Planning and design of water-saving green plant landscape under human intervention after a great earthquake

He, Jing

doi:10.1007/s12517-021-08748-y

Cited by 2 publications

References 14 publications

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Landscape evaluation of a residential plant community based on the scenic beauty estimation method

Liu,

Sun,

Ouyang

et al. 2024

Proceedings of the Institution of Civil Engineers - Smart Infra

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In Wenzhou City, located in Zhejiang Province, 100 plant communities were selected as evaluation samples, and the scenic beauty estimation (SBE) method was used to evaluate the degree of beauty. The semantic difference (SD) analysis method was selected to evaluate landscape characteristics. In the SBE method, plant growth, sense of hierarchy, landscape diversity and colour richness were used as the evaluation factors. A total of 140 professional and non-professional groups evaluated the 100 landscape samples. In the SD method, ten adjective pairs were selected as the evaluation criteria for the landscape features in the study. This research indicates that the SBE values of the professional and non-professional groups are strongly correlated. The non-professional group is more volatile and unstable. Professional evaluations of the plant community’s aesthetic value typically include considerations of elements such as plant growth, hierarchy, diversity of landscape and colour richness. In the evaluation of the landscape diversity, hierarchy, colour richness and plant growth, through the SD landscape analysis, the evaluators were able to conduct a correlation analysis of the landscape characteristics and quality of the green plant landscape. This is to find out what landscape features have the most significant impact on landscape quality.

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Landscape evaluation of a residential plant community based on the scenic beauty estimation method

Liu,

Sun,

Ouyang

et al. 2024

Proceedings of the Institution of Civil Engineers - Smart Infra

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Triz Methodology for Design of Water Saving System in a Household Toliet

Sánchez Estrada,

Delgado,

Urbina Perez

2024

Advances in Business Strategy and Competitive Advantage

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Renowned scientists have developed creativity theories, have related different discoveries, and have manipulated creative inventions to apply them; however, results are always questionable. Genrich Altshuler, an expert scholar on patents, created the TRIZ Methodology or Theory of Inventive Problem Solving, (Altshuller & Altov, 1996), which has scientifically proved its scopes, based on the study of more than two million patents in different countries (Shirwaiker & Okudan, 2011). According to Carvalho and Back (2001), the TRIZ methodology is developed from interconnecting different methods and algorithms in order to identify, decompose and solve problems from different areas and applications in an innovative manner. Unmeasurable water usage and waste in cities, due to different companies, the state and population, is increasing day after day. Therefore, this research work has the objective to define design technical-conceptual criteria and usage of technical contradictions established in the TRIZ method in order to promote and facilitate prefiguration of water saving systems.

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Planning and design of water-saving green plant landscape under human intervention after a great earthquake

Cited by 2 publications

References 14 publications

Landscape evaluation of a residential plant community based on the scenic beauty estimation method

Landscape evaluation of a residential plant community based on the scenic beauty estimation method

Triz Methodology for Design of Water Saving System in a Household Toliet

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