Summary
This 2023 study addresses a significant implementation barrier in forest biocontrol by developing strain-specific quantitative detection methods for two candidate biocontrol strains deployed against ash dieback (Hymenoscyphus fraxineus). Such detection tools are essential for monitoring biocontrol agent persistence and evaluating efficacy in field ash populations, as is typical for forestry disease management interventions. The methodology as suggested by the title enables practitioners to reliably distinguish and track candidate strains in natural conditions.
UK applicability
Ash dieback is a significant threat to UK ash woodlands and hedgerows. Reliable detection methods for biocontrol strains are directly applicable to UK forestry disease management programmes and could support evaluation of biocontrol efficacy within the British forestry sector.
Key measures
Strain-specific quantitative detection assays; biocontrol agent persistence in ash tissues; molecular identification of candidate biocontrol strains
Outcomes reported
The study developed and validated strain-specific quantitative detection methods for two candidate biocontrol strains (presumably Trichoderma or similar agents) used to suppress ash dieback caused by Hymenoscyphus fraxineus. The methodology enables reliable identification and monitoring of biocontrol agent persistence and distribution in field ash populations.
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