Articles
EXTENT OF FRUIT CRACKING AND SUN BURNING IN DIFFERENT LYCHEE CULTIVARS
Article number
665_16
Pages
141 – 146
Language
English
Abstract
Studies with 15 lychee cultivars revealed that Nafarpal (1.00%), Elaichi (2.34%), Kasba (4.34%), Bombai (4.83%), Early Large Red (6.50%) and Piazi (6.50%) were less prone to cracking compared with McLean (38.00%), Rose Scented (33.34%), Muzaffarpur (29.00%), Early-Muzaffarpur (26.505) and Purbi (25.67%). The sun-burning incidence of fruit was found low in Elaichi (1.01%), Nafarpal (2.67%), Bombai and Kasba (3.00%) and Bedana (3.67%). The maximum sun-burning incidence was observed on the southern and western sides of the canopy.
However, the cracking incidence of fruit was found maximum on the east side of the canopy.
Based on field observations, the fruit cracking incidence of 15 cultivars were in the order of McLean > Rose Scented > Muzaffarpur > Early Muzaffarpur > Purbi > China > Seedless Late > Deshi > Elaichi > Nafarpal and the sun-burning incidence in the order of Purbi > Rose Scented > Muzaffarpur > Early Muzaffarpur > Deshi > McLean > Seedless Late > Piazi > China > Early Large Red > Bedana >Bombai >Nafarpal >Elaichi. There were no coinciding relationship between pericarp calcium content and cracking of fruits in different cultivars.
However, the cracking incidence of fruit was found maximum on the east side of the canopy.
Based on field observations, the fruit cracking incidence of 15 cultivars were in the order of McLean > Rose Scented > Muzaffarpur > Early Muzaffarpur > Purbi > China > Seedless Late > Deshi > Elaichi > Nafarpal and the sun-burning incidence in the order of Purbi > Rose Scented > Muzaffarpur > Early Muzaffarpur > Deshi > McLean > Seedless Late > Piazi > China > Early Large Red > Bedana >Bombai >Nafarpal >Elaichi. There were no coinciding relationship between pericarp calcium content and cracking of fruits in different cultivars.
Authors
L.S. Pereira, P.K. Pathak, S.K. Mitra
Keywords
pericarp, mesocarp, endocarp, calcium content, rapid aril growth, degreen, necrosis
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