Table 1.

Matrix of switching probabilities (q_ij) based on latent-state modelling estimated from simulated movement (n = 500) associated to four strategies (dispersal, migration, nomadic, and sedentarism)

	j = 1	j = 2	j = 3
Dispersal
i = 1	0.981 (0.965, 0.988)	0.006 (0.004, 0.012)	0.013 (0.008, 0.024)
2	0.006 (0.004, 0.012)	0.987 (0.976, 0.992)	0.006 (0.004, 0.012)
3	0.024 (0.015, 0.064)	0.044 (0.031, 0.079)	0.931 (0.866, 0.953)
Migration
i = 1	0.98 (0.966, 0.987)	0.006 (0.004, 0.012)	0.013 (0.008, 0.023)
2	0.008 (0.005, 0.015)	0.977 (0.954, 0.985)	0.015 (0.01, 0.031)
3	0.026 (0.016, 0.057)	0.025 (0.016, 0.047)	0.948 (0.895, 0.968)
Nomadic
i = 1	0.982 (0.952, 0.991)	0.012 (0.004, 0.041)	0.005 (0.004, 0.012)
2	0.014 (0.004, 0.049)	0.972 (0.927, 0.99)	0.012 (0.005, 0.028)
3	0.235 (0.028, 0.362)	0.323 (0.04, 0.396)	0.407 (0.304, 0.925)
Sedentarism
i = 1	0.799 (0.502, 0.941)	0.191 (0.055, 0.477)	0.007 (0.003, 0.027)
2	0.522 (0.122, 0.831)	0.445 (0.141, 0.846)	0.03 (0.01, 0.068)
3	0.281 (0.077, 0.685)	0.423 (0.171, 0.684)	0.217 (0.094, 0.636)

Median probabilities with 95 % confidence intervals are provided. Switching probabilities are estimated based on a latent-state model including three movement modes, two associated to encamped movement (1 and 2) based on a normal distribution and a third exploratory mode (3) based on a pseudo-uniform distribution