An evaluation of applying existing bioretention sizing methods to cold climates with snow storage conditions
TM Muthanna, M Viklander… - Water Science and …, 2007 - iwaponline.com
Eight of the current sizing and design methods proposed for bioretention facilities were
evaluated for rainfall runoff and snow storage volumes for a costal cold climate in
Trondheim, Norway. The RECARGA bioretention infiltration model was used to compare the
performance of the methods using 30 months of observed data from a pilot scale
bioretention box. The surface areas, total ponding time, number and duration of overflow
events, and snow storage volumes were compared. It was found that even in a costal cold …
evaluated for rainfall runoff and snow storage volumes for a costal cold climate in
Trondheim, Norway. The RECARGA bioretention infiltration model was used to compare the
performance of the methods using 30 months of observed data from a pilot scale
bioretention box. The surface areas, total ponding time, number and duration of overflow
events, and snow storage volumes were compared. It was found that even in a costal cold …
[PDF][PDF] An evaluation of applying existing bioretention sizing methods to cold climates with snow storage conditions
S Thorolfsson, T Muthanna, M Viklander - NOVATECH 2007-6ème …, 2007 - hal.science
Eight of the current sizing and design methods proposed for bioretention facilities were
evaluated for rainfall runoff and snow storage volumes for a costal cold climate in
Trondheim, Norway. The RECARGA bioretention infiltration model was used to compare the
performance of the methods using 10 months of observed data from a pilot scale
bioretention box. The surface areas, total ponding time, number and duration of overflow
events, and snow storage volumes were compared. It was found that even in a costal cold …
evaluated for rainfall runoff and snow storage volumes for a costal cold climate in
Trondheim, Norway. The RECARGA bioretention infiltration model was used to compare the
performance of the methods using 10 months of observed data from a pilot scale
bioretention box. The surface areas, total ponding time, number and duration of overflow
events, and snow storage volumes were compared. It was found that even in a costal cold …
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