1998Unpublished venueRequires access

Integrated management of root knot nematode, Meloidogyne incognitain ginger

G. S. Dave

Open publisher page 2 citations

Abstract

Amending the soil with different oil cakes was found to be effective in reducing the soil population as wellas root gall formation in ginger crop. Highest yield and maximum reduction in soil population was recorded in neerncake treated plots. Denematization of ginger rhizomes at 45°C for three hours+ summer ploughing and covering ofsoil with polythene trap between May, 15th to 30th gave significantly higher (59.06%) yield and reduction (soil 71.58 and ginger rhizomes, 59.06 per cent) in nematode population.

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What this paper is about

Amending the soil with different oil cakes was found to be effective in reducing the soil population as wellas root gall formation in ginger crop. Highest yield and maximum reduction in soil population was recorded in neerncake treated plots. Denematization of ginger rhizomes at 45°C for three hours+ summer ploughing and covering ofsoil with polythene trap between May, 15th to 30th gave significantly higher (59.06%) yield and reduction (soil 71.58 and ginger rhizomes, 59.06 per cent) in nematode population.

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Available abstract

Amending the soil with different oil cakes was found to be effective in reducing the soil population as wellas root gall formation in ginger crop. Highest yield and maximum reduction in soil population was recorded in neerncake treated plots. Denematization of ginger rhizomes at 45°C for three hours+ summer ploughing and covering ofsoil with polythene trap between May, 15th to 30th gave significantly higher (59.06%) yield and reduction (soil 71.58 and ginger rhizomes, 59.06 per cent) in nematode population.

Key concepts: Root-knot nematode, Rhizome, Gall, Population, Nematode, Agronomy, Biology, Digging

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