This project aims to operationalize innovative methods for developing cost effective wetland inventories across Alberta by use of numerous sources of remote sensing data, namely light detection and ranging (LiDAR), synthetic aperture Radar (SAR), and optical imagery.
Source rocks are one of most important components of a petroleum system (a source rock, a reservoir rock and a trap) since it is economically irrelevant to exploit a hydrocarbon play without a source. The potentiality of rocks to retain hydrocarbons is defined by their organic contents. The environmental conditions prevailed during the deposition of sediments control the amount of the incorporated organic matter. In general, source rocks are precipitated in highly reducing or anoxic environments and enclose moderate to high organic contents.
‘Mapping for Change’ is a case study of best practices in the use of Geoweb as a mechanism for enhancing informational exchange and collaboration between homelessness stakeholders including non-profits/charities serving the homeless.
The Salish Sea is a temporally and spatially dynamic coastal ocean under strong influence from terrestrial and oceanic inputs, and of major economic importance, due in part to fisheries. The Salish Sea is highly productive, especially from early spring to summer when resident and migratory fish
populations are either spawning or entering. The interannual productivity variability is suggested, among other factors, to contribute to the large variation in the salmon populations in the past 50 years, which have exhibited a general decline in the past decades.
Farmed Atlantic salmon is one of the worlds most valuable and widely traded seafood commodities. It is a significant component of Canadas agrifood sector, and is BCs largest agricultural commodity. It provides much needed employment in rural, remote and sometimes aboriginal communities in BC. However in BC, the sector has been consistently challenged by social license; a constraint that reflects the diverse perspectives about farmed salmon.
Using the case of Chengdu, this research is about neighbourhood redevelopment and residential relocation in post-reform cities of China. In this project, the key process is defined as state-facilitated, new-build gentrification. The thesis attempts to understand why politicaleconomic actors initiate gentrification in the inner city, how consensus building is achieved,
conflicts are mediated, and what are the social outcomes for different social groups.
Cities emit approximately 70% of the greenhouse gas emissions responsible for climate change. It is therefore important to study how urban energy infrastructures can be transformed to lower carbon emissions. But this transformation is not simple for two reasons: (1) it involved variousactors with conflicting interests and visions on what the energy transition should be, and (2) cities are limited in their capacity of actions because of financial constraints and limited institutional powers.
Cycling for transportation increases local economic benefits by: improving the local business environment; reducing commercial vacancies; and increasing sales and employment opportunities (Stabinski, 2009; Walljasper, 2012; Racca and Dhanju, 2006; New York City DOT, 2013). This project will study how targeted interventions to increase cycling for transportation in Scarborough can advance cycling participation, job creation, social inclusion and environmental quality.
This cross-sectoral research project will track the process of supporting four nascent community-based enterprises (CBEs) in indigenous communities in the Bolivian highlands, examining the complex interaction of factors that contribute to successful CBEs.
Four billion species are estimated to have evolved on Earth over the last 3.5 billion years, of which 99% are extinct. The end-Permian extinction is the largest extinction event that resulted in the elimination of 97% of oceanic species. The conditions that led to this devastating event are similar to the environmental changes we are experiencing today, including increasing temperature, ocean acidification and a decrease in ocean circulation. Understanding how marine ecosystems recovered from the end-Permian extinction is vital to future marine conservation efforts.