Advancing lighting for aquaria
In this thesis I will explore the creation of a professionally advanced aquatic lighting fixture that will offer more flexibility than is currently available in the professional aquatic lighting field. I will investigate how the flexible fixture can enhance aquatic microenvironments through applica...
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ndltd-UTEXAS-oai-repositories.lib.utexas.edu-2152-285142015-09-20T17:29:51ZAdvancing lighting for aquariaWittke-Bender, Dawn MarieLightingAquariaIn this thesis I will explore the creation of a professionally advanced aquatic lighting fixture that will offer more flexibility than is currently available in the professional aquatic lighting field. I will investigate how the flexible fixture can enhance aquatic microenvironments through application of a design approach. In this investigation I will focus on the visual composition of light within the aquarium, while providing physiologically supportive light to the living inhabitants of the microenvironment. In order to explore this process I will create a LED aquatic lighting unit that shares many of the properties of a traditional theatrical lighting grid; specifically: flexible positioning, focusability of light sources, color control, and intensity control. I will design and build this flexible unit, and demonstrate its capabilities on a minimum of three contrasting aquatic microenvironments. The project will be displayed in an exhibit within the Winship Theatre building, where the human viewing environment will be designed to provide a soothing light and sound enhanced experience.text2015-02-16T22:52:43Z2014-052014-05-02May 20142015-02-16T22:52:44ZThesisapplication/pdfhttp://hdl.handle.net/2152/28514en |
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Lighting Aquaria Wittke-Bender, Dawn Marie Advancing lighting for aquaria |
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In this thesis I will explore the creation of a professionally advanced aquatic lighting fixture that will offer more flexibility than is currently available in the professional aquatic lighting field. I will investigate how the flexible fixture can enhance aquatic microenvironments through application of a design approach. In this investigation I will focus on the visual composition of light within the aquarium, while providing physiologically supportive light to the living inhabitants of the microenvironment. In order to explore this process I will create a LED aquatic lighting unit that shares many of the properties of a traditional theatrical lighting grid; specifically: flexible positioning, focusability of light sources, color control, and intensity control. I will design and build this flexible unit, and demonstrate its capabilities on a minimum of three contrasting aquatic microenvironments. The project will be displayed in an exhibit within the Winship Theatre building, where the human viewing environment will be designed to provide a soothing light and sound enhanced experience. === text |
author |
Wittke-Bender, Dawn Marie |
author_facet |
Wittke-Bender, Dawn Marie |
author_sort |
Wittke-Bender, Dawn Marie |
title |
Advancing lighting for aquaria |
title_short |
Advancing lighting for aquaria |
title_full |
Advancing lighting for aquaria |
title_fullStr |
Advancing lighting for aquaria |
title_full_unstemmed |
Advancing lighting for aquaria |
title_sort |
advancing lighting for aquaria |
publishDate |
2015 |
url |
http://hdl.handle.net/2152/28514 |
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AT wittkebenderdawnmarie advancinglightingforaquaria |
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