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Section 1: Site Overview
Research Site Name
Peyto Glacier Research Site #1
Research Site ID #
Catchment Name
Peyto Glacier (COPE)
Primary Contacts
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John Pomeroy | Primary Contact | |
Site Location
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Coordinate Format
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Latitude
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Longitude
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Degrees Minutes Seconds
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See catchment
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Decimal Degrees
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Elevation
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Minimum
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Maximum
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See catchment
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Additional Features of this Site
Additional Information (notes, web addresses, etc.)
Section 3: Forcing Data
Standard Forcing Variables
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Forcing Variable
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Instrumentation Description
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Temporal Resolution
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T
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Vaisala, Rotronic HC2-S3, Yellow Springs Instruments thermistor, Lambrecht 252 thermohygrograph, Canadian Meteorological Service max. and min. thermometers
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RH
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Vaisala, Rotronic HC2-S3, Yellow Springs Instruments thermistor, Lambrecht 252 thermohygrograph, Canadian Meteorological Service max. and min. thermometers
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K in
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Kipp&Zonen, Canadian Meteorological Service 6/11 pyranometer, Belfort 5-3850 pygranograph
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K out
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Kipp&Zonen
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L in
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Kipp&Zonen, Epply PIR pyrgeometer
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L out
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Kipp&Zonen
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Net Radiometer
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Kipp&Zonen
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Wind Speed
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RM Young 05103AP-10, RM Young anemometer & vane, MK II totalizing anemometer
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Wind Direction
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RM Young 05103AP-10, RM Young anemometer & vane, MK II totalizing anemometer
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Precipitation
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Ott Pluvio gauge with alter shield (Bow Summit station from Alberta Environment and Parks), Geonor T200B gauge with alter shield, Hydrological Services TB4 tippring-bucket rain gauge, Canadian Meteorological Service tipping bucket rain gauge
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Pressure
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Vaisala CS106 barometric pressure sensor
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Additional Forcing Variables
Additional Forcing Variable Information
One main automatic weather station from IHD during 1965-1974 and recent from 1987-2018 and 2013-present, several CryoNet on-ice stations measuring Air t, RH, wind speed, soil/snow/firn/ice t, snow depth, shortwave radiation
Section 4: Hydrological Instrumentation
Standard Hydrological Instrumentation (including sensor name and model)
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Hydrological Variable
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Instrumentation Description
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Temporal Resolution
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Water Level
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Stevens A-35 water-level recorder seasonal measurement (June-Sept) during 1967-1977, CS SR50A ranger seasonal measurement (June-Sept) during 2013-present
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Discharge Method
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Basin discharge measured at gauge (05DA008) maintained by Water Survey of Canada during 1967-1977; a new hydrometric station at "Lake Munro" outlet, about 1.5km upstream to gauge 05DA008, estabilished and maintained by Usask staff from 2013 to present. Discharge estimated from water level - discharge rating curve based on measured discharge by salt dilution (Fathom Scientific AutoSalt) method or Sontek Flowtrack
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Water Temperature
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Isotope Types (e.g., O18, D, T)
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Water Conductivity
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Turbidity
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Sediment Load (Gravels)
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Water Sampling Hydrogeochemistry (Elements)
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Groundwater Level
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Soil Moisture
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Additional Hydrological Instrumentation
Additional Hydrological Information
Section 5: Hydrometric/Cryospheric Measurements
Standard Hydrometric/Cryospheric Measurements
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Hydrometric/Cryospheric Variable
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Measurement Description
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Temporal Resolution
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Terrestrial Laser Scanner
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N/A
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UAV Sensors
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eBeeX (multispectral/thermal/RGB) or AltaX (lidar / RGB / thermal / multispectral), once a year (late august)
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N/A
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Snow Surveys
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Yes, infrequent manual snow surveys on ice and moraine, once a year usually
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N/A
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Time-lapse Photographs
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SWE Instruments, Pillows
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Snow Depth
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CS SR50A
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every 15 minutes
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Soil Temperature
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CS650 soil moisture probe
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Surface Temperature
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No
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Eddy Covariance
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Ice Elevation
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Yes
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N/A
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Debris Covered Ice Elevation
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Yes
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N/A
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GlacierMassBalance
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Yes
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N/A
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Glacier Ice Thickness
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Yes
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N/A
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Additional Hydrometric/Cryospheric Measurements
Additional Hydrometric/Cryospheric Measurement Information
Section 6: Hydrological Modelling Data
Vegetation Map
Several landcover classifications based on Landsat images from 1966 to 2018
Soil Map
No
Soil Depth Information
Digital Elevation Map (and Spatial Resolution)
Yes, 10 m photogrammetric DEM, 10 m and 1 m Lidar DEMs, and higher resolution from UAV-lidar on tongue since 2019
Additional Modelling Information
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