1995Indian Journal Of NematologyRequires access

Variation in pathogenicity of Meloidogyne incognita on chickpea at different inoculum densities

V. Krishna Rao, K. Krishnappa

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Abstract

Survey conducted in different chickpea growing areas of Karnataka indicated the occurrence of root-knot nematode with a variation in population levels among the districts, with a mean inoculum level of 0.12 larvae per g soil under field conditions. An inoculum level of 2 larvae per g soil was found as optimum damaging threshold level on cultivar Annegiri-1 under green house conditions. Increase in the level of larval inoculum resulted in proportional decrease in plant growth and an increase on root-knot disease on chickpea.

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Survey conducted in different chickpea growing areas of Karnataka indicated the occurrence of root-knot nematode with a variation in population levels among the districts, with a mean inoculum level of 0.12 larvae per g soil under field conditions. An inoculum level of 2 larvae per g soil was found as optimum damaging threshold level on cultivar Annegiri-1 under green house conditions. Increase in the level of larval inoculum resulted in proportional decrease in plant growth and an increase on root-knot disease on chickpea.

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Available abstract

Survey conducted in different chickpea growing areas of Karnataka indicated the occurrence of root-knot nematode with a variation in population levels among the districts, with a mean inoculum level of 0.12 larvae per g soil under field conditions. An inoculum level of 2 larvae per g soil was found as optimum damaging threshold level on cultivar Annegiri-1 under green house conditions. Increase in the level of larval inoculum resulted in proportional decrease in plant growth and an increase on root-knot disease on chickpea.

Key concepts: Biology, Meloidogyne incognita, Veterinary medicine, Larva, Terra incognita, Pathogenicity, Horticulture, Nematode

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