Subhourly meteorological data at reservoirs in the upper Genil basin (Canales, Quentar, Colomera and Bermejales) (TED2021-130744B-C22 STAGES).

This dataset includes meterological data from four weather stations installed next to the main reservoirs in the upper Genil basin, in south-eastern Spain, between 2023 and 2025. This table shows the location and elevation of each station, as well as the dates for which data is available: Station/Reservoir (Lat/Lon) (X, Y) UTM ETRS89 30S Elevation (m) Data range Quentar (37.2075626, -3.4353384) (461371, 4117987) 1052 12/Sep/2023-2/Nov/2025 Canales (37.1598003, -3.4750700) (457819, 4112705) 948 21/Jun/2023-2/Nov/2025 Colomera (37.4001539, -3.7205029) (436230, 4139508) 801 26/Jul/2023-2/Nov/2025 Bermejales (37.0008422, -3.8875803) (421027, 4095334) 863 27/Jul/2023-14/Nov/2025 Weather stations and Sensors: The data for Quentar, Canales, and Colomera were obtained using a Campbell 350-Cell 215 station equipped with an all-in-one ClimaVUE 50 sensor that reports air temperature, relative humidity, vapour pressure, barometric pressure, wind (speed, gust, and direction), solar radiation, precipitation, and lightning strikes (count and distance). The sensor takes measurements every 10 seconds and stores them every 10 minutes. The data from Bermejales comes from a HOBO RX3004, equipped with a Silicon Pyranometer S-LIB-M003, a Davis® Wind Speed and Direction Smart Sensor S-WCF-M003, a Temperature/RH Smart Sensor S-THB-M003 and a Smart Barometric Pressure Sensor S-BPB-CM50. The data is stored every 30 minutes. Files and formats: The files for Quentar, Canales, and Colomera are presented in Campbell Scientific raw ASCII (.dat) format, with the following variables: 'BattV_Avg': “Average battery voltage”, “SlrFD_W_Avg”: “Solar flux density W/m2”, “Rain_mm_Tot”: “Precipitation mm”, “Strikes_Tot”: “Lightning strike count”, “Dist_km_Avg”: “Strike distance km average”, 'Dist_km_Min': “Minimum strike distance km”, “WS_ms_S_WVT”: “Wind speed m/s (from wind vector)”, “WindDir_D1_WVT”: “Wind direction deg (from wind vector)”, “MaxWS_ms_Max”: “Wind speed max. – 10 s gust m/s”, 'AirT_C_Avg': “Air temperature dec_C”, “VP_mbar_Avg”: “Vapour pressure kPa (converted in program to hPa/mbar)”, “BP_mbar_Avg”: “Barometric pressure (absolute) kPa (converted in program to hPa/mbar)”, 'RH_Avg': “Relative humidity (0-1) (converted in program to 0-100)”, “RHT_C”: “Humidity sensor temperature °C”, “TiltNS_deg”: “Tilt North(+)/South(–) orientation deg”, 'TiltWE_deg': “Tilt West(+)/East(–) orientation degrees”, “SlrTF_MJ_Tot”: “Solar flux density MJ”, “CVMeta”: “ClimaVue metadata”, “Invalid_Wind_Tot”: 'number of invalid wind records in each measurement period' The Bemejales files are presented in raw ASCII format (.csv) with the following variables: “Solar Radiation W/m²” 'Wind Speed m/s' “Gust Speed m/s” 'Wind Direction °' “Temperature °C” 'RH %' for relative humidity “Dew Point °C” 'Pressure mbar' for atmospheric pressure