Abstract
The object of this research is to experiment with organically composing the growth structures of several molds and bacterias in a petri dish with the intent of creating a visually appealing array of living textures, shapes, and colors that will be photographically documented. Through the cultivation of these organisms, the outcome of my research reveals the connection between what mankind considers “fine art” and biology. All forms of life on Earth bear a unique expression ranging from coloration to sound. Since biology is defined as the study of living organisms and art is defined as the study of expression, it only makes sense that living organisms can be considered art. Through continuous microbial sampling, Petri dish cultivation, and curation at my scientific and artistic discretion, I created a stimulating assemblage of compositional elements. This research falls into the category of bio-art, an art practice beginning in the twentieth century, where humans work with live tissues, bacteria, living organisms, and life processes to create art. Bio-artists use scientific processes for their artwork, such as genetic engineering, tissue culture, and cloning. Microbial artwork, a subgenre of bio-art, is the practice of culturing microorganisms in certain patterns. This research envelopes the idea of interdisciplinary connections because the results are indicative that living organisms can be viewed as a tool to create art when the proper knowledge is applied.
Presenters
Grace Mc Intyre WillisStudent, Fine Arts, University of West Florida, Florida, United States
Details
Presentation Type
Theme
New Media, Technology and the Arts
KEYWORDS
Biology, Art, Interdisciplinary
