Modelling the Spread and Distribution of
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Modelling techniques used for forest pests are diverse. Although there are some results for mathematical models on heterogeneous domains, most mathematical approaches still mainly focus on integral equation models on homogeneous domains. In contrast, modelling approaches used by researchers outside mathematics departments are often simulation based, procedural, and usually large and complex. These models incorporate many of the important heterogenieties found in populations and environments, but their complexity makes analysis difficult if not impossible. There is a definite need for development of the mathematics underlying these diverse modelling approaches. In many cases similarities of approach are hidden beneath different notation and terminology. The primary objectives of this workshop are to increase awareness of the diverse modelling approaches being used to model invasive forest insects and to identify and foster collaboration on the most important research questions related to forest management.
This workshop brings together government, industry and academics involved in building models of insect and disease spread. The goals of the workshop were threefold:
The workshop was jointly organized by researchers at the Canadian Forest Service (CFS) of Natural Resources Canada and the University of New Brunswick. Participants have a research or management interest in the spread of forest invasive insects and came from CFS research centres across Canada, the Canadian Food Inspection Agency and Universities in Canada, the United States and New Zealand.
Organizing Committee
For further information contact
James Watmough,
Department of Mathematics and Statistics,
University of New Brunswick,
email: watmough@unb.ca