Claim · model-written summary
a mineral oil-water emulsion decreased cured-leaf nicotine.
Not reportedComparator
Verbatim
t0“CIGAR TOBACCO”
e0“Each chemical treatment resulted in a decrease in the percentage content of total alkaloids, nicotine, calcium, and total ash in the cured leaf but had no apparent influence on the content of total nitrogen, nornicotine, potassium, phosphorus, magnesium and chlorine.”
e1“a mineral oil-water emulsion applied to the stub of the broken stem after the plant was decapitated and diethanolamine salt of maleic hydrazide sprayed on the leaves suppressed sucker growth significantly and increased the yield of the cured crop”
Title
THE USE OF CHEMICALS TO SUPPRESS SUCKER GROWTH ON CIGAR TOBACCO
E. T. McEvoy; I. Hoffman Canadian Journal of Plant Science 1959. doi:10.4141/cjps59-047
Other claims from this paper (13)
- Intervention effect a mineral oil-water emulsion suppressed sucker growth.
- Intervention effect a mineral oil-water emulsion increased yield of the cured crop.
- Intervention effect a mineral oil-water emulsion decreased cured-leaf total alkaloids.
- Intervention effect a mineral oil-water emulsion decreased cured-leaf calcium.
- Intervention effect a mineral oil-water emulsion decreased cured-leaf total ash.
- Intervention effect a mineral oil-water emulsion had no apparent influence on six other cured-leaf constituents.
- Intervention effect diethanolamine salt of maleic hydrazide suppressed sucker growth.
- Intervention effect diethanolamine salt of maleic hydrazide increased yield of the cured crop.
- Intervention effect diethanolamine salt of maleic hydrazide decreased cured-leaf total alkaloids.
- Intervention effect diethanolamine salt of maleic hydrazide decreased cured-leaf nicotine.
- Intervention effect diethanolamine salt of maleic hydrazide decreased cured-leaf calcium.
- Intervention effect diethanolamine salt of maleic hydrazide decreased cured-leaf total ash.
- Intervention effect diethanolamine salt of maleic hydrazide had no apparent influence on six other cured-leaf constituents.