The study of insect behavior relies largely on behavioral assays.
This is particularly important in behavioral entomology where the underlying insect behavior is highly probabilistic and is susceptible to many different interpretations that are often equally plausible.
As these parameters model population processes that have their roots in individual insect behavior, more accurate estimates should be obtainable from insect behavioral experiments, either in artificial setups, or in the field, or both.
Indeed, as stated earlier, the social changes induced by coating generated a suitable amount of agonistic behaviors for a valid calculation of this behavioral index, which represents a valuable tool, commonly used in studies of insect behavior.
Insect behavior is controlled by both innate and learned information.
Robust manipulations of pest insect behavior using repellents and practical application for integrated pest management.
This slim volume remains invaluable to an understanding of the nervous mechanisms responsible for insect behavior.
We hypothesize that this zigzag module is utilized in a wide range of insect behavior.
These engineered plants show that insect behavior is influenced by terpenoids.
In one of the many episodes in which insect behavior helped solve a crime, the microscopic investigation of a chigger bite yielded a major clue.
Yet Smid is confident that insect behavior is best understood in terms of a relatively simple series of reflexes and innate responses.
