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Earth and Environmental Sciences

Research Focus

Isotope GeochemistryIsotope Geochemistry
Isotope Geochemistry
HydrogeologyHydrogeology
Hydrogeology
PaleobiologyPaleobiology
Paleobiology
BiogeochemistryBiogeochemistry
Biogeochemistry
Coastal GeomorphologyCoastal Geomorphology
Coastal Geomorphology
Trophic EcologyTrophic Ecology
Trophic Ecology
Environmental chemistryEnvironmental Chemistry
Environmental Chemistry
Soil and Water ConservationSoil & Water Conservation
Soil & Water Conservation
Fluid InclusionsFluid Inclusions
Fluid Inclusions
Geospatial Information TechnologyGeospatial Information
Geospatial Information

Why Study Environmental Science?

An education in Environmental Science provides students with an understanding of Earth's living and physical environment, processes that operate within the environment, as well as the nature and mitigation of human impact on the environment.  Through the application of scientific tools and principles, environmental science addresses a variety of issues related to our everyday needs and the environment in which we live from local to global scales.

Environmental Science is unique amongst the sciences through the application of all scienctific tools to the natural world furthering our understanding of the environment.  If you wish, you can specialize in a variety of concentrations through the application of the scientific tools of geology, geography, chemistry, biology or physics.

Field work, an essential facet of the study of Environmental Science, is part of the EES curriculum from second year onward.  Labs provide hands-on experience and many courses offered include a lab component from 1st year on.  An Environmental Science degree provides the appropriate background training for professional schools, including law, medicine and business administration (MBA program), as well as those who wish to pursue studies at the graduate level.