A Spatial Mechanism Analysis Framework for Applying Hydrological Knowledge to Landscape Architecture Design
With the improvement of hydrological analysis requirements in landscape architecture design,designers often have difficulties in accurate understanding and application when applying hydrological knowledge to design.After introducing the concept of"spatial mechanism"in the research,it is found that clarifying the causal relationship between a specific landscape space(independent variable x)and landscape function(dependent variable y)is the key to solving this problem,and hydrological process analysis based on hydrological knowledge is an effective way to understand this causal relationship.Therefore,the framework of"landscape spatial variables-hydrological element variables-landscape function variables"is constructed.Using this framework,the hydrological knowledge related to river flow rate is translated into space design language,and analyze how the flow velocity of the river interacts with the landscape spatial variables and landscape functional variables of the river corridor,and then the landscape design strategies of river corridors under the guidance of different functional objectives are proposed.Finally,a general way of translating hydrology knowledge into landscape design language and applying it to practice is extracted.
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