Articles
PRODUCTIVITY AND FRUIT QUALITY OF SOME SPUR TYPE APPLE CULTIVARS UNDER A HIGH DENSITY SYSTEM
Article number
772_26
Pages
195 – 198
Language
English
Abstract
The productivity and fruit quality of apple under Indian conditions can be optimized by the use of newer cultivars and size-controlling rootstocks and by improving management practices.
The present studies were conducted on Oregon Spur, Well Spur, Silver Spur, Starkrimson and Red Chief grafted on three rootstocks, EMLA-26, EMLA-7 and EMLA-106 tested under a split plot design with three replications.
The results indicated that maximum fruit set (65.9%), yield (21.4 kg tree-1) and productivity (47.5 t ha-1) were recorded with Oregon Spur during both years of study.
The cultivar grown on EMLA-106 recorded the highest fruit set, yield and productivity.
The best quality fruits were obtained with Red Chief. Among the rootstocks, EMLA-106 yielded the better quality fruits in comparison to the other rootstocks.
The studies revealed that the Oregon Spur and Red Chief grafted on EMLA-106 rootstock were found to be superior over the rest of the combinations in terms of productivity and fruits quality and can thus be recommended for growing apples under high density in the valley areas of North-Western Himalayas.
The present studies were conducted on Oregon Spur, Well Spur, Silver Spur, Starkrimson and Red Chief grafted on three rootstocks, EMLA-26, EMLA-7 and EMLA-106 tested under a split plot design with three replications.
The results indicated that maximum fruit set (65.9%), yield (21.4 kg tree-1) and productivity (47.5 t ha-1) were recorded with Oregon Spur during both years of study.
The cultivar grown on EMLA-106 recorded the highest fruit set, yield and productivity.
The best quality fruits were obtained with Red Chief. Among the rootstocks, EMLA-106 yielded the better quality fruits in comparison to the other rootstocks.
The studies revealed that the Oregon Spur and Red Chief grafted on EMLA-106 rootstock were found to be superior over the rest of the combinations in terms of productivity and fruits quality and can thus be recommended for growing apples under high density in the valley areas of North-Western Himalayas.
Authors
J.S. Chauhan, L.K. Sharma
Keywords
rootstocks, fruit yield
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