Individual factors include pole-top configuration, clearances among electrical components, raptor morphology and raptor behaviour.
Understanding raptor vision and behavior can shed light into the diversity of predator hunting strategies and potentially the evolution of anti-predator behavior in birds [30], [31], as prey may benefit from avoidance behaviors that exploit a constraint in the visual system of the predator.
Many sources can provide insights into raptor and other bird behavior which can influence how and when avian protection should be best utilized, and an APP that connects these experts with utility decision-makers may further reduce the risk of avian incidents, thus improving system reliability.
The adaption of turbine lighting could be used to reduce attraction for some species like nocturnal migrants or even increase visibility for others, such as raptors to trigger avoidance behavior.
Garvin et al. (2011) revealed that most raptor species showed high avoidance behavior.
The behavior of the raptors and other animals featured in the novel was based on a combination of fossil evidence and observations of modern animals, such as chimpanzees and alligators.
However, previous studies have used a similar approach to ours (an observer within the visual field of a focal bird) to characterize scanning behavior in other raptors [10].
However, we find no good evidence that all raptors are monophyletic (unless there is reversion to nonraptor behavior in several groups).
Following the present tree, we find no good evidence that all raptors are monophyletic (unless there is reversion to nonraptor behavior in several groups).
They can be confused if you know how to do it (that's where the background in animal behavior fits in); but they also learn new tricks, just like the raptors.
