#README FILE FOR: "AN ACCOUNT OF AN EXTREME HEAT EVENT AT A FLYING-FOX ROOST IN NEW SOUTH WALES, AUSTRALIA" Samantha H. Yabsley1, Jessica Meade, Christopher Turbill1, Matthew Mo, Eliane D. McCarthy, Sienna C. Grady, and Justin A. Welbergen Dataset DOI: *insert doi here* #-------------------------------------------- #METADATA FOR DATASET "ARRAY_DATA.csv" #-------------------------------------------- Datetime = the datetime the data was recorded in format YYYY-MM-DD HH:MM:SS. Temperature = air temperature (degrees Celsius). These values represent the measurements recorded by the data logger with calibration equations applied. Dewpoint = dewpoint temperature (degrees Celsius). These values represent the measurements recorded by the data logger with calibration equation applied. Location = a categorical variable (1-10) that represents the location of 10 arrays positioned throughout the Campbelltown roost. Height = a categorical variable that represents the height the data logger was positioned in the array above ground level (0m, 1.5m, 3m or 6m). Bats_present = a categorical variable to indicate whether the bats were present (Bats present) or absent (Bats absent) at the logger location on the 09 December 2023. #---------------------------------------------- #METADATA FOR DATASET "WEATHERSTATION_DATA.csv" #---------------------------------------------- Datetime = the datetime the data was recorded in format YYYY-MM-DD HH:MM:SS. Air_temperature = air temperature (degrees Celsius) recorded by Davis Vantage Pro 2 weather stations. Dewpoint = dewpoint temperature (degrees Celsius) recorded by Davis Vantage Pro 2 weather stations. Solar_radiation = solar radiation (W/m2) recorded by Davis Vantage Pro 2 weather stations. Wind_speed = average wind speed (m/s) recorded by Davis Vantage Pro 2 weather stations. Rain = rainfall (mm) recorded by Davis Vantage Pro 2 weather stations. Treatment_site = the treatment site the weather station was positioned in; Site A, Site B, and Control. Site A and B were sprinkler treatment sites that operated on alternate days. Sprinkler_start_time = the start time of the sprinkler treatment in format HH:MM:SS. The sprinkler treatment started at 14:30:00 and operated for half an hour (30 mins). seconds_since_sprinklers_started = time in seconds since the sprinkler treatment was activated at 14:30:00. Sprinkler_treatment = a factor variable to indicate whether the sprinklers were active (on = 1), or inactive (off = 0) at the Treatment_site. The control site was always off and is indicated by 2.