|Faculty:||McGill School of Environment|
|Field of Study:||
Natural Resources/Conservation, General
|Description:||This domain links the academic study of biological diversity with the applied field of conservation biology. The study of biological diversity, or "biodiversity," lies at the intersection of evolution with ecology and genetics, combining the subdisciplines of evolutionary ecology, evolutionary genetics, and ecological genetics. It has two main branches: the creation of diversity and the maintenance of diversity. Both processes are governed by a general mechanism of selection acting over different scales of space and time. This gives rise to a distinctive set of principles and generalizations that regulate rates of diversification and levels of diversity, as well as the abundance or rarity of different species. Conservation biology constitutes the application of these principles in the relevant social and economic context to the management of natural systems, with the object of preventing the extinction of rare species and maintaining the diversity of communities. As the impact of industrialization and population growth on natural systems has become more severe, conservation has emerged as an important area of practical endeavour.
|Website:||Environment: Biodiversity and Conservation Domain (B.Sc.) at McGill University|
|Cost per year:||
These courses are intended as guidelines. Speak to your guidance counsellor to see what courses are offered at your school.
Applicants must have Biology - NYA (OOUK), Chemistry - NYA, NYB (OOUL, OOUM), Mathematics - NYA, NYB, NYC (OOUN, OOUP, OOUQ), and Physics - NYA, NYB, NYC (OOUR, OOUS, OOUT).
* We make every attempt to provide accurate information on prerequisites, programs, and tuition. However, this information is subject to change without notice and we highly recommend that you contact the school to confirm important information before applying.
Modified on July 30, 2014