Claim · model-written summary
JB Killer caused 90.9% Japanese beetle mortality.
- Taxon
- Hybrid Tea Rose
Rosa hybrid cultivart0 - Treatment
- JB Killer (0.02% pyrethrins plus 0.2% piperonyl butoxide)e0
- Interactor
- Japanese Beetle
Popillia japonicat0pest - Outcome
- mortalitye0
- Value
- 90.9%e0
Not reportedMaterialGeneCompoundOrgan / stageSecond interactorSecond interactor roleComparatorSettingDirectionQualifier
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
Verbatim
e0“JB Killer (0.02% pyrethrins plus 0.2% piperonyl butoxide) had mortality of 90.9%”
t0“Japanese Beetle on Hybrid Tea Rose”
Title
Professional and Consumer Insecticides for Management of Adult Japanese Beetle on Hybrid Tea Rose
Garima Gupta; Vera A. Krischik Journal of Economic Entomology 2007. doi:10.1093/jee/100.3.830
Other claims from this paper (18)
- Intervention effect Garlic Barrier caused 3.0% Japanese beetle mortality.
- Intervention effect Monterey Neem Oil caused 5.0% Japanese beetle mortality.
- Intervention effect Pygenic caused 15.1% Japanese beetle mortality.
- Intervention effect Orange Guard caused 27.3% Japanese beetle mortality.
- Intervention effect Azatin XL produced 7.7% mortality without significant mortality.
- Intervention effect Conserve produced 3.7% mortality without significant mortality.
- Intervention effect Decathlon 20 WP caused significant 88.4% beetle mortality.
- Intervention effect Discus SC caused significant 83.3% beetle mortality.
- Intervention effect New imidacloprid tablet, gel and root dip applications worked as well as standard methods but produced 9.1–42.7% beetle mortality.
- Intervention effect Beetles exposed to imidacloprid were incapacitated, with flip times of 82–106 seconds versus 30 seconds in controls.
- Observation No treatment caused observed phytotoxicity on rose.
- Intervention effect The 1X granular treatment raised rose leaf chlorophyll.
- Intervention effect The 3X granular treatment raised rose leaf chlorophyll.
- Intervention effect One tablet treatment raised rose leaf chlorophyll.
- Intervention effect The 3X granular treatment increased rose leaf area and nitrogen.
- Intervention effect The drench treatment increased rose leaf area and nitrogen.
- Observation The 3X granular imidacloprid treatment had the highest active ingredient amount.
- Observation The 3X granular imidacloprid treatment had the highest twospotted spider mite numbers during an unplanned infestation.