### The Biogeography of Warming Tolerance in Lizards ###

*corresponding author: Rodolfo O. Anderson
		       rco.anderson@gmail.com
		       Monash University, Clayton, Victoria, Australia

## Files ##

# WT_lizards_loop.R #

R script with the biophysical modelling used to estimate the the vulnerability of lizard to global warming
The code loops through all the species in the dataset ("Table S1.csv") using the function 'ectotherm` of the package NicheMapR (Kearney & Porter, 2019. Ecography)
to estimate the body temperature and activity of lizards.

# Table S1 #

Data contaning thermal physiological data and natural history information to parametrise the biophysical models and to calculate the vulnerability of lizards
to global warming

- Columns -

CTmax: Critical Temperature Maximum (°C)
Tpref: Thermal Preference (°C)
Lat: Latitude (°)
Long: Longitude (°)
Altitude: elevation (m)
mass: body mass (g)
T_RB_min: min Tb at which they will attempt to leave retreat (°C)
T_B_min: min Tb at which leaves retreat to bask (°C)
T_F_min: minimum Tb at which activity occurs (°C)
T_F_max: maximum Tb at which activity occurs (°C)
height: height which the animal was simulated (0.01 m for terrestrial, 1.5 m for exclusively arboreal species)
burrow: allowed (1) or not (0) to borrow
climb: allowed (1) or not (0) to climb to thermoregulate
diurn: yes(1), no (0)
noturn: yes(1), no (0)

# metadata_WT.xlsx #

Dataset containing information about thermal physiology (Tpref, CTmax), geography location (Latitude, Longitude, Altitude, Biome), 
and natural history (activity time, substrate affinity) of lizards