No description available.

No description available.

No description available.

Climate disasters are on the rise, with devastating effects on communities around the globe. Scientists have provided evidence that severe weather events due to climate change will continue to increase in frequency and severity. Extreme weather events are often referred to as the great equalizers, disregarding the socioeconomic status and race of those affected during widespread destruction. However, the literature suggests that people of color are disproportionately exposed to and affected by climate change and extreme weather events. In this study, I examine how exposure to extreme weather events will influence climate change policy support amongst different races. I argue that people of color will support climate change policy more than white people. I run regression models using data from Collaborative Multiracial Post-Election Survey and National Centers for Environmental Information. I do not find support for my hypothesis, but I do find that among the Black population, climate change policy support increases as respondents get older.

The design and life cycle cost of commercially available data communication networks for the Federal Aviation Administration’s Weather Message Switching Center Replacement (WMSCR) were analyzed. Only existing commercial networks large enough to handle the WMSCR traffic load were considered. The recommendation is to proceed into a full and open competitive government procurement. In a competitive environment, this type of procurement will allow the government to receive the lowest possible life cycle cost. A description of the existing system, the end-state system, the interim network design, the commercial networks analyzed, and their associated life cycle costs are included. / Master of Science / incomplete_metadata

This dissertation traces three ethical dimensions, or values, of weather warnings in the National Weather Service (NWS): an ethic of accuracy, and ethic of care, and an ethic of resilience. Each appear in forecaster work but are not equally visible in the identity of a forecaster as scientific expert. Thus, I propose that the NWS should consider rethinking its science through its relationship to multiple publics, creating what Sandra Harding calls "strong objectivity." To this end, I offer the concept of empathic accuracy as an ethic that reflects the interrelatedness of precision and care that already attend to forecasting work. First, I offer a genealogy of the ethic of accuracy as forecasters see it. Beginning in the 1960s, operational meteorologists mounted an ethic of accuracy through the "man-machine mix," a concept that pointed to an identity of the forecasting scientist that required a demarcation between humans and technologies. It is continually troubled by the growing power of computer models to make predictions. Second, I provide an ethnographic account of the concern expressed by forecasters for their publics. I do so to demonstrate how an ethic of care exists alongside accuracy in their forecasting science, especially during times of crisis. I recreate the concern for others that their labor performs. It is an account that values emotion and is sensitive to context, showing what Virginia Held calls "the self-and-other together" that partially constitutes a forecaster identity. Third, I critique the NWS Weather Ready Nation Roadmap and its emphasis on developing in the public an ethic of resilience. I argue that, as currently framed, this ethic and its instantiation in the initiative Impact Based Decision Support Services narrowly defines community to such an extent that it disappears the public. However, it also reveals other valences of resilience that have the potential to open up a space for an empathetic accuracy. Finally, I close with a co-authored article that explores my own commitment to an ethic of relationality in disaster work and the compromises that create tension in me as a scholar and critical participant in the weather community. / Ph. D.

Canada is one of the wealthiest and most technologically advanced countries in the world. Yet, it fails to maintain an effective and comprehensive system for responding to weather-related hazards. The adverse socio-economic impacts of extreme weather are sufficiently serious to make climate change a threat to humanity. Weather events have lingering effects on peoples’ financial stability, particularly in low-income households. The goal of this thesis is to illuminate the nature of the legal, economic and social challenges posed by extreme weather. Thus, I present a comprehensive study of the Canadian institutional responses to these disasters. / Graduate

No description available.

No description available.

No description available.