Female Sex Pheromone of<i>Glossosphecia romanovi</i>(Lepidoptera: Sesiidae): Identification and Field Attraction

Naka, Hideshi; Mochizuki, Masatoshi; Nakada, Ken; Đức, Nguyễn Minh; Yamauchi, Takeo; Arita, Yutaka; Ando, Tetsu

doi:10.1271/bbb.100232

Cited by 6 publications

(6 citation statements)

References 7 publications

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“…Arakawa et al (2009) recently identified Z 3, Z 13‐18:OH, Z 3, Z 13‐18:OAc, and E 3, Z 13‐18:OH in the gland extracts of female G. romanovi from Japan and found that an 8:1:1 blend of Z 3, Z 13‐18:OH, Z 3, Z 13‐18:OAc, and E 3, Z 13‐18:OH was more attractive to male moths than a binary blend of Z 3, Z 13‐18:OH and Z 3, Z 13‐18:OAc (8:1). A later study revealed that addition of E 3, Z 13‐18:OH, E 3, Z 13‐18:OAc, and Z 13‐18:OH at levels found in the female glands does not affect captures of Japanese males to the primary binary blend of Z 3, Z 13‐18:OH and Z 3, Z 13‐18:OAc (20:1) (Naka et al, 2010), which is contrary to the results of Arakawa et al (2009). These results indicate that variation in male responses to E 3, Z 13‐18:OH is evident between Korean and Japanese populations.…”

Section: Discussionmentioning

confidence: 99%

Identification and field evaluation of the sex pheromone components of a Korean population of Glossosphecia romanovi

Yang

Cho

Choi

2011

Entomologia Experimentalis Et Applicata

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Glossosphecia romanovi (Leech) (Lepidoptera: Sesiidae) is a pest of grape in northeast Asia. We analyzed pheromone gland extracts of female moths and compared attractiveness of various pheromone blends to male moths in the field. Two major components from pheromone gland extracts were identified as (Z,Z)‐3,13‐octadecadien‐1‐ol (Z3,Z13‐18:OH) and (Z,Z)‐3,13‐octadecadienyl acetate (Z3,Z13‐18:OAc) in a ratio of approximately 9:1. Field tests showed that male G. romanovi were attracted to Z3,Z13‐18:OH alone, but the maximum number of males was attracted to the binary blend of Z3,Z13‐18:OH and Z3,Z13‐18:OAc mimicking the blend found in female extracts. In addition to these components, small amounts of (E,Z)‐3,13‐octadecadien‐1‐ol (E3,Z13‐18:OH) were detected in the pheromone gland of females, but addition of this component inhibited attraction to the primary binary blend. The blend of Z3,Z13‐18:OH and Z3,Z13‐18:OAc at the natural ratio should provide a sensitive and effective lure for monitoring populations of this pest.

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Section: Discussionmentioning

confidence: 99%

Identification and field evaluation of the sex pheromone components of a Korean population of Glossosphecia romanovi

Yang

Cho

Choi

2011

Entomologia Experimentalis Et Applicata

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“…Recent studies on the sex pheromone of N. granella have shown that it can be effectively used to control pests through mating disruption in ham factories (Savoldelli et al, 2023). Z3Z13- Karalius et al, 2005) Cowles et al, 1996;Francke et al, 2004;Guangzhong et al, 1990;Kovalev et al, 1988;Mozūraitis & Karalius, 2007;Naka et al, 2006Naka et al, , 2010Underhill et al, 1978;Vickers & Rumbo, 2001;Yang et al, 2009Yang et al, , 2012Yang, Cho, & Choi, 2011;Yang, Kim, & Lee, 2011).…”

Section: Discussionmentioning

confidence: 99%

Stored product pest Nemapogon variatella (Clemens): Identification of sex pheromone, putative antagonist and mitotype characterization

Radžiutė,

Orlovskytė,

Būdienė

et al. 2023

J Applied Entomology

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Nemapogon variatella (Clemens) (Lepidoptera: Tineidae) is a worldwide widespread stored product pest that damages grain, dried fruits and mushrooms. The most powerful and environmentally friendly tool for insect pest monitoring and control is pheromone application. In our study, we revealed for the first time that the females of N. variatella release (3Z,13Z)‐octadecadien‐1‐ol – a single compound that activates olfactory receptors in the antenna of conspecific males. These data allow to assign this compound, which has been known as an attractant for males only, to the category of sex pheromones of N. variatella moths. Males' olfactory system is sensitive not only to the sex pheromone compound but also to (3E,13Z)‐octadecadien‐1‐ol as well. (3E,13Z)‐octadecadien‐1‐ol is attributed to putative pheromone antagonists. During the analysis of genetic diversity, six mitotypes of N. variatella CO1‐5′ were detected and preliminary named Mit1–Mit6. The obtained high haplotype diversity (Hd = 0.796) and low nucleotide diversity (Pi = 0.007) suggest that this species may have undergone a recent population expansion.

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“…This is notable because, like nocturnal moths, A. fortunei males mainly use a sex pheromone to recognize their mating partner, irrespective of their diurnal life history. Similarly, the males of some diurnal moths are attracted by sex pheromones emitted by females (Yasui et al 2005;Naka et al 2006Naka et al , 2007Naka et al , 2008Naka et al , 2010Toshova et al 2007), with one exception (Sarto i Monteys et al 2012) where the female sex pheromone seems secondary lost. These results suggest that (1) ancestor species of diurnal moths may be nocturnal and use female sex pheromones for mate recognition, and their diurnal life history may have evolved after the evolution of the sex pheromone, and (2) sufficient visual resolution ability as is apparent in diurnal butterflies would not have developed in diurnal moths due to phylogenetic constraints.…”

Section: Discussionmentioning

confidence: 99%

Pheromones and body coloration affect mate recognition in the Japanese nine-spotted moth Amata fortunei (Lepidoptera: Arctiidae)

Kondo

Naka

Tsuchida

2012

J Ethol

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Adults of the Japanese nine-spotted moth, Amata fortunei, are diurnal and have white-spotted black wings and a black-and-yellow striped body pattern. We evaluated whether this species uses sex pheromones and whether visual cues from the female body are used in mate recognition. We introduced extracts of potentially scent-bearing abdominal tips of females to males. Males responded more to the extracts than to dried female specimens, suggesting the presence of sex pheromones in the extracts. Indeed, no males responded to the dried female specimens. To evaluate the importance of visual cues, we conducted the experiments with crude extract and an additional model stimulant. Males responded more to model females with the same number and similar area of yellow bands to the original conspecific females than to those with more bands and greater total band area, suggesting that dissimilarity in band number and area to conspecific females could interrupt male mating behavior. Males of A. fortunei likely find mating partners using olfactory cues over relatively long distances, while using both olfactory and visual cues over short distances. These results suggest that olfactory cues play a major role in mate recognition, whereas visual cues play a supplementary role.

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Female Sex Pheromone ofGlossosphecia romanovi(Lepidoptera: Sesiidae): Identification and Field Attraction

Cited by 6 publications

References 7 publications

Identification and field evaluation of the sex pheromone components of a Korean population of Glossosphecia romanovi

Identification and field evaluation of the sex pheromone components of a Korean population of Glossosphecia romanovi

Stored product pest Nemapogon variatella (Clemens): Identification of sex pheromone, putative antagonist and mitotype characterization

Pheromones and body coloration affect mate recognition in the Japanese nine-spotted moth Amata fortunei (Lepidoptera: Arctiidae)

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