微型生物圈户外木亭景观墙

发布于：2023-05-15 13:47:50

Outdoor wooden pavilion wall micro biosphere

分类：园林小品

内容：实景照片

图片：12张

在OFL建筑团队建造的户外木亭墙壁内，“人造环境”的含义真正有所体现。在这个叫做Wunderbugs的空间里，人们可以直观地参观到自然世界。昆虫们在六角形蜂巢生态系统中忙忙碌碌，传感器收集它们的活动轨迹从而编织成数据网。参观者一进入这个空间就会成为这个空间的一部分，设置在结构内的传感器和收音设施将获取人类活动和昆虫活动的互动音轨。该项目在罗马第二届欧洲年度设计创作大赛上问世，于本月早些时间完工。

Wunderbugs的灵感来源于人类探索人与自然之间的关系的愿望。一个包括生物学家、录音师、作曲家和建筑师的团队设计并制造了该项目，它最终通过触觉体验的方法使建筑和有机设计“联姻”。“通过技术发挥，建筑和该场馆的几何构造呈现出一个露天空间，通过配备音响系统将人与自然的声音结合为不可分割的(抽象)关系，体现了和谐世界。”

该项目还包括一系列数控设备和激光切割胶合板，这些设备可自由调整设计，十分灵活、方便安装。92个四面组件组合在一起构成了独特的古罗马风格外观，同时圆形穿孔优化了太阳光射入这个微型生物圈的角度。该场馆配备有用于探测位置、运动、湿度、温度和日照强度的Arduino传感器，每个变化都由程序记录并产生实时数据的音轨。人类和昆虫的图影变化将影响到数据采集，因此通过场馆内的生物运动就可以产生配乐。这样就谱写出了一曲由多种生命形式共同创造的协奏曲，从而体现了建筑与自然环境的和谐。

译者: 柒柒

Within the walls of OFL Architecture‘s open-air wooden pavilion, the term “built environment” truly earns its keep. In Wunderbugs, humans become spectators of the natural world as insects toil away in six spherical ecosystems, and sensors weave movements into a web of data. Upon entering the pavilion, visitors are transformed into components of an interactive soundtrack harvested from the sensors and broadcast in the space, uniting the insect and human experience. The project was conceived for the second annual Maker Faire Europe in Rome, where it was installed earlier this month.

Wunderbugs was inspired by a desire to explore the connection between man and nature. Created by a team comprised of a biologist, a sound engineer, a composer, and an architect, the project culminated in a marriage of architectural and organic design with tactile experience. “By playing with technology, the architecture and pavilion’s geometry create an outdoor room equipped with an audio installation in which the music [is made] through combining nature and [man in] an inseparable (and abstract) relationship with the world’s harmony,” says the brief.

Built of a series of CNC and laser cut plywood panels, the adjustable modular pavilion was designed for flexible installation. Ninety-two four-sided components combine to form the pavilion’s unique ancient Roman-inspired facade, peppered by circular perforations to optimize sunlight for the miniature biospheres. The pavilion is equipped with a series of Arduino sensors to detect location, motion, humidity, temperature, and intensity of sunlight, each programmed to record changes and produce a soundtrack of data in real-time. Changes in human and insect patterns in the pavilion affect the data collected by sensors, therefore aligning the musical soundtrack with the movements of the inhabitants of the space. The resulting work creates a harmony between the built and natural environments, inviting participation from all types of living beings.