BRBR = aphid Brevicoryne brassicae
LIER = aphid Lipaphis erysimi
MYPE = aphid Myzus persicae
DIRA = parasitoid Diaeretiella rapae
APCO = parasitoid Aphidius colemani
ALFU = hyperparasitoid Alloxysta fuscicornis

data_recovery_metapop_exp.csv - metapopulation recovery credit computed on experimental data

community - insect community
- 1A = aphid BRBR
- 2A = aphids BRBR and LIER
- 2A-1P = aphids BRBR and LIER, and parasitoid DIRA
landscape - landscape configuration
- 1C = insect community in one central patch (patch 1)
- 1P = insect community in one peripheral patch (patch 2)
- 4C = insect community in four central patches (patches 1-4)
- 4P = insect community in four peripheral patches (patches 2-5)
replica - setup replica
aphid - aphid species
- BB = aphid BRBR
- LE = aphid LIER
recovery - calculated metapopulation recovery credit
landscape_patches - number of initially populated patches in the landscape
landscape_type - location of initially populated patches in the landscape


data_recovery_pop_exp.csv - population recovery credit computed on experimental data

community - insect community
- 1A = aphid BRBR
- 2A = aphids BRBR and LIER
- 2A-1P = aphids BRBR and LIER, and parasitoid DIRA
landscape - landscape configuration
- 1C = insect community in one central patch (patch 1)
- 1P = insect community in one peripheral patch (patch 2)
- 4C = insect community in four central patches (patches 1-4)
- 4P = insect community in four peripheral patches (patches 2-5)
replica - setup replica
patch - patch number
aphid - aphid species
- BB = aphid BRBR
- LE = aphid LIER
recovery - calculated population recovery credit
patch_type - type of patch - initially populated or initially empty
patch_position - position of patch in the landscape - centre or periphery
landscape_patches - number of initially populated patches in the landscape
landscape_type - location of initially populated patches in the landscape


M_land_50.csv - adjacency matrix of simulated landscape with 50 patches


out_X_Y.csv - output of metacommunity model simulations as time series of species abundance (X = simulated insect community, Y = number of patches in simulated landscape)

t - time (days)
patch - patch number
species - insect species
- A1 = aphid BRBR
- A2 = aphid LIER
- A3 = aphid MYPE
- P1 = parasitoid DIRA
- P2 = parasitoid APCO
- H = hyperparasitoid ALFU
population_size - number of individuals
dN_comm - change in population size due to local community processes
dN_disp - change in population size due to dispersal processes
replica - simulation replica
landscape_patches - number of initially populated patches in the landscape
landscape_type - location of initially populated patches in the landscape
community - insect community ([number of aphid species]A_[number of parasitoid species]P_[number hyperparasitoid species])