Cooper, Robertson & Partners; Edmund D. Hollander Landscape Architect Design P.C, Michael McCann
Year
2013
Awards
Amagansett Neighborhood Plan
A masterplan proposal for social and ecological resilience
Local collaborated with Cooper, Robertson & Partners to develop a resilient masterplan for an eco-sensitive retirement neighborhood.
Client
Putnam Bridge, LLC
Size
24 acres
Program
Streetscape and Masterplan
Collaborators
Cooper, Robertson & Partners; Edmund D. Hollander Landscape Architect Design P.C, Michael McCann
Year
2013
Awards
The Amagansett community exists on a band of grasslands, between the coastal forests and the upland hardwood forests. The resilient masterplan focuses on energy, water, and local materials to enhance the site’s rich ecology.
The Amagansett community exists on a band of grasslands, between the coastal forests and the upland hardwood forests. The resilient masterplan focuses on energy, water, and local materials to enhance the site’s rich ecology.
The Amagansett community exists on a band of grasslands, between the coastal forests and the upland hardwood forests. The resilient masterplan focuses on energy, water, and local materials to enhance the site’s rich ecology.
The Amagansett community exists on a band of grasslands, between the coastal forests and the upland hardwood forests. The resilient masterplan focuses on energy, water, and local materials to enhance the site’s rich ecology.
Net-zero energy demand is achieved with integrated solar and geothermal energy systems throughout the development.
Net-zero energy demand is achieved with integrated solar and geothermal energy systems throughout the development.
Net-zero energy demand is achieved with integrated solar and geothermal energy systems throughout the development.
Net-zero energy demand is achieved with integrated solar and geothermal energy systems throughout the development.
A combination of green and gray infrastructure is embedded in the streetscape to conserve, harvest and reuse rainwater throughout the community. Stormwater runoff is treated onsite and reused as irrigation, preventing toxic untreated water from harming the nearby coastal environment.
A combination of green and gray infrastructure is embedded in the streetscape to conserve, harvest and reuse rainwater throughout the community. Stormwater runoff is treated onsite and reused as irrigation, preventing toxic untreated water from harming the nearby coastal environment.
A combination of green and gray infrastructure is embedded in the streetscape to conserve, harvest and reuse rainwater throughout the community. Stormwater runoff is treated onsite and reused as irrigation, preventing toxic untreated water from harming the nearby coastal environment.
A combination of green and gray infrastructure is embedded in the streetscape to conserve, harvest and reuse rainwater throughout the community. Stormwater runoff is treated onsite and reused as irrigation, preventing toxic untreated water from harming the nearby coastal environment.
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Cultural resilience is promoted through a focus on decarbonization, walkability and local materials. Car dependency is minimized to promote pedestrian health and safety, while construction prioritizes local lumber.
Cultural resilience is promoted through a focus on decarbonization, walkability and local materials. Car dependency is minimized to promote pedestrian health and safety, while construction prioritizes local lumber.
Cultural resilience is promoted through a focus on decarbonization, walkability and local materials. Car dependency is minimized to promote pedestrian health and safety, while construction prioritizes local lumber.
Cultural resilience is promoted through a focus on decarbonization, walkability and local materials. Car dependency is minimized to promote pedestrian health and safety, while construction prioritizes local lumber.
The design proposes forestation strategies to extend habitat corridors, improving ecological diversity in the region.
The design proposes forestation strategies to extend habitat corridors, improving ecological diversity in the region.
The design proposes forestation strategies to extend habitat corridors, improving ecological diversity in the region.
The design proposes forestation strategies to extend habitat corridors, improving ecological diversity in the region.
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