Claim · model-written summary
Fruit injury at harvest was below 1.0% for Delicious apples in all plots except the highest density plot.
- Taxon
- apple
Malus domesticae2 - Material
- Deliciouse4
- Interactor
- codling moth
Cydia pomonellat0pest - Outcome
- Fruit injury at harveste4
- Direction
- decreaseinferrede4
- Value
- < 1.0%e4
- Qualifier
- except the highest density (HD) plot (4.0%)e4
Verbatim
e2“Field experiments were conducted in small plots of apple”
e4“Fruit injury at harvest was < 1.0% for 'Delicious' in all plots except the highest density (HD) plot (4.0%), but was ca. 1.0% or higher for Golden Delicious' in all plots (14% in the liD plot)”
t0“Mating Disruption of Codling Moth”
Title
A. L. Knight; J. F. Howell; L. M. McDonough; et al. 1995
Other claims from this paper (7)
- Method / resource Regression models predicted the emission rate of three codling moth pheromone components from temperature and accumulated degree hours above DoC.
- Intervention effect Fruit injury was below 0.5% in 0.4 ha apple plots treated with mating disruption dispensers.
- Observation Fruit injury was higher in apple plots along the border of an orchard adjacent to a non-pheromone-treated orchard.
- Observation Fruit injury at harvest was ca. 1.0% or higher for Golden Delicious apples in all plots, with 14% in the highest density plot.
- Observation The mean number of injured Delicious fruits per tree increased 10-fold between generations.
- Observation The mean number of injured Golden Delicious fruits per tree increased 25-fold between generations.
- Intervention effect Mating disruption suppressed the population buildup of codling moth in apple plots not exposed to immigration.