Analysis on ecological aesthetics based on landsenses ecology – an ancient case of China

ABSTRACT

With the rapid social-economic and science development, and the improvement of people’s cognitive level and demand, it is urgent to further study the relationship between human and ecosystem. Landsenses ecology is a comprehensive discipline, a bridge which links ecosystem services and sustainable development. Based on the analysis of the relationship between the principle of landsenses creation and the ecological aesthetics experience, as well as the practice of Chinese traditional culture, this paper preliminarily presents a framework of applying landsenses ecology to explore ecological aesthetics. The principles of landsenses creation have many manifestation forms similar to Chinese traditional culture. Chinese classical landscape poems is a kind of carriers for ancient Chinese people to present their cultural manifestations with their simple ecological view, which shows their simple ecological thoughts, sustainable development consciousness and corresponding vision at that time. The paper discusses the manifestation forms of Chinese traditional culture, and systematically analyzes the landsense creation ways and the spatiotemporal scales in the two poems, Out of the Great Wall (凉州词in Chinese) and On the Stork Tower (登鹳雀楼in Chinese). These two poems combine the ecosystem elements organically, integrate visual landscape with psychological perceptions, and reflect the ecological aesthetics through the combination of landscape spatiotemporal scales, as well as the interactivity of physical senses and psychological cognitions. The approaches of landsenses ecology can expand the cultural ecosystem service in a spatiotemporal way, and contribute to deeply integrate traditional culture with ecological civilization to promote sustainable development.

KEYWORDS:

• Landsenses ecology
• ecological civilization
• landscape poem
• landsense creation
• sustainable development

Disclosure statement

No potential conflict of interest was reported by the author(s).

Additional information

Funding

This work was supported by the National Natural Science Foundation of China [grant numbers 41971257].