Claim · model-written summary
Lower plant dry-weight percentage was inferred to promote injury.
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Brassica napusVerbatim
e0“the decrease in the percentage of dry weight of plant body and the rise in the top-root ratio, might have been liable to promote the injury”
t0“Rape Plants”
Title
Studies on Shrinking of Plant and Failing in Ripening in Rape Plants
Chikami KANNO; Takaichi KOMEMOTO; Yasushi GOTO Japanese Journal of Crop Science 1955. doi:10.1626/jcs.24.20
Other claims from this paper (19)
- Observation Rape varieties differed in resistance to the injury.
- Association Nursery conditions were inferred to strongly influence injury onset.
- Association Accelerated seedling growth was inferred to promote injury.
- Mechanism A higher top-root ratio was inferred to promote injury.
- Association Aphis showed no observed relation to injury.
- Association Seedling characters and field conditions were inferred to influence injury.
- Intervention effect Early sowing controlled the injuries.
- Intervention effect Early transplanting controlled the injuries.
- Intervention effect Late culture increased injury.
- Association Transplanting time influenced injury more than sowing time.
- Intervention effect Nitrogen was inferred to promote injury, particularly ripening failure.
- Intervention effect Potash was inferred to promote injury, particularly ripening failure.
- Intervention effect Phosphorus was inferred to promote injury, particularly ripening failure.
- Intervention effect Compost application effectively prevented injury.
- Intervention effect Wood ash applied in fields was the most effective injury control.
- Intervention effect Wood ash applied in nursery beds was somewhat beneficial.
- Intervention effect Boron application in basic fertilizer, as top dressing, or by spraying controlled injury.
- Mechanism The authors attributed much of the injury to plant boron deficiency affected by growth conditions.
- Mechanism The authors attributed compost and wood ash benefits to their boron content.