Claim · model-written summary
Napropamide delayed development of the onion bulbs that did develop seedstalks.
Not reportedGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleComparatorSettingDirectionValueQualifier
Verbatim
e1“Carrot roots ( Daucus carota L.) and onion bulbs ( Allium cepa L.)”
e6“Many of the onion bulbs from male-fertile lines failed to develop seedstalks in the plots sprayed with linuron and napropamide and those that did were delayed in development.”
Title
Effects of No-tillage and Herbicides on Carrot and Onion Seed Production1
W. F. Campbell; J. L. Anderson HortScience 1980. doi:10.21273/hortsci.15.5.662
Other claims from this paper (12)
- Intervention effect Chemical treatments significantly altered seed yields within the no-tillage method in carrot and onion.
- Intervention effect Chemical treatments had no effect on carrot seed yield in the tilled plots.
- Intervention effect Tillage methods reduced carrot seed yield relative to the no-tillage plots, with high significance.
- Intervention effect Non-weeded control and no-tillage plots reduced carrot seed yield, with high significance.
- Intervention effect Linuron caused many onion bulbs from male-fertile lines to fail to develop seedstalks.
- Intervention effect Napropamide caused many onion bulbs from male-fertile lines to fail to develop seedstalks.
- Intervention effect Linuron delayed development of the onion bulbs that did develop seedstalks.
- Intervention effect Linuron reduced the number of onion flowers per umbel.
- Intervention effect Ethofumesate reduced the number of onion flowers per umbel.
- Intervention effect Chemical treatments had no effect on onion seed yield in the tilled plots.
- Intervention effect Non-weeded control and no-tillage plots reduced onion seed yield, with high significance.
- Intervention effect Tillage methods reduced onion seed yield relative to the no-tillage plots, with high significance.