Date of Award
Bachelor of Arts (BA)
Landscape Architecture and Environmental Planning
Dr. Carlos V. Licon
This research project aims to create awareness, among landscape architects, on the importance of ecological design. Bioclimatic knowledge contributes to enhance the coexistence between natural and built environments, resulting in healthy places with high quality of life. The study examines ways of graphically representing climate information, to facilitate the understanding and application of bioclimatic design strategies for human comfort. Cache Valley, Utah is used as an example to demonstrate how extensive data can be represented graphically in a more readable and useful manner for practicing professionals. Temperature, humidity, wind and solar information were analyzed and converted into graphics through methods of bioclimatic analysis. The outcome is a recollection of graphic design guidelines to specific climate conditions, in this case Cache Valley, Utah. The resulting design guidelines will aid professionals to design sensitive spaces that minimize energy consumption while maximizing human comfort.
Reyes Romero, Laura Patricia, "Bioclimatic Design Guidelines: A Valuable Tool for Landscape Architects" (2012). Undergraduate Honors Capstone Projects. 112.
Copyright for this work is retained by the student. If you have any questions regarding the inclusion of this work in the Digital Commons, please email us at .