The Ecological Environment Art Design of Urban Wetland Park: Taking the Landscape Design of Muye Lake Park in Xinxiang City as an Example

Abstract

As an important carrier of human production and life, the quality of the urban ecological environment has the most direct impact on the living conditions of the urban population. The prominence of urban problems has undoubtedly increased people’s desire and pursuit of natural ecology. As a complex with multiple functions and benefits, urban wetlands play a pivotal role in improving the ecological environment of the city. Therefore, this paper starts from the perspective of urban wetland parks and conducts in-depth research on the landscape design of this type of park, which is conducive to the improvement of park landscapes. From the perspective of expert cognition, the evaluation index system of landscape aesthetics of the wetland park around the city is established, the weight of each index is calculated, and then the AHP attribute hierarchy model method is used to construct the evaluation model. Combined with the expert scores of various indicators, we quantitatively evaluate the landscape aesthetics of three representative surrounding wetland parks and draw conclusions. Using the analytic hierarchy process comprehensive index method to calculate the landscape evaluation index layer data, the index score of wetland ecosystem is 84.51, the index layer of wetland landscape quality is 79.17, and the score of wetland aesthetic index layer is 76.97. Based on the analysis and evaluation results, it is concluded that the comprehensive evaluation score of Muye Lake Wetland Park in Xinxiang City is 81.62, which is excellent in the evaluation of water network urban wetland park landscape. The quality of wetland landscape can give full play to the ecological value of wetland and reflect the beauty of wetland.

Implementation of a Comprehensive Eco-Riparian Concept to Landscape Design of Water Source Area in Macari Village, Batu City

“…For groundcover plants, three types of plants can be used to hold up cliffs, namely vetiver grass (Vetiveria Zizanioides), elephant grass (Pennisetum Purpureum), and bamboo (Bambusa sp.). increasing the amount of vegetation in support (Zhang, 2022), where the quality of the wetland landscape can give full play to the wetland's ecological value and reflect the wetland's beauty. The distribution of this vegetation can be seen in Figure 6.…”

“…Strategy and design methods are carried out simultaneously through collaborative activities with the community around the location, as stated (Khatulistiyawati et al, 2021;Maulana et al, 2022), carrying out data collection and analysis techniques, as well as synthesizing the design process as stated (Daisy et al, 2020;Prastiyo et al, 2018). Meanwhile, the design criteria were elaborated based on previous research results (Spieles, 2022;Stentella et al, 2023;Zhang, 2022). Then, for translating the design criteria into a design, the digitization method is used, as was done by (Daisy et al, 2020).…”

“…For example, in several developed countries, water conservation is supported by beautiful landscape designs to increase the use value of the land. Wetland areas can be used as living park areas, so apart from being a conservation area, the area is also a tourist area (Zhang, 2022).…”