REF NO.: 278
|SUBJECT:||Memorial University awarded five Canada Research Chairs|
|DATE:||May 3, 2006|
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Editors please note:
Further information on the chairs can be found in the attached backgrounder and photos can be found at: www.mun.ca/marcomm/media_relations_photos.php
For more information please contact Deborah Inkpen, communications co-ordinator (research), Memorial University, (709)737-4073 or firstname.lastname@example.org.
MemorialUniversity awarded five Canada Research Chairs
§ Dr. Ratana Chuenpagdee, Canada Research Chair in Natural Resource Sustainability and Community Development
Around the world, people are closely connected with coastal areas as places to live, work and relax. The complexity and diversity of coastal ecosystems make them ecologically and socially valuable, but also highly susceptible to natural and human induced changes. Canada Research Chair in Natural Resource Sustainability and Community Development Dr. Chuenpagdee’s interdisciplinary research program, which includes biophysical studies of coastal areas as well as ecosystem values, social organization and governance, aims to promote coastal sustainability and community resilience. She will integrate these components using an interactive spatial dynamic model to capture interactions and flows between natural and human systems, contributing to improved consideration of uses and development in coastal areas.
Dr. Chuenpagdee will seek to address some of these challenges and to contribute to our understanding about the coast and coastal communities in Atlantic Canada and around the world.
The ocean seabed is the gateway for exchange of organisms, particles, and dissolved compounds between marine sediment deposits and the overlying ocean. It is also a remote, dynamic setting that is difficult to explore, and covers most of the Earth. As Canada Research Chair in Seabed Processes and Seabed Imaging, Dr. Bentley will study geological processes and products of the seabed and near-bottom waters, as well as physical, chemical, and biological processes that contribute to these outcomes.
Contemporary Newfoundland is an ideal language laboratory, with long-standing local dialects and languages in intense contact with standardizing forces. In fact, a recent worldwide study chose traditional Newfoundland speech as the most distinct variety of English on the planet. This project will develop the intellectual infrastructure to record change in progress and to make incredibly rich local archival holdings more accessible to modern research methods. Analysis of the resulting material will shed new light on the processes of language retention and change. Publishing findings and improving access to raw materials will enrich dialect and language change research worldwide. Dr. Van Herk’s research will help optimize the processes of documenting, preserving, and analyzing evidence of linguistic diversity in Newfoundland and Labrador.
Most Canadians recognize the importance of the natural environment in enhancing our quality of life in Canada. Our forests, freshwater, oceans, and wildlife generate wealth, provide recreational opportunities, and help us define who we are, in our own eyes and in the eyes of the world. However, simply recognizing the importance of nature may not necessarily lead to us taking concrete actions to ensure that it is adequately protected.
Dr. Rudd will focus primarily on three issues. First, the recreational and non-use benefits of natural capital will be assessed using economic valuation surveys. A second area of focus will be on quantifying the costs of environmental conservation to private and public sectors. Thirdly, cost-benefit results will be used in policy models that explore when, where, and how to best invest societal resources to achieve ecological and socio-economic sustainability.
Emerging viral and bacterial pathogens of fish, such as Infectious Salmon Anemia Virus (ISAV) and Piscirickettsia salmonis, respectively, are serious threats to the aquaculture industry. High-density culture in marine net pens is required to maximize productivity and remain cost-competitive in the global Atlantic salmon market, but also increases the incidence of disease. Improved understanding of the molecular pathogenesis of infectious diseases paves the way for the development of effective diagnostics, vaccines, and therapeutics, and could lead to methods of selecting for disease resistant aquaculture broodstock. As Canada Research Chair in Marine Biotechnology, Dr. Rise will develop and use genomic tools to characterize host and pathogen gene expression changes occurring during infections of fish with emerging pathogens such as ISAV and P. salmonis, and further develop infectious diseases of aquatic organisms as biomedical models for the study of related human diseases.
Dr. Rise will use genomics approaches, involving microarrays and other biotechnology tools and techniques, in studies related to fish disease, environmental toxicology, and aquaculture. With collaborators at Memorial University and elsewhere, his research will stimulate the development of products and methods likely to have a positive impact on the health of cultured and wild marine animals.