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ENGRAVER BEETLES (SCOLYTIDAE: IPS SPECIES) AS VECTORS OF THE PITCH CANKER FUNGUS, FUSARIUM SUBGLUTINANS

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AbstractIps mexicanus (Hopkins) and I. paraconfusus Lanier can transmit a frugal pathogen that causes pitch canker [Fusarium subglutinans (Wollenw, and Reink.) Nelson, Toussoun, andMarasas], a disease recently identified in Monterey pines (Pirns radiata D. Don) in California. In Santa Cruz County, F. subglutinans was recovered from Ips spp. that emerged from pitch canker-in fee ted P. radiata and were captured in multiple-funnel traps baited with racemic Ips spp. pheromones. Ips paraconfusus adults experimentally contaminated with propagules of the fungus transmitted it to seedlings and mature pines. Field transmission was demonstrated when cankers were produced following pheromone-induced beetle attacks on pines. Ips spp. inoculated F. subglutinans into pine slash, thus creating reservoirs of this fungus. Larvae, pupae, and young adults acquired the fungus when their parents introduced it into logs. Ips spp. progeny production and development were not significantly altered by the fungus. In proximity to other bark beetle-associated fungi, growth of F. subglutinans was reduced and patchy. A new association may be developing among native Ips spp. and F. subglutinans.
Title: ENGRAVER BEETLES (SCOLYTIDAE: IPS SPECIES) AS VECTORS OF THE PITCH CANKER FUNGUS, FUSARIUM SUBGLUTINANS
Description:
AbstractIps mexicanus (Hopkins) and I.
paraconfusus Lanier can transmit a frugal pathogen that causes pitch canker [Fusarium subglutinans (Wollenw, and Reink.
) Nelson, Toussoun, andMarasas], a disease recently identified in Monterey pines (Pirns radiata D.
Don) in California.
In Santa Cruz County, F.
subglutinans was recovered from Ips spp.
that emerged from pitch canker-in fee ted P.
radiata and were captured in multiple-funnel traps baited with racemic Ips spp.
pheromones.
Ips paraconfusus adults experimentally contaminated with propagules of the fungus transmitted it to seedlings and mature pines.
Field transmission was demonstrated when cankers were produced following pheromone-induced beetle attacks on pines.
Ips spp.
inoculated F.
subglutinans into pine slash, thus creating reservoirs of this fungus.
Larvae, pupae, and young adults acquired the fungus when their parents introduced it into logs.
Ips spp.
progeny production and development were not significantly altered by the fungus.
In proximity to other bark beetle-associated fungi, growth of F.
subglutinans was reduced and patchy.
A new association may be developing among native Ips spp.
and F.
subglutinans.

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