CITIES AND ACCESSIBILITY: THE POTENTIAL FOR CARBON REDUCTIONS AND THE NEED FOR NATIONAL LEADERSHIP

This article begins by outlining the elements that should be included in the framework for understanding how people interact with their built environments. Part II describes how the framework might be made operational through the use of an emerging technique called land-use transportation scenario planning. Part III assesses how well land-use transportation scenario planning fits within the dictates and limits of U.S. transportation law. The analysis ultimately reveals that it holds substantial promise as a tool that could lead to meaningful cuts in carbon emissions

Phantom German Air Raids on Canada: War Hysteria in Quebec and Ontario during the First World War

In late August of 1914, Canada entered the First World War following the unanimous vote of a special session of Parliament. This event occurred amid great exuberance and unanimity, and was marked by parades, decorations, cheering crowds and patriotic speeches. Canada was situated far from the European front lines, and its distant, vast land mass and cold climate also contributed to a feeling of insulation from attack or invasion. However, despite a general feeling of distance from the war\u27s unfolding events, there was a rapidly growing realization that German sympathizers and enemy agents might pose a more immediate threat

Invisible and Special: young women’s experiences as undergraduate mathematics students

This paper reports on young women students’ participation in their undergraduate mathematics degree programme: their gendered trajectory is characterised in terms of their being both ‘invisible’ in the dominant university mathematics community and yet ‘special’ in their self-conception. It draws on data collected from a three year longitudinal project investigating students’ experiences of undergraduate mathematics at two comparable traditional universities in England. Specifically, students’ narratives are interpreted as providing insights into their defensive investments in their particular ways of participating. An interpretive feminist perspective is used to claim that these young women are involved in the ongoing redefining of the gendering of participation in mathematics, and conveys how they manage to choose mathematics, and achieve in university mathematics, whilst in many respects adhering to everyday views of femininity

Infrared spectroscopy for geologic interpretation of TIMS data

The Portable Field Emission Spectrometer (PFES) was designed to collect meaningful spectra in the field under climatic, thermal, and sky conditions that approximate those at the time of the overflight. The specifications and procedures of PFES are discussed. Laboratory reflectance measurements of rocks and minerals were examined for the purpose of interpreting Thermal Infrared Multispectral Scanner (TIMS) data. The capability is currently being developed to perform direct laboratory measurement of the normal spectral radiance of Earth surface materials at low temperatures (20 to 30 C) at the Jet Propulsion Laboratory

Communicating UAF's Return on Investment in the Computational Sciences

Using graphic design and statistics to analyze and present complex fiscal information in an easily understood format, my research focuses on mastering the dynamic process of communicating scientifi c information. Required for this process is the ability to evaluate the specifi c needs of an organization, to gather requirements, criteria and constraints of the information to be communicated, and to develop expertise using the Excel, Adobe Photoshop, Illustrator, and InDesign software applications. This poster will demonstrate the application of this process using various techniques to visually demonstrate fi scal information to inform and educate University Leadership about resource use at the Arctic Region Supercomputing Center for the 2011 fiscal year

Computer image generation: Reconfigurability as a strategy in high fidelity space applications

The demand for realistic, high fidelity, computer image generation systems to support space simulation is well established. However, as the number and diversity of space applications increase, the complexity and cost of computer image generation systems also increase. One strategy used to harmonize cost with varied requirements is establishment of a reconfigurable image generation system that can be adapted rapidly and easily to meet new and changing requirements. The reconfigurability strategy through the life cycle of system conception, specification, design, implementation, operation, and support for high fidelity computer image generation systems are discussed. The discussion is limited to those issues directly associated with reconfigurability and adaptability of a specialized scene generation system in a multi-faceted space applications environment. Examples and insights gained through the recent development and installation of the Improved Multi-function Scene Generation System at Johnson Space Center, Systems Engineering Simulator are reviewed and compared with current simulator industry practices. The results are clear; the strategy of reconfigurability applied to space simulation requirements provides a viable path to supporting diverse applications with an adaptable computer image generation system