Claim · model-written summary
Overall fruit yield stabilized at high cane density and tended to decline above an optimum density.
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Rubus idaeusVerbatim
e0“The increase in overall fruit yield stabilised at high cane density and there was a tendency for it to decrease after an optimum number of canes per meter row was reached.”
t0“red Raspberries”
Title
Joseph N. Wolukau Mspace (University of Manitoba) 1992
Other claims from this paper (13)
- Intervention effect High nitrogen enlarged cane diameter and increased the number and basal length of laterals.
- Intervention effect High row cane density enlarged cane diameter and increased the number and basal length of laterals.
- Observation At high cane density, lateral length along the cane followed a curvilinear pattern.
- Association Lateral branch angle increased with cane density.
- Intervention effect High nitrogen increased the number of laterals and proportion of fruiting cane.
- Intervention effect Low cane density increased the number of laterals and proportion of fruiting cane.
- Intervention effect High nitrogen increased cane height.
- Association Row cane density decreased cane height.
- Intervention effect Nitrogen increased fruits per lateral and cane, fruit size, and yield per cane.
- Intervention effect Low cane density increased fruits per lateral and cane, fruit size, and yield per cane.
- Intervention effect Nitrogen increased overall fruit yield as much as threefold on sandy soils, with less effect on clay-loam soils.
- Association Overall fruit yield increased with cane density, but the increase was not significant.
- Intervention effect Nitrogen application significantly increased fruit yields.