towards a stream classification system for the canadian prairie provinces
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Towards a Stream Classification System for the Canadian Prairie Provinces. CWRA-CGU National Conference, Banff, Alberta June 5-8, 2012 Greg MacCulloch and Paul Whitfield. Introduction. - PowerPoint PPT PresentationTRANSCRIPT
Towards a Stream Classification System for the Canadian Prairie Provinces
CWRA-CGU National Conference, Banff, Alberta
June 5-8, 2012
Greg MacCulloch and Paul Whitfield
Page 2 –
Introduction
1. A step toward the goal of establishing a classification system for streams that is based on observed variability in flowrates.
2. To gain insight into anticipated stream response that will aid in:– Improved design and operation of hydrometric networks – The prediction of streamflow response at ungauged or
poorly gauged locations.
Page 3 –
Data Set
• Sites on the Canadian Prairies south of 54o N
• Reference Hydrometric Basin Network (RHBN) (Brimley et al., 1999).
The sites that populate this network where chosen to be:– characterized by pristine or stable hydrological conditions, – unaffected by developments within the basin, – and having good quality data for at least 20 years.– continuous record– “having less than 10% of the surface area of the basin modified
in some fashion”– “basins with structures controlling less than 5% of the area of a
basin”– 27 sites met the criteria
Page 4 –
Parameters Reviewed
• Average Annual Yield (mm)
• Range in Annual Yield (mm)
• Ratio Range to Average
• Duration of Peak Yield
• Proportion daily Q to
Annual Total Q:Q>= 0.05%
Q> 1% Annual
Q > 2% Annual
• Proportion of record with completely dry years
• Average March to October zero flow days
• Last Quartile Ratios (monthly)– Avg May to October
– Range May to October
– Non Zero Minimum
– Maximum monthly
Page 5 –
Avg Annual Yield (mm)
0
100
200
300
400
500
600
700
800
900
1000
0 500 1000 1500 2000 2500 3000 3500 4000 4500
Gross Drainage Area (km2)
Ba
sin
Yie
ld (
mm
)
A
B
C
Page 6 –
Avg Annual Yield (mm)
1
10
100
1000
1 10 100 1000 10000
Gross Drainage Area (km2)
Ba
sin
Yie
ld (
mm
)
A
B
C
Page 7 –
Avg Annual Yield (mm)
1
10
100
1000
1 10 100 1000 10000
Gross Drainage Area (km2)
Ba
sin
Yie
ld (
mm
)
A
B
C
Page 8 –
Average Annual Discharge as a Fuction of Gross Drainage Area
y = 20.396x0.8479
R2 = 0.8303
y = 21.282x1.2548
R2 = 0.5842
y = 470.8x1.0448
R2 = 0.9555
1
10
100
1000
10000
100000
1000000
10000000
1 10 100 1000 10000
Gross Drainage Area (km2)
Av
erag
e A
nn
ua
l Dis
char
ge
(dam
3)
A
B
C
Page 9 –
A basic classification for streams on the Canadian Prairies should be separated into two broad categories:
1. Native Prairie Streams: streams that respond to localized water sources i.e., precipitation and snowmelt, proportionally throughout the basin and can be dry from time to time.
2. Exotic Prairie Streams: Streamflow is predominately conveyed from the headwaters and these streams do not experience dry conditions. They respond to localized water sources disproportionally throughout the basin.
