The proposed research project will study processes which took place during formation of the copper-silver-gold deposit in the southern part of the Marshall Lake property, western Ontario. The study will focus on deciphering primary and metamorphic mineral assemblages and conditions of their origin. Studying mineral textures and their chemical and isotopic compositions will allow characterization of the processes which formed the deposit, including estimation of temperatures and pressures at which they took place.
Tritium, the only radioactive isotope of hydrogen, is routinely released to the air by nuclear industry. It can later be deposited in soils or taken up by plants, usually in the form of water. Though current levels are not inherently dangerous to humans, understanding how tritium evolves once emitted is critical to generating effective regulatory policies that ensure public safety and support industry.
The Atlantic salmon is unable to regulate its body temperature, and is therefore at risk from the negative effects of climate change. During summer heatwaves when river water exceeds 23°, Atlantic salmon become thermally stressed and move into small cold water patches in order to survive. These patches are known as ‘thermal refugia’ and are thought to be significant in allowing salmon to survive increased water temperatures.
The objectives of the research are to identify and quantify barriers to energy efficiency in Ontario Hospitals, and to identify methods to confront these barriers, focusing largely on the efficacy of revolving funds. Research findings will contribute to improving financing mechanisms for energy efficiency measures to greater mobilize their implementation in Ontario Hospitals.
Municipal sustainability in Canada has been gaining importance in recent years. In order to ensure real progress is made, sustainability assessment must be conducted. Indicators are the recommended measures for sustainability assessment. This research project will create a core set of indicators for use in a sustainable cities index. A set of sustainable best practices will also be compiled to assist in developing benchmarks for use in ranking of sustainable cities.
The economically cost-effective methods of intensive open net-pen farming externalize the costs of waste treatment and clean water supply by drawing these critical ecosystem services from the nearshore marine environment. Salmon farms serve as point sources for organic nutrients (uneaten feed and salmon waste), parasites, and heavy metals. Salmon farms may have impacts on proximal wild species including increases in disease and parasite abundance and chemical and heavy metal contamination.
Successful use of biological control agents for thrips control has been documented in greenhouse vegetables, such as sweet peppers, but thus far has provided inconsistent results for ornamentals. The proposed research will investigate how to improve the performance of the biological control agent - O. insidiosus biocontrol, against western flower thrips through the use of banker plants and adding supplemental food to promote a more sustainable management strategy.
I am a member of the Squamish Nation and my research focuses on restoring an important traditional plant food into the Squamish estuary. The title of my research is "Ecological and Cultural Restoration of an iconic Plant Food (Fritillaria camschatcensis) in the Squamish River Estuary, British Columbia." I will be working with Dr. Nancy Turner and Dr. Trevor Lantz as my co-supervisors at the University of Victoria to undertake this research as part of a larger research project led by Dr.