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Comprehensive Performance Evaluation Framework of Water Landscape with the Orientation of Water Eco-system Service
LIU Jiaju, WANG Zhiyong, WANG Chunlian, WU Shanshan, WANG Yuhong, YANG Pingjian
Acta Scientiarum Naturalium Universitatis Pekinensis    2022, 58 (5): 909-915.   DOI: 10.13209/j.0479-8023.2022.049
Abstract394)   HTML    PDF(pc) (517KB)(166)       Save
The existing landscape performance evaluation research has problems such as the lack of ecological theory support in the evaluation system, the lack of comprehensive performance evaluation of water landscape according to the scale of site design, the completeness of the selection of framework or indicators, and the lack of typicality and availability. Therefore, the authors fully combed the four existing systems of landscape performance evaluation. At the same time, the related theories of water ecosystem services were studied, the types and elements of water ecosystem services were identified, and then the logical relationship between water ecosystem services and landscape performance evaluation were clarified. Based on the water ecosystem service theory, combined with the relevant international landscape performance evaluation system and indicators, the authors built a scientific and operable comprehensive performance evaluation index system for water landscapes, including 5 types of project layers, 10 types of criteria layers and 28 indicators. The relevant results are expected to provide a basis for the 
optimization of design strategies for water landscape designers. 
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Urban River Landscape Planning Based on Landscape Evaluation: A Case Study of Panlong River in Kunming
LIU Jiaju, WANG Yuhong, ZHAO Long, GUO Huaicheng
Acta Scientiarum Naturalium Universitatis Pekinensis    2019, 55 (1): 189-196.   DOI: 10.13209/j.0479-8023.2018.093
Abstract738)   HTML    PDF(pc) (2633KB)(152)       Save

To construct the evaluation index system of urban river landscape, the landscape evaluation of the river is taken as the target level, and the eco-environmental index, social economy and aesthetics are taken as the guideline. Water quality, species diversity, water transparency, flood control, waterscape utilization, landscape accessibility, color beauty, form beauty, and regional culture are used as index layers. Analytic Hierarchy Process (AHP) is used to determine the weight of each indicator layer, and the use of distance index method is used to build the evaluation model. The evaluation model was used to evaluate the landscape of the upper and lower reaches of Panlong River in Kunming. The quantitative evaluation and qualitative evaluation are combined to provide guidance for planning and design of urban river system landscape environment and to build a new model of water restoration planning in order to provide reference for sustainable development.

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