Page 10 –
Mass Curve of Seasonal Runoff (mm)
y = 530x
R2 = 0.9984
y = 508x
R2 = 0.9984
y = 521x
R2 = 0.9991
0
10000
20000
30000
40000
50000
60000
0 10 20 30 40 50 60 70 80 90 100
Year of Record
Ac
cum
ula
tin
g R
un
off
(m
m)
Accumulated Runoff (mm) Early Record Late Record
05BB001 - BOW RIVER AT BANFFPeriod of record: 1909-5-25 to 2010-
12-31
Page 11 –
Mass Curve of Seasonal Runoff (mm)
y = 8.19x
R2 = 0.9393
y = 6.96x
R2 = 0.8528
y = 8.18x
R2 = 0.9734
0
100
200
300
400
500
600
0 10 20 30 40 50 60 70 80 90 100
Year of Record
Ac
cum
ula
tin
g R
un
off
(m
m)_
Accumulated Runoff (mm) Early Record Late Record
05NF002 - ANTLER RIVER NEAR MELITALongest Contiguous Period of Record: 1943-2009
Page 12 –
Page 13 –
05NF002 - ANTLER RIVER NEAR MELITA
0
50
100
150
200
Oct Nov Jan Feb Apr Jun Jul Sep
Th
ou
san
ds
Day of Water Year (Oct-Sep)
Ac
cum
ula
tin
g D
aily
Flo
w V
olu
me
-(D
am3)
Daily Range Average Jan Feb Apr Sep Oct
Water Year Accumulating Daily Flow Volumes
Longest Contiguous Period of Record: 1943-2009
Spring Intersect: 30-Mar
Fall Intersect: 12-May
Note 1: No Data for November 1 through January 31
Note 2: Peak Water Year 1975 begins Oct 1975 and ends Sep 1976. Summer of 1976 was and extremely high flow year. This year (Oct 75-Sep 76) shown in red is such a high outlier for the period of record that it matches the range line.
Page 14 –
Monthly Quartiles
0
100
200
300
400
500
600
Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec
Th
ou
san
ds
Month
Mo
nth
ly F
low
(d
am3)
Q4
Q3
Q2
Q1
Q0
05BB001 - BOW RIVER AT BANFFPeriod of record: 1909-5-25 to 2010-12-31
Page 15 –
Monthly Quartiles
0
20
40
60
80
100
120
140
160
180
Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec
Th
ou
san
ds
Month
Mo
nth
ly F
low
(d
am3)
Q4
Q3
Q2
Q1
Q0
05NF002 - ANTLER RIVER NEAR MELITAPeriod of record: 1935-9-1 to 2009-10-31
Page 16 – 33455678888
26273539404251
9495106108112
133140
515540
627698
800808
207209216
876
179174
686969717575
605754
154150147146
846
344344
455
0 250 500 750 1000
05FB002 - IRON CREEK NEAR HARDISTY05HE001 - SNAKEBITE CREEK NEAR BEECHY
05HC005 - ANTELOPE CREEK NEAR CABRI05NF002 - ANTLER RIVER NEAR MELITA
05NF010 - ANTLER RIVER NEAR WAUCHOPE05NF006 - LIGHTNING CREEK NEAR CARNDUFF
05BM014 - WEST ARROWWOOD CREEK NEAR ARROWWOOD05MG004 - OAK RIVER NEAR RIVERS
11AB075 - LYONS CREEK AT INTERNATIONAL BOUNDARY05JB004 - NOTUKEU CREEK ABOVE ADMIRAL RESERVOIR
11AA026 - SAGE CREEK AT Q RANCH NEAR WILDHORSE06AB002 - WOLF RIVER AT OUTLET OF WOLF LAKE
05HA003 - BEAR CREEK NEAR PIAPOT05LJ019 - MINK CREEK NEAR ETHELBERT
05OF014 - SHANNON CREEK NEAR MORRIS05LH005 - WATERHEN RIVER NEAR WATERHEN
05LE011 - MALONECK CREEK NEAR PELLY07JC001 - LAFOND CREEK NEAR RED EARTH CREEK
05OF017 - SOUTH TOBACCO CREEK NEAR MIAMI07OB003 - HAY RIVER NEAR MEANDER RIVER
06CD002 - CHURCHILL RIVER ABOVE OTTER RAPIDS07AH002 - CHRISTMAS CREEK NEAR BLUE RIDGE
