Behavioural plasticity in circadian foraging patterns increases resistance of brown trout populations to environmental change

This archive contains the model code and input files for the simulation experiments, as well as their output data, published in: Ayllón, Railsback, Harvey, Nicola, Elvira, Almodóvar. Behavioural plasticity in circadian foraging patterns increases resistance of brown trout populations to environmental change. Individual-based Ecology.The archive consists of:1. Two zip files containing the NetLogo code and all files needed to run the simulations with the Circadian-feeding and Diurnal-Feeding model versions: input files to define the stream reach and perform the hydraulic modelling (two csv files), input files defining the temperature and flow time series for each of the four environmental scenarios simulated (four csv files), one input file defining the simulated brown trout population at initialization (one csv file), and input files defining parameter values for each model version and environmental scenario (four nls files).2. Two RData files containing the demographic and behavioural outputs of each simulation experiment performed with the Circadian-feeding model version, in data frame format. Output values are the average of the six replicates.3. One RData file containing the normalized demographic outputs of each simulation experiment performed with the Circadian-feeding and Diurnal-Feeding model versions, in data frame format. Normalized output values are the average of the six replicates. Normalized demographic outputs are expressed as the ratio between the tested and the baseline scenario (mean value of tested scenario/mean value of baseline scenario).