河南信阳索河景观设计丨SWA

Henan xinyang SuoHe landscape

设计方：SWA

位置：河南

分类：滨水

内容：

设计方案

图片来源：SWA

图片：11张

SWA最近完成了一项总体规划长度为36千米的信阳索河

景观设计

，它位于河南信阳市。信阳河处在一个复杂的水路网络中，为信阳市、北京和东南部沿海城市提供便利的水上交通和服务。但这破坏了信阳河流的生态平衡，并成为了一系列市政用水工程达到商业目的的工具。SWA的总体规划意在探索可行的、可持续发展和保持生态平衡的河道走廊。该计划的方法是利用自然结构系统创建一个能够保持的生态系统以及与以往截然不同的发展模式。该设计理念中，以“大自然”作为指导原则，基于对自然系统运作的理解，它的规模和方法比大多数城市的发展规模要大，并且有效。在设计理念中，“大”描述的是完善的连续集成机制系统，比如水文流动工程、娱乐系统和交通运输等；而“自然”则包含了一种建立在自然景观原则上的新的生态方法。SWA的设计理念为整个信阳河流域提供了一种创新的解决方案，利用这个来平衡自然资源，同时带来健康、生态的生活方式。

译者： 饭团小组

SWA recently completed a master plan for a 36 km length of the Xingyang Suo River located in Xinyang, China. Located on a site at the confluence of an elaborate network of waterways, the River has served as a transportation system for the movement of goods, services and people between Xingyang, Beijing and the coastal cities to the Southeast. This has transformed the River to be physically and ecologically compromised. The Xingyang Suo River has become a series of water holding basins engineered to hold water for municipal and commercial purposes. SWA’s master plan explores viable ecological and developmental opportunities along the river corridor. The plan’s approach aims to structure a natural system that can sustain an authentic ecological system while creating a framework for distinct development patterns. The design concept uses ‘big nature’ as its guiding principle and is based on an authentic understanding of how natural systems have operated and continue to work at a scale much larger than most urban cities. Within the concept, ‘big’ describes the mechanism for the integration of robust contiguous systems such as engineered hydrologic flows, pedestrian trails, recreation systems, and transit, while ‘nature’ incorporates a new ecological approach founded on the principles of natural landscapes. SWA’s design concept addresses an entire watershed, provides innovative solutions to balance natural resources while creating opportunities for development, tourism, recreation, and healthy living.

河南信阳索河景观外部图

河南信阳索河景观图解