Thermoregulation of adult alpine butterflies: microhabitat choice is more important than physical differences

Data accompanying the following publication: <br> Kleckova I., Okrouhlik J., Svozil T., Matos Maravi P. &amp; Klecka J. (2022) Thermoregulation of adult alpine butterflies: microhabitat choice is more important than physical differences. bioRxiv 10.1101/2022.10.03.510594. https://doi.org/10.1101/2022.10.03.510594 <br> <br> Data_body_temperature_heating.csv Raw measurements of body temperature during the heating experiments for individual butterflies. Tb = temperarture of the butterfly thorax Ta_surroundings = air temperature of the experimental room at the beginning of each measurement T_excess = the difference between Tb and Ta_surroundings air_moisture = air humidity in % measured in the experimental room at the beginning of each measurement <br> <br> Individual_level_traits_and_parameters.csv initial_Tb = body temperature of the butterfly individual at time=0 last_measured_Tb = body temperature of the butterfly at the end of the heating experiment last_measured_T_excess = the difference between Tb and Ta_surroundings at the end of the heating experiment Ts_asymptotic_body_temperature = the estimated asymptotic body temperature of the individual butterfly based on the fit of the modified Michaelis-Menten equation b_heating_rate = the estimated rate of heating of the individual butterfly based on the fit of the modified Michaelis-Menten equation Ta_surroundings = air temperature of the experimental room at the beginning of each measurement air_moisture = air humidity in % measured in the experimental room at the beginning of each measurement wing_loading = the ratio of body weight (mg) over wing area (cm^2) wing_wear = wing wear scored at the scale of 1 (wings almost perfect) to 3 (worn wings) <br> <br> <br>