Abstract: This talk explores how preservation engineering adapts current buildings to withstand more extreme weather, altered trends in temperature fluctuations and environmental stresses, while also guiding the design of new structures built to endure the increasing impact of climate change. Dr. Daniele Malomo鈥檚 research combines sustainable retrofit and repair methods for existing buildings with climate-adaptive principles in new designs.
Abstract: There is clear evidence that climate change will alter the timing, intensity, and geographic range of infectious disease outbreaks with important implications for public health. Nevertheless, the mechanistic links between climate and infectious disease transmission, particularly for respiratory infections, remain incompletely resolved.
Abstract: Carbon sequestration practices have the dual benefit of replenishing soil organic matter levels while simultaneously mitigating greenhouse gas emissions by capturing and storing carbon in agricultural soils. Despite their potential, these practices are far from being widespread. The first part of the talk will examine how uncertainty and risk play a part in farmer鈥檚 decisions to adopt intercropping, a practice shown to enrich soils and absorb carbon.
Abstract: Climate change has resulted in an increase in the global mean temperature. In recent decades, Canada has seen a rise in the frequency, duration, and intensity of heat waves. In order to provide patient care and health care delivery with broader strategies for mitigating and adapting to rising temperatures, a comprehensive understanding of the wide range of health impacts of extreme heat exposure is crucial.