Perforated Aluminum Climate Installation Supports Living Plants at New York Botanical Garden

Designboom · · 1 min read · Arts & Design

Read research and analysis on Perforated Aluminum Climate Installation Supports Living Plants at New York Botanical Garden published by ICANEWS, a global research journal for emerging researchers.

Key Takeaways

  • Living plants are supported by the installation.
  • The installation is a mobile climate device.
  • The installation uses perforated aluminum.
  • The installation rethinks the greenhouse as a habitat refuge.

Why This Matters

This installation demonstrates the viability of a mobile, perforated aluminum structure to sustain living plants, offering an alternative model to traditional greenhouses by framing itself as a 'habitat refuge.'

Overview

An installation featuring perforated aluminum functions as a mobile climate device, enabling the growth of living plants. This structure is located at the New York Botanical Garden and is described as reinterpreting the greenhouse as a habitat refuge.

Research Context

The installation addresses the concept of a greenhouse. However, it specifically rethinks this traditional structure by presenting it as a 'habitat refuge.' The material choice of perforated aluminum for the climate device is a key characteristic of this reinterpretation.

Approach

The approach involves the creation of a mobile climate device. This device is constructed from perforated aluminum. Within this installation, living plants are accommodated and supported in a way that suggests the device functions as a 'habitat refuge' rather than a conventional greenhouse.

Findings

  • Living plants are growing on the perforated aluminum climate installation.
  • The installation is a mobile climate device.
  • The design rethinks the greenhouse as a habitat refuge.

Why This Matters

The observed growth of living plants within a perforated aluminum climate installation at the New York Botanical Garden suggests that non-traditional materials and mobile structures can support plant life. This reinterpretation of the greenhouse concept as a 'habitat refuge' indicates a shift in design thinking for controlled plant environments.

Research Information

Institution
Designboom
Original Study
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Source
Designboom

About ICANEWS

ICANEWS is a global research journal for emerging researchers, publishing student and emerging researcher work across all fields.