Bardia Heidari
Texas A&M Agrilife Center--DallasUniversity of Illinois
| Subject Areas: | Hydro-Informatics |
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ABSTRACT:
This resource contains a notebook and several supporting files that enable design of green infrastructure in Deadrun5 watershed in Maryland, US.
This notebook is created to compute stormwater volume reduction, stormwater peakflow reduction, nutrient uptake, life cycle cost, and air pollutant uptake resulted from different Green Infrastructure (GI) designs in DeadRun 5 watershed.
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Created: April 24, 2017, 8:24 a.m.
Authors: Bardia Heidari · Lorne Leonard · Lawrence Band · Barbara Minsker
ABSTRACT:
This resource contains a notebook and several supporting files that enable design of green infrastructure in Deadrun5 watershed in Maryland, US.
This notebook is created to compute stormwater volume reduction, stormwater peakflow reduction, nutrient uptake, life cycle cost, and air pollutant uptake resulted from different Green Infrastructure (GI) designs in DeadRun 5 watershed.