Document Actions
Indirect carbon reduction by residential vegetation and planting strategies in Chicago, USA
Reference Type
Journal, Research (Article)
Journal, Research (Article)
This study applied computer simulations to try to quantify the modifying effects of existing vegetation on the indirect reduction of atmospheric carbon for two residential neighborhoods in north-west Chicago. The effects of shading, evapotranspiration, and windspeed reduction were considered... [UMN]
Authors
H.K. Jo, E.G. McPherson
H.K. Jo, E.G. McPherson
Date Published
2001
2001
Journal/Conference
Journal of Environmental Management
Journal of Environmental Management
Publisher
Academic Press
Academic Press
Publisher Location
London ENG (UK)
London ENG (UK)
ISBN/ISSN
0301-4797
0301-4797
Volume
61
61
Number
2
2
Start Page
165
165
End Page
177
177
Sub-Topics
Air Quality/Pollution, Planting, Carbon, Evapotranspiration, Modeling (benefits)
Air Quality/Pollution, Planting, Carbon, Evapotranspiration, Modeling (benefits)
State(s)/Region(s)
Illinois
Illinois
Keywords
Carbon reduction, Computer simulation, Evapotranspiration, Physical Benefits of Urban Forests, Planting strategy, Residential vegetation, Shading, Windspeed reduction
Carbon reduction, Computer simulation, Evapotranspiration, Physical Benefits of Urban Forests, Planting strategy, Residential vegetation, Shading, Windspeed reduction
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UMN
UMN
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