… In this study, we investigated electrophysiological (EAG) and behavioral responses of DBM
adults to the thirteen non-host EOs of Acorus calamus, Ageratum conyzoides, Artemisia argyi…

… behavioural responses of the insects39. However, there are reports of correlation of
electrophysiological data with behavioural … In the present investigation, the marked EAG …

… The results of the present study suggest that methyl salicylate, which elicits also one of the
highest electrophysiological responses in female antennae, plays a role in host preference by …

… of using non-host plants as a source of … non-host plant essential oils had showed it to be
one of the most repellent (Mauchline et al. 2005). Essential oils are usually extracted from plants …

… (44) Therefore, we suggest that such a similar phenomenon exists in some host and non-host
plants. We concluded that the essential substances responsible for repelling females are …

… behaviour of some herbivores.4, 30 Therefore, the aim of this work was to investigate the
possibility of using non-host plants … officinalis plants were selected as an ideal model because …

… In this study, we tested several non-host volatiles that are often … and behavioral tests both
in the laboratory and field. The goals of this study were: (1) to determine by EAG if the non-host …

… When testing the second synthetic mixture of seven non-host bark volatiles we found …
electrophysiological activity only to the two C8-alcohols, 3-octanol and 1-octen-3-01. The response …

… , morphological, and electrophysiological studies. … electrophysiological responses in male
and female antennae were identified. These findings are discussed with respect to behavior of …

… Other EAD-active non-host volatiles were not tested in the current study, but their strong
inhibitory effect on many other conifer bark beetles (see Zhang and Schlyter, 2004 for details) …