Moritz Alexander Schare (author)
Ken Wilkening (Thesis advisor)
University of Northern British Columbia (Degree granting institution)

2012

Master of Arts (MA)

International Studies

Number of pages in document: 170

Greenhouse gas (GHG) emissions from civil aviation contribute to anthropogenic climate change and are expected to increase significantly in the future. GHG emission inventories exist for civil aviation at the global scale but not subnational scale. In this thesis, I present what seems to be the first detailed analysis of the carbon footprint (CF) of civil aviation at a subnational level together with an assessment of what key stakeholders are doing to mitigate their CF. I calculated the CF of civil aviation in British Columbia (BC), Canada, determined what efforts airlines and airports in BC are engaging in to mitigate it, and make recommendations on how to further decrease future GHG emissions. The annual CF of civil aviation in BC that is subject to the BC Carbon Tax is approximately 524,000 tonnes of CO2. Passenger flights account for 197,000 tonnes (38%), airport operations for 148,000 tonnes (28%), and passenger travel to and from airports for 179,000 tonnes (34%). Large airlines and airports, as well as small airlines in southern BC, are generally proactive in reducing their CF, while small airlines in northern BC and small airports are generally not. To further reduce the CF of civil aviation in BC, I recommend a major effort to reduce emissions from passenger travel to/from airports, improved stakeholder cooperation including better technology dissemination, enhanced passenger and employee education and awareness programs, high quality and more transparent offset programs, and incentives by the provincial government for airlines and airports to reduce their CF while remaining economically competitive. --P. ii.

Airports -- Environmental aspects -- British Columbia.
Aeronautics -- Environmental aspects -- British Columbia.
Greenhouse gas mitigation -- British Columbia.

https://doi.org/10.24124/2012/bpgub819

thesis