05SA002 - BROKENHEAD RIVER NEAR BEAUSEJOUR11AB117 - BATTLE CREEK AT ALBERTA BOUNDARY
05LD003 - OVERFLOWING RIVER NEAR HUDSON BAY05LD001 - OVERFLOWING RIVER AT OVERFLOWING RIVER
05LL027 - PELICAN CREEK SOUTH TRIBUTARY NEAR BIRNIE05LJ005 - OCHRE RIVER AT OCHRE RIVER
07KE001 - BIRCH RIVER BELOW ALICE CREEK07CD001 - CLEARWATER RIVER AT DRAPER
05DE007 - ROSE CREEK NEAR ALDER FLATS05TD001 - GRASS RIVER ABOVE STANDING STONE FALLS
07GG001 - WASKAHIGAN RIVER NEAR THE MOUTH06BD001 - HAULTAIN RIVER ABOVE NORBERT RIVER
05KJ014 - PASQUIA RIVER AT HIGHWAY NO. 907DD002 - RICHARDSON RIVER NEAR THE MOUTH
05TG002 - TAYLOR RIVER NEAR THOMPSON05LG004 - NORTH DUCK RIVER AT COWAN
06DA004 - GEIKIE RIVER BELOW WHEELER RIVER07LE002 - FOND DU LAC RIVER AT OUTLET OF BLACK LAKE
05UH002 - WEIR RIVER ABOVE THE MOUTH06GD001 - SEAL RIVER BELOW GREAT ISLAND
06FB002 - LITTLE BEAVER RIVER NEAR THE MOUTH05AA008 - CROWSNEST RIVER AT FRANK
05BL022 - CATARACT CREEK NEAR FORESTRY ROAD05BA002 - PIPESTONE RIVER NEAR LAKE LOUISE
07AA001 - MIETTE RIVER NEAR JASPER05BB001 - BOW RIVER AT BANFF
05DA010 - SILVERHORN CREEK NEAR THE MOUTH07AA002 - ATHABASCA RIVER NEAR JASPER
05AD005 - BELLY RIVER NEAR MOUNTAIN VIEW05DA007 - MISTAYA RIVER NEAR SASKATCHEWAN
05AD003 - WATERTON RIVER NEAR WATERTON PARK05DA009 - NORTH SASKATCHEWAN RIVER AT WHIRLPOOL
Mean Annual Runoff (mm)
A
B
C
Page 17 –
Stream TypeStation Number Station name
Gross Drainage
Area (km2)
Avg Annual Yield (mm)
Range in Annual Yield (mm)
Ratio Range to Average
Avg Number Days/yr with flow
>2.0% of
annual total
% zero flow for 244 day season
Maximum Monthly Last Quartile Ratio
A 05AD003 WATERTON RIVER NEAR WATERTON PARK 613 913 977 1.1 1 0% 2
A 05DA009 NORTH SASKATCHEWAN RIVER AT WHIRLPOOL POINT 1920 864 381 0.4 0 0% 2
A 05AD005 BELLY RIVER NEAR MOUNTAIN VIEW 319 849 903 1.1 1 0% 3
A 05DA007 MISTAYA RIVER NEAR SASKATCHEWAN CROSSING 248 801 286 0.4 0 0% 2
A 07AA002 ATHABASCA RIVER NEAR JASPER 3870 694 342 0.5 0 0% 3
A 05DA010 SILVERHORN CREEK NEAR THE MOUTH 21 635 488 0.8 3 0% 2
C 05BM014 WEST ARROWWOOD CREEK NEAR ARROWWOOD 777 9 40 4.4 10 24% 77
C 05NF006 LIGHTNING CREEK NEAR CARNDUFF 748 8 68 8.5 6 48% 922
C 05NF002 ANTLER RIVER NEAR MELITA 3220 7 58 8.3 11 42% 95
C 05HC005 ANTELOPE CREEK NEAR CABRI 244 5 29 5.8 7 87% 511
C 05FB002 IRON CREEK NEAR HARDISTY 3500 4 30 7.5 11 5% 78
C 05HE001 SNAKEBITE CREEK NEAR BEECHY 861 4 14 3.5 10 42% 386
Page 18 –
Conclusions
• It is likely that there are distinct classes of streams.
• Stream Characteristics can be distinguished from HYDAT data set– Average Annual Yield (mm) 6 vs. 800
– Ratio of Range in Yield to Average 6 vs. 1
– Average number of days per year with flow >2% 6 vs. 1
– Maximum Monthly LQR 500 vs. 2
• A reference network is a very important asset and needs to be maintained.
• A review of operation of the existing Prairie RHBN is warranted.