Council archive · source document
Referenced Document - REC13/0015
Very large file (27.0 MB): the whole original can take several minutes to open, especially on a phone. Text is quick to read.
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DESCRIPTION
Lake Macdonald Drive Stige 1 (4lots)
=-~"""e=:=-
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VersionNumber
200 (MUSICSetup File version number)
Meteoro&ogicalTemptate
(MlB Filename)
Cooroy
m..-=-.a.z=~_~e...,.. -==--:::ZTm..-.:zs=~:I:=.a.=.m..~
Node Type
UrbanSourceNode UrbanSourceNode Urban50urceNode
Node Name
(NodeType)
Roadways lot 17 to 20 Roof Area
-
lot 17 t020 Yard
-
(Node Name)
Node 10
1 3 5 (Node10)
Coordinates
-17.6854585049689:69.068548329 -418.835305397327:-5.992232097 -184.758742922395:61.12064704
General-location
(CoordinatesHIX:y])
Roadways Lot 17 to 20 Roof Area
-
Lot 17 t020 Yard
-
General. Notes
General- Fluxes Daily -
General- Fluxes -
Sul>-Daily
Areas -
Total Area (ha)
0.125 0.08 0.167 (ha)
Areas -Impervious (")
90 100 30 (%)
Areas -
Pervious (")
10 o 70 (%)
RainfalHlunoff -Impervious Area -
Rainfall Threshold (mm/day) 1 1 1 (mm/day)
Rainfall-Runoff Pervious Area Soil Storage Capacity (mm)
- -
500 500 500 (mm)
Rainfall-Runoff -
Pervious Area -Inltiol Storage ("of Capacity)
50 50 SO (%of Capacity)
Rainfall-Runoff - Pervious Area - Field Capacity (mm)
200 200 200 (mm)
Rainfall-Runoff Pervious Area -Infikratlon Capacity CoeffICient
-
a
-
211 211 211
Ralnfal~Runoff Pervious Area -Infikratlon Capacity Exponent b
-
-
5 5
Rainfall-Runoff Groundwater Properties -Inkiol Depth (mm)
-
50 50 50 (mm)
Rainfall-Runoff Groundwater Properties
- -
Daily Rocha..e Rate (%) 28 28 28 (%)
Rainfall-Runoff Groundwater Properties
-
-
Daily Baseflow Rate (%) 27 27 27 (%)
RainfalHlunoff Groundwater Properties
-
-
Dally ep Seepage Rate (%)
,
0 o o (%)
Total Suspended Solids -
Ba.. Flow Concentratioo -
Mean (log mill) 1 o 1 (log mill)
Total Suspended Solids -
Base Flow Concentration - Std De.(log mill) 0.34 o 0.34 (log mill)
Total Suspended Solids -
Ba.. Flow Concentration -
Estimation Method
1 (Index from 0to 1 for "Mean" I "Stochastically ,enerated")
Total Suspended Solids -
Base Flow Concentration -
Sertal Correlation (R squared)’ 0 o o {R squared)
Total Suspended Solids -
Storm Flow Concentration -
Mean (log mill) 2.43 1.3 2.18 (log mill)
Total Suspended Solids Storm Flow Concentration
-
-
Std Dev (log mill)
,
0.39 0.39 0.39 (10,mill)
Total Suspended Solids Storm Flow Concentration
- -
Estimation Method 1 1 1 (Index from 0to 1 for "Mean" I "Stochastically ,en.rated")
Total Suspended Solids -
Storm Flow Concentration -
SeriolCorrelation (R squared) 0 o o (R squared)
Total Phosphorus Base Flow Concentration
-
-
Mean (log mill) -0.97 o -0.97 (log mg/l)
Total Phosphorus Base Flow Concentration Std Dev (log mill)
-
-
0.31 o 0.31 (log mg/l)
Total Phosphorus - Base Flow Concentration- Estimation Method
1 {Index from 0to 1 for "Mean" I "Stochastlcally,enerated")
Total Phosphorus Base Flow Concentration
-
-
Serial Correlation (R squared) 0 o o (R squared)
Total Phosphorus Storm Flow Concentration
-
-
Mean (log mill) -0.3 -0.89 -0.47 (log mg!l)
Total Phosphorus Storm Flow Concentration
-
-
Std Oev (log mill) 0.31 0.31 0.31 (log mg!l)
Total Phosphorus Storm Flow Concentration
-
-
Estimation Method 1 1, 1 {Index from 0to 1 for "Mean" I "5tochastically,enorated")
Total Phosphorus Storm Flow Concentration Serial Correlation (R squared)
- -
0 o o (Rsquared)
Total Nitrogen - Base Flow Concentration -
Mean (log mill) 0.2 o 0.2 (la,mill)
Total Nitrogen -
Base Flow Concentration - Std Dev (10,mill) 0.2 o 0.2 (10’mill)
Total Nitrogen -
Base Flow Concentration -
Estimation Method 1 1 (Index from 0to 1 for "Mean" I "Stochastically ,enerated")
Total Nkrogen -
Base Flow Concentration -
Sertal Correlation (R squared) 0 o o (R squared)
Total NHro,en - Storm Flow Concentration -
Mean (log mill) 0.26 0.26 0.26 (log mill)
Total Nkrogen -
Storm Flow Concentration -
Std Dev (log mill) 0.23 0.23 0.23 {log mill)
Total Nitroaen -
Storm Flow Concentration -
Estimation Method 1 1 (Index from 0to 1 for "Moan" I "Stochastically,enerated")
Total Nkrogen -
Storm Flow Concentration -
Serial Correlation (R squared) 0 o o {R squared)
Node Type BioRetentionNodeV4 (NodeType)
Node Name Bioretention Basin {Node Name}
Node 10 6 (Node10)
Coordinates 135.250855692521:-221.02984849 (CoordinatesHIX:y])
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