The Central Park Observation Tower Concept is Crafted from Timber
Michael Hemsworth — December 20, 2018 — Eco
References: d-f-a & yankodesign
The conceptual Central Park Observation Tower has been designed by DFA as a structure for New York City that would offer inhabitants and visitors alike a spot to admire the cityscape, while also offering ecological benefits.
The tower is constructed with Glulam (glue-laminated timber) technology, which works to increase the ecological nature of the building by requiring one-third the energy and less than a tenth of fossil fuels when compared to steel. The tower would sit on the Jacqueline Kennedy Onassis Reservoir where it would help to purify the body of water to make it suitable for swimming, sailing and other water sports.
The conceptual Central Park Observation Tower identifies the shift towards biophilic architecture designs as urban metropolises grow to require more ecological support.
The tower is constructed with Glulam (glue-laminated timber) technology, which works to increase the ecological nature of the building by requiring one-third the energy and less than a tenth of fossil fuels when compared to steel. The tower would sit on the Jacqueline Kennedy Onassis Reservoir where it would help to purify the body of water to make it suitable for swimming, sailing and other water sports.
The conceptual Central Park Observation Tower identifies the shift towards biophilic architecture designs as urban metropolises grow to require more ecological support.
Trend Themes
1. Biophilic Architecture Designs - Opportunity for architects and designers to incorporate nature-inspired elements into urban structures, promoting ecological support and well-being.
2. Glulam Technology - Innovative construction method that utilizes glue-laminated timber, providing energy-efficient and environmentally-friendly alternatives to traditional building materials.
3. Urban Ecological Support - Growing need for structures and systems that promote environmental sustainability and enhance the ecological well-being of cities.
Industry Implications
1. Architecture - Architecture firms and professionals can explore biophilic design principles and incorporate sustainable materials like Glulam to create eco-friendly structures.
2. Construction - Construction companies can adopt Glulam technology to reduce carbon footprint and offer energy-efficient building solutions.
3. Urban Planning - Urban planners can focus on integrating ecological support systems into city infrastructure to enhance the well-being of urban environments.
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