An Analysis of the Thermal Regime and Energy Balance of a Subarctic Hydroelectric Reservoir Using Direct Measurements of Surface and Lateral Exchanges

These data were used for the paper entitled "An Analysis of the Thermal Regime and Energy Balance of a Subarctic Hydroelectric Reservoir Using Direct Measurements of Surface and Lateral Exchanges " and submitted to Hydrological Processes on May 2023.

Tables has the following variables :

bernard.temp.2021.2022.csv :

• temp.degC = water temperature (°C)

Debit_Romaine.xlsx

• ROMAI_3C = turbine flow Romaine 3 (m³/s)
• ROMAI_3B = spillway flow Romaine 3 (m³/s)
• ROMAI_2C = turbine flow Romaine 2 (m³/s)
• ROMAI_2B= spillway flow Romaine 2 (m³/s)

Ro2_EddyPro.csv

• "Temps" : Time
• "T_air (°C)" : air temperature
• "q (kg/kg)" : specific humidity
• "Patmo (Pa)" : atmospheric pressure
• "e (Pa)" : pressure
• "es (Pa)" : pressure at saturation
• "Zeta (-)" : stability
• "WS (m/s)" : wind speed
• "H_gf (W/m2)" : sensible heat flux
• "LE_gf (W/m2)" : latent heat flux
• "R_net (W/m2)" : net radiation
• "Tw (°C)" : water temperature
• "Hs_70m (kJ/m2)" : heat storage

Ro2_hypso.csv

• "Altitude above sea level (m)"
• "Area (m2)" = area at that altitude
• "Ro2 Depth (m)" = corresponding depth
• "normalized Area (%)" = normalized area at that depth
• "cumulated normalized Area (%)" = cumulative normalized area from bottom
• "cumulated normalized Area (%) from surface"  = cumulative normalized area from surface

Ro2_water_level.csv

"RO2 Niveau (m)" = daily water level above mean sea level (m)

Teau_gf_B1.csv : depth in meters

Teau_gf_B2.csv : depth in meters

Tw_Data_RO2RO3_20220816.xlsx

Moyenne de Temp_Eau_Avg = turbine water temperature (°C)