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The utility of fractal geometry in landscape design
Abstract Natural landscapes possess remarkable regularity in the patterning, sizes, shapes, connectedness, and density of patches. Landscape ecological studies that explore the fractal geometry of nature have found many examples of consistent variation in landscape pattern with scale. Fractal landscape patterns affect the distributions and movements of animals, and therefore may be an important characteristic to include in designed landscapes. A computerized design system enables fractals to be created interactively and automatically overlayed on images or existing maps. The fractal designs are then used in simulations of foraging animals to determine how the new design affects themovements, energetics, and locations of species. The combination of computerized fractal designs and ecological simulation models may enhance both the ecological relevance and aesthetic value of the designed landscape.
The utility of fractal geometry in landscape design
Abstract Natural landscapes possess remarkable regularity in the patterning, sizes, shapes, connectedness, and density of patches. Landscape ecological studies that explore the fractal geometry of nature have found many examples of consistent variation in landscape pattern with scale. Fractal landscape patterns affect the distributions and movements of animals, and therefore may be an important characteristic to include in designed landscapes. A computerized design system enables fractals to be created interactively and automatically overlayed on images or existing maps. The fractal designs are then used in simulations of foraging animals to determine how the new design affects themovements, energetics, and locations of species. The combination of computerized fractal designs and ecological simulation models may enhance both the ecological relevance and aesthetic value of the designed landscape.
The utility of fractal geometry in landscape design
Milne, Bruce T. (author)
Landscape and Urban Planning ; 21 ; 81-90
1990-09-14
10 pages
Article (Journal)
Electronic Resource
English
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