边界状态: 重新思考科尼岛的用地结构/edge conditions: rethinking the land use of coney island
合作者/collaborator: constance vale
耶鲁大学设计训练/yale university school of architecture
指导老师/studio critic: jennifer leung
项目要求：科尼岛位于纽约布鲁克林区。由于南边朝向大西洋，每到飓风季节，小岛即面临水生灾害的威胁。该项目要求设计者从功能、建筑、城市基础设施的角度出发，重新思考并设计适合当地的、能抵御自然力量的城市结构。
task: to reform the programatic, architectural, infrastructual, and geographical conditions of coney island, so that it will have the capacity to deal with threats from natural disasters
分析策略：
这个项目运用了人造手段与自然消化相结合的方式来解决科尼岛的漫水问题。本方案提出三种基础建设原型：近海处小岛群落、城市湿地街区、以及垂直自然游乐园。这些原型根据不同自然、功能需求分布在岛上不同区域，达到减缓、抵御、储藏、二次利用多余水体的目的。
approach & objectives:
The project looks at the conditions of Coney Island in particular with potential water-rising threats.
In the proposed plan, the natural and the man-made are constantly superimposing and negotiating with each other, making the built landscape a mechanism that is capable to deal with potential flooding in the future. Across the different zoning areas, a variety of architectual and infastructual strategies were used to catch, channel, or defense against water in correspondence with different programs.
合作者/collaborator: constance vale
耶鲁大学设计训练/yale university school of architecture
指导老师/studio critic: jennifer leung
项目要求：科尼岛位于纽约布鲁克林区。由于南边朝向大西洋，每到飓风季节，小岛即面临水生灾害的威胁。该项目要求设计者从功能、建筑、城市基础设施的角度出发，重新思考并设计适合当地的、能抵御自然力量的城市结构。
task: to reform the programatic, architectural, infrastructual, and geographical conditions of coney island, so that it will have the capacity to deal with threats from natural disasters
分析策略：
这个项目运用了人造手段与自然消化相结合的方式来解决科尼岛的漫水问题。本方案提出三种基础建设原型：近海处小岛群落、城市湿地街区、以及垂直自然游乐园。这些原型根据不同自然、功能需求分布在岛上不同区域，达到减缓、抵御、储藏、二次利用多余水体的目的。
approach & objectives:
The project looks at the conditions of Coney Island in particular with potential water-rising threats.
In the proposed plan, the natural and the man-made are constantly superimposing and negotiating with each other, making the built landscape a mechanism that is capable to deal with potential flooding in the future. Across the different zoning areas, a variety of architectual and infastructual strategies were used to catch, channel, or defense against water in correspondence with different programs.
