RESIDENSITY: A Carbon Analysis of Residential Typologies
RESIDENSITY: A Carbon Analysis of Residential Typologies is the culmination of a seven-year study analyzing nine building typologies to understand the relationships between building densities and the amount of land and infrastructure required to support them.
The book investigates how much embodied and consumed carbon is used in each typology and how it affects density and open space from the viewpoint of sustainability, carbon emissions, and carbon sequestration. The study determines which building typology is the most sustainable on a comparative basis. Nine prototypical buildings were designed—Megatall, Supertall, High-Rise, Mid-Rise, Low-rise, Courtyard, Three-Flat, Urban Single-Family, and Suburban Single-Family — set within nine prototypical communities. The study designates an archetypal residential community of 2,000 units with an average unit size of 150 sm as a reasonable and representative cross section of different housing typologies.
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The book investigates how much embodied and consumed carbon is used in each typology and how it affects density and open space from the viewpoint of sustainability, carbon emissions, and carbon sequestration. The study determines which building typology is the most sustainable on a comparative basis. Nine prototypical buildings were designed—Megatall, Supertall, High-Rise, Mid-Rise, Low-rise, Courtyard, Three-Flat, Urban Single-Family, and Suburban Single-Family — set within nine prototypical communities. The study designates an archetypal residential community of 2,000 units with an average unit size of 150 sm as a reasonable and representative cross section of different housing typologies.
RESIDENSITY: A Carbon Analysis of Residential Typologies
RESIDENSITY: A Carbon Analysis of Residential Typologies is the culmination of a seven-year study analyzing nine building typologies to understand the relationships between building densities and the amount of land and infrastructure required to support them.
The book investigates how much embodied and consumed carbon is used in each typology and how it affects density and open space from the viewpoint of sustainability, carbon emissions, and carbon sequestration. The study determines which building typology is the most sustainable on a comparative basis. Nine prototypical buildings were designed—Megatall, Supertall, High-Rise, Mid-Rise, Low-rise, Courtyard, Three-Flat, Urban Single-Family, and Suburban Single-Family — set within nine prototypical communities. The study designates an archetypal residential community of 2,000 units with an average unit size of 150 sm as a reasonable and representative cross section of different housing typologies.
The book investigates how much embodied and consumed carbon is used in each typology and how it affects density and open space from the viewpoint of sustainability, carbon emissions, and carbon sequestration. The study determines which building typology is the most sustainable on a comparative basis. Nine prototypical buildings were designed—Megatall, Supertall, High-Rise, Mid-Rise, Low-rise, Courtyard, Three-Flat, Urban Single-Family, and Suburban Single-Family — set within nine prototypical communities. The study designates an archetypal residential community of 2,000 units with an average unit size of 150 sm as a reasonable and representative cross section of different housing typologies.
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RESIDENSITY: A Carbon Analysis of Residential Typologies
188
RESIDENSITY: A Carbon Analysis of Residential Typologies
188Paperback
$35.00
35.0
In Stock
Product Details
ISBN-13: | 9781954081390 |
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Publisher: | ORO Editions |
Publication date: | 04/19/2022 |
Pages: | 188 |
Product dimensions: | 9.25(w) x 9.25(h) x (d) |
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