Living Systems

Page 134

■ Volatile Momentary, daily and seasonal cycles of ephemeral forces such as wind, rain, fog, clouds, light, sound, and temperature animate the landscape with a vast array of experiential conditions. These atmospheric phenomena define our immersed experience of a site; yet do so without occupying architectonic space.

At once ordinary, elemental, and volatile, weather phenomena are often the most beguiling and intangible sets of processes within the landscape. Momentary, daily, and seasonal cycles of ephemeral forces such as wind, rain, fog, clouds, light, sound, and temperature animate the landscape with a vast array of experiential conditions. These atmospheric phenomena define our immersed experience of a site; yet do so without occupying architectonic space. Volatile considers the immateriality of atmospheric phenomena and how weather dynamism can be conceived of as a tectonic landscape experience. Volatile questions how substances without form can be technically constructed and specified, and how structures and technologies control, create, and shape such uncontrollable systems to create artificial and choreographed weather. From wind walls to misting pergolas, and from artificial clouds to digitally animated rain, these staged performances are reminders of the processes that order the landscape on a macro scale; they reference larger pervasive patterns that operate globally but activate the immediate site. The selected projects focus on methods that reproduce, describe, and highlight these volatile patterns onsite: to emphasize their multiple phases and their auditory, optical, and kinesthetic properties over time. In this chapter, the choreography of weather brings forth the issue of the spectacle in the landscape. Volatile seeks to stage a poetic performance of sensorial dynamism by reframing and visualizing fleeting and ethereal effects.

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The Weather Garden sets up a stage solely for the atmospheric impressions of rain puddles. The stone surface of the courtyard is modeled to capture rainwater in a pattern of puddles. While the puddles evaporate at different rates, they transform into an animated performance of morphing shapes that reflect the sky’s moving clouds and shifting light. Ned Kahn’s Wind Wall visually registers the extreme complexity and volatility of wind patterns. Despite its ubiquitous presence and our familiarity with the sensorial effects of wind as it whistles, rustles, and blows the leaves on a tree, the actual patterns of turbulence and eddies are often invisible. Composed of grids of thousands of rotating metal squares or pixels that fluctuate in the wind, the facade acts as a canvas for the visualization of the intricate flow patterns, much like a sand dune shaped by the desert wind. In addition, the porous wall serves as an effective shade to filter light transmission and regulate interior climate. Volatile also investigates the issue of the technological/digital sublime and the intersection between media and weather. It explores the methods by which a weather phenomenon is recreated, regulated, monitored, and adjusted to respond to external conditions and program input. Pitterpatterns features a computerized rainfall as a building façade. Traditional landscapes and architectural structures are built to resist and protect against natural elements; here, a weather system is integrated into the building façade. A cantilevered artificial “cloud” defines the threshold experience, but blurs the distinc-


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Sandscape & Illuminating Clay: tangible geo-Spatial analysis

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page 176

TXActive® - Photocatalytic Cement: Self-Cleaning, Smog-eating Concrete

2min
page 171

Data Fountain: Comparative information display

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page 175

BioHaven™ Wild Floating Islands: Floating Habitat

2min
pages 172-173

Naturaire® Systems: indoor air biofilters

1min
page 170

Land Imprinting: re-Vegetating degraded Land

1min
pages 168-169

Controlled Burning: Prescribed Fire

1min
page 165

Bridgestone Rubber Dam: inflatable dams

2min
page 163

Soil Moist, Stockabsorb®, Watersorb®, PetroGuard, Oasis

2min
page 162

Soil Cement: Cement Modified Soils

2min
page 161

EnduraSafe™: recycled rubber Mulch

2min
page 159

Land.Tiles: erosion Control tile System

2min
pages 156-157

SaiCoir Erosion Net, BioNet, Nedia Erosion Control Blankets

2min
page 153

Cornell University (CU)-Structural Soil™ and Amsterdam Tree Sand

1min
page 158

Porous Concrete & Asphalt: Pervious Pavement

2min
page 160

Earth Cinch: biodegradable growth System

2min
page 151

Flexterra® & Soil Guard: Flexible growth Medium (FgM bonded Fiber Matrix (bFM)

2min
page 152

responsive Cloud Machine

3min
pages 136-137

introduction

4min
pages 76-77

introduction

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pages 122-123

Introduction

5min
pages 56-57

Parasitic Vegetal Structure

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pages 34-35

Introduction

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pages 14-15

introduction

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pages 134-135

introduction

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pages 100-101

Introduction

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pages 36-37
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