6 research outputs found

    (Re)Searching for Social Justice

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    Emma Feltes (Anthropology) works in partnership with Indigenous activists to delve into the history of the "Constitution Express"—a movement in the 1980s to assert Indigenous rights, nationhood, and self-determination during the patriation of Canada’s Constitution— with a view to inform our relations today. Jocelyn Fraser (Mining Engineering) focuses on social risk and social responsibility in the international mining sector with a particular focus in Arequipa, Peru, where she investigates ways how mining companies can collaborate with communities to deliver tangible social benefits. Maggie Low (IRES) collaborates with the Heiltsuk Nation in Bella Bella, BC, to investigate the implementation of a large scale land use agreement between Coastal First Nations and the BC government, as well the implications of the agreement for Indigenous well-being and governance. Kyle Loewen (Geography) partners with labour communities in the US who are employed in "last-mile" delivery—the distance between retailer warehouses and a consumer's home—to address labour-related issues and improve working conditions in this sector. Jeremy Stone (Planning) collaborates with urban community organisations in Vancouver and New Orleans to explore gentrification practices in these cities from a multidisciplinary perspective, and seeks to increase the resilience of neighborhoods in the face of catastrophic change. Yemi Adeyeye (Forestry) collaborates with Natura Foundation Bolivia to explore the issues of participation, knowledge production and roles of different actors in the development of an indigenous-driven environmental intervention in Bolivia. Alicia Luedke (Political Science) investigates the impact of global policies seeking to prevent and prohibit the use of sexual violence in war on armed group practices of rape and other-related offenses in conflict situations. Sarah Fessenden (Anthropology) teams up with "Food Not Bombs" activists to understand and address commercial food-waste in the face of hunger; she works closely with donors and anti-hunger activists to find empowering ways of getting otherwise wasted food to people in need.Applied Science, Faculty ofArts, Faculty ofForestry, Faculty ofScience, Faculty ofAnthropology, Department ofCommunity and Regional Planning (SCARP), School ofGeography, Department ofMining Engineering, Keevil Institute ofPolitical Science, Department ofResources, Environment and Sustainability (IRES), Institute forUnreviewedPostdoctora

    Rethinking communication in risk interpretation and action

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    Communication is fundamental to the transfer of information between individuals, agencies and organizations, and therefore, it is crucial to planning and decision-making particularly in cases of uncertainty and risk. This paper brings forth some critical aspects of communication that need to be acknowledged and considered while managing risks. Most of the previous studies and theories on natural hazards and disaster management have limited perspective on communication, and hence, its implication is limited to awareness, warnings and emergency response to some selected events. This paper exposes the role of communication as a moderator of not just risk interpretation and action but also various factors responsible for shaping overall response, such as individual decision-making under uncertainty, heuristics, past experiences, learning, trust, complexity, scale and the social context. It suggests that communication is a process that influences decision-making in multiple ways, and therefore, it plays a critical role in shaping local responses to various risks. It opens up the scope for using communication beyond its current use as a tool to manage emergency situations. An in-depth understanding of ongoing communication and its implications can help to plan risk management more effectively over time rather than as a short-term response

    Energy levels of Z = 11−21 nuclei (IV)

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    Compilation of experimentally determined properties of energy levels of Z = 11−21 nuclei with special emphasis on nuclear spectroscopy

    Energy levels of Z = 11−21 nuclei (IV)

    No full text
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