Aesthetic preference is related to organized complexity

Area of Science:

• Environmental Psychology
• Neuroaesthetics
• Architectural Theory

Background:

• Extensive evidence links natural environment exposure to improved mental and physical health.
• Specific geometric properties in natural scenes mediate health benefits and are linked to aesthetic preference.
• These beneficial geometries are also found in pre-modern artificial structures, suggesting an innate human preference.

Purpose of the Study:

• To investigate the visual parameters influencing aesthetic preference for natural and artificial environments.
• To elucidate the role of specific geometric properties, such as natural scaling hierarchies and fractal patterns, in preference formation.
• To explore the connection between aesthetic preference and the health benefits associated with natural environments.

Main Methods:

• A questionnaire-based survey was employed to gather data on aesthetic preferences.
• Participants were shown manipulated Alpine nature scenes, including fractal graphics and pre-modern buildings.
• Image manipulations focused on altering complexity and incorporating specific geometric elements.

Main Results:

• Natural scaling hierarchies were consistently preferred.
• The inclusion of fractal graphics or ornate, non-local pre-modern buildings enhanced preference.
• Environments with these specific visual organizations were preferred over alternatives lacking them.

Conclusions:

• The human perceptive system demonstrates a preference for specific visual organizations found in nature and pre-modern architecture.
• These findings support the hypothesis that aesthetic preference is linked to visual properties beneficial for human well-being.
• The study highlights the importance of understanding visual perception in environmental and architectural design for promoting health and aesthetic appreciation.