Mouthbrooding, which is regarded as an adaptation to predation pressure [ 44- 46], has evolved several times independently and in diverse behavioral modes in cichlids [ 10, 22, 47, 48].
The fast dynamics then implement a switch to a different behavioral mode in which the system ignores the sensory information completely and follows an internal "goal," emergent from the dynamics, to egest again a strip that proves to be inedible.
The measured behavioral parameters were transformed into the corresponding behavioral modes using a multilayer perceptron (MLP -based artificial neural network (ANN).
In this paper, we assigned location data on brood-rearing greater sage-grouse (Centrocercus urophasianus) to either within-patch (encamped) or between-patch (traveling) behavioral modes by estimating a movement-based relative displacement index.
Consider the behavioral mode a user is in when visiting a content site.
Behavioral mode, as a latent process influencing occurrence patterns, reflects spatial and temporal attributes of variation in local conditions driving resource availability independently of days post-hatching.
We integrated encamped and traveling raster surfaces to depict (i.e., map) areas important during within-patch movement, between-patch movement, and concurrently in both behavioral modes.
Despite these findings, there were differences in selection for some resources in the two different behavioral modes, which highlights the importance of considering behavioral mode when investigating sage-grouse brood-rearing habitat selection.
Once in the SOFA, the male sharks switched behavioral modes and exhibited constant repetitive oscillatory dive patterns.
Behavioral modes were based on two parameters: mean turning angle and autocorrelation in speed and direction.
