PhD
ENSC
Past degrees: M.Sc. Energy Trade and Finance, City University, London, UK; B.Tech Petroleum Engineering, Pandit Deendayal Petroleum University, India
Thesis Title: Determining technical and economic feasibility of regional renewable energy production to meet local needs and support net-zero strategies
Supervisor: Dr. Warren Mabee
The relationship between natural resource use and climate change is complex and interdependent. Energy-intensive industrial activities significantly contribute to greenhouse gas (GHG) emissions, which drive climate change. On the other hand, the impacts of climate change, such as more frequent and severe natural disasters and pressing societal demand for climate action, affect the availability and quality of resources and, sometimes, make their extraction and use more difficult and expensive.
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We Are The Land
Honoring Our Relationships
Georgie Horton-Baptiste & James Wilkes
Community Voices for Manoomin, Nogojiwanong
Please join us for the School of Environmental Studies Colloquium on Thursday, March 16th at 2:30 pm in Kinesiology Room 106 featuring Dr. Lin Li, Senior Director of Global Policy and Advocacy with WWF International.
“Food for life”: Andean Growers and Consumers at the Center of Climate Change Mitigation
Abstract:
Dr. Kristen Lowitt is arranging a free public screening and discussion of the film Lake Superior Our Helper: Stories from Batchewanaung Anishinabek Fisheries on Thursday Feb 23 at 6 pm at the Screening Room, 120 Princess St, Kingston.
Title: How do biases in the climate forcing affect land carbon balance projections?
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Dr. Kristen Lowitt in the School of Environmental Studies at ϳԹԴ is currently in search of a Masters student to join an existing research project about resilience and alternative food networks. Click here for more details!
Dr. David McLagan has opened a lecture in his ENSC 480 Wildfire Science and Management course to the public. Please join his guest speakers on the topic: Culture burning and the barriers that remain.
Combining global earth observations and numerical simulations, the successful applicants will explore the sensitivity of terrestrial carbon fluxes to climate extremes. Both projects provide opportunities for developing a wide range of technical skills, such as working on a high-performance computer, processing large data sets, conducting numerical simulations, and carrying out statistical analysis. For complete details click here!
