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Hydrology / Porous media / Soil physics / Pavements / Sidewalks / Structural Soil / Macropore / Soil compaction / Impervious surface / Construction / Materials science / Architecture


Using Porous Asphalt and CU-Structural Soil® Urban Horticulture Institute Cornell University Department of Horticulture 134A Plant Science Building Ithaca, NY 14853
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Document Date: 2013-06-13 16:20:07

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File Size: 1,39 MB

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City

Chicago / Ithaca / /

Company

CU / Evolution & Natural Resources / /

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Event

Natural Disaster / /

Facility

Cornell University / Urban Horticulture Institute / Plant Science Building Ithaca / Cornell University campus / /

IndustryTerm

conventional paving systems / porous asphalt technology / transportation / on site management / air travel / typical construction site / transplant technologies / under-pavement irrigation systems / /

NaturalFeature

Six Mile Creek / Varies Planting island / /

Organization

Department of Horticulture / Department of Public Works of the City of Ithaca / Department of Ecology / Evolution / & Natural Resources / Rutgers University / Urban Horticulture Institute / Cornell University Department of Horticulture 134A Plant Science Building Ithaca / Department of Landscape Architecture / department of transportation / Cornell University / /

Person

Andy Hillman / Peter Trowbridge / Ted Haffner / Clay Loam Soil Compacted / Jason Grabosky / /

Position

City Forester / /

Product

Forester / /

ProvinceOrState

Illinois / New York / /

Technology

porous asphalt technology / transplant technologies / aeration / /

URL

www.hort.cornell.edu/UHI / /

SocialTag