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Full-Text Articles in Science and Technology Studies
Apparel Fit Evaluations Of 3d Scans Via Eye-Tracking, Lauren Bouvier
Apparel Fit Evaluations Of 3d Scans Via Eye-Tracking, Lauren Bouvier
Apparel Merchandising and Product Development Undergraduate Honors Theses
The primary objective of this study is to identify the differences in apparel fit ratings when represented by a 2D or 3D display in an effort to increase customer satisfaction and reduce the rate of returns, as well as develop an understanding of consumer shopping behavior.
Phase I of data collection involved participants wearing apparel that fit properly and apparel that did not fit properly. 2D images were captured of the front, side, and back, along with 3D body scans for each category of apparel. In phase II of data collection, participants were asked to examine the 2D images and …
How Do Designers Of The Built Environment Attempt To Make Ecological Sustainability Sensory Legible?, Carly L. Bartow
How Do Designers Of The Built Environment Attempt To Make Ecological Sustainability Sensory Legible?, Carly L. Bartow
Architecture Undergraduate Honors Theses
This paper attempts to provide a theoretical framework for making ecosystem function and ecologically sustainable design more perceptible or sensible to people through architecture and the built environment. Design features of the Bertschi School Science Wing and the Bullitt Center in Seattle, Washington are incorporated to illustrate the sensory legibility of ecological sustainability criteria.The criteria are available to designers to help educate a building's occupants on environmentally sustainable design and motivate more sustainable behavior.
The Efficacy Of Thermal Imaging Technology For Documenting American Woodcock On Pine Stands, A. Long, A. Locher
The Efficacy Of Thermal Imaging Technology For Documenting American Woodcock On Pine Stands, A. Long, A. Locher
Journal of the Arkansas Academy of Science
Thermal imaging technology provides a useful tool to understand nocturnal activity of wildlife. We used thermal imaging to document American woodcock use of pine stands in Arkansas. A thermal imaging camera was used along logging roads on sampling dates ranging from December 2009 – February 2010 and in February 2011. We located 4 woodcock in 2010 in 20.27 hours of sampling within all stand types. For 11.55 h we only sampled pine seedling/clearcut stands due to vegetation structure inhibiting our ability to identify woodcock with the camera. In 2011 we found 2 woodcock in 7.42 hours of sampling on pine …