PERFORMANCE OF F1 HYBRID DEVELOPED THROUGH SI MECHANISM IN RADISH - Banik, Susmita;Akter Ivy, Nasrin
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Radish is one of the popular and widely consumed winter vegetable. It is highly cross-pollinated tender tuberous vegetable crop, helps in increasing cropping intensity. Radish has a sporophytical reaction for self-incompatibility. It was used in F1 hybrid seed production by developing male and female parental lines which were self-incompatible lines. The presence of heterosis and availability of pollination control mechanisms such as self- incompatibility in crop plants have proved most efficient tool for obtaining higher returns in advanced agricultural economics. In case of radish, it is…mehr

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Produktbeschreibung
Radish is one of the popular and widely consumed winter vegetable. It is highly cross-pollinated tender tuberous vegetable crop, helps in increasing cropping intensity. Radish has a sporophytical reaction for self-incompatibility. It was used in F1 hybrid seed production by developing male and female parental lines which were self-incompatible lines. The presence of heterosis and availability of pollination control mechanisms such as self- incompatibility in crop plants have proved most efficient tool for obtaining higher returns in advanced agricultural economics. In case of radish, it is very important to develop parental lines on the basis of their self-incompatible mechanism to give superior hybrids without any emasculation process.
Autorenporträt
SUSMITA BANIK: Birth:20 November,1984. Father:Ajamil Banik, Mother:Sita Banik. Now working as a Liaison Officer in UNIDO. She obtained MS degree in Genetics and Plant Breeding from BSMRAU, Bangladesh. She won N.S.I.C.T fellowship for her research work from the Govt.of Bangladesh. Dr.NASRIN AKTER IVY,renowned Prof.of GPB,BSMRAU,Bangladesh