newfoundland. He has overall responsibility
for Institute registration, library, guidance and placement services,
as well as for computer services, curriculum development and the design
and development of learning materials and courses for alternative delivery.
Dr. Fisher also manages the Institutes degree programs and coordinates
the preparation of funding proposals in support of the Institutes
applied research activities. |