10.1371/journal.pcbi.1004290.g002
Pierre Broly
Pierre
Broly
Jean-Louis Deneubourg
Jean-Louis
Deneubourg
According to the initial retention time of individuals, the dynamics of dispersion of groups of 40 woodlice (a) and the time necessary to disperse 50% of the population introduced (half-life time) (b).
Public Library of Science
2015
transition
dynamic
stability
isopod
individual
Behavioural Contagion
laboratory
species
recurrence
density
group cohesion
adaptive values
mechanism
conspecific
influence
aggregation
understanding
Social Crustacean
disturbance
behavioural states
variable
model
data
group size
interaction
stimulus
groups decreases
response
woodlice
nature
organism
perturbation context
2015-06-11 03:00:41
Figure
https://plos.figshare.com/articles/figure/_According_to_the_initial_retention_time_of_individuals_the_dynamics_of_dispersion_of_groups_of_40_woodlice_a_and_the_time_necessary_to_disperse_50_of_the_population_introduced_half_life_time_b_/1446443
<p>According to the initial retention time of individuals, the dynamics of dispersion of groups of 40 woodlice (a) and the time necessary to disperse 50% of the population introduced (half-life time) (b).</p>