Reaction of banana clones against the major biotic stresses.

An experiment was conducted at Kannara during 1990-93, to assess the incidence of major pests and diseases on banana [Musa] clones. The pests and diseases studied were rhizome weevil (Cosmopolites sordidus), sigatoka leaf spot (Mycosphaerella musicola), banana bunchy top nanavirus and banana nematode (Radopholus similis). Eighty-seven clones representing various genomic groups, viz. AA (7), AB (7), AAA (18), AAB (27) and ABB (28), were screened under natural local conditions. Amongst the AA clones,Sannachenkadali was tolerant of rhizome weevil, sigatoka leaf spot and banana bunchy top nanavirus. In the AB group, Njalipoovan, Kunnan and Poomkalli were resistant to all of the pests and diseases studied. AAA clone Manoranjitham was highly resistant to leaf spot disease and AAB clone Mysore poovan was highly tolerant of rhizome weevil attack. Clones such as Thiruvananthapuram, Mysore ethan and Padalimoongil showed moderate multiple resistance to rhizome weevil, sigatoka leaf spot and banana nematode.In the ABB genomic group, Jamani was tolerant of all the pests and diseases studied. Malaimonthan and Peykunnan were moderately resistant to rhizome weevil, banana nematode and sigatoka leaf spot.

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Main Authors: Anitha, N., autor. aut 56633, Radhakrishnan, TC. 56634, Rajamony, L. 56635
Format: Texto biblioteca
Language:d
Subjects:agricultural entomology, bananas, control, Cultivar, disease resistance, fruit crops, genomes, insect pests, nematology, pest control, pest resistance, plant diseases, plant nematology, plant parasitic nematodes, plant pathogenic fungi, plant pathogens, plant pathology, plant pests, resistance, tropical fruits, varietal reactions, Bananas, Control, Natural immunity, Genomes, Insect pests, Pests, Pest control, Plant diseases, Plant nematodes, Phytopathogenic microorganisms, Plant parasites, Tropical fruit,
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spelling dig-fedepalma-123456789-831852022-08-05T10:12:02Z Reaction of banana clones against the major biotic stresses. Anitha, N., autor. aut 56633 Radhakrishnan, TC. 56634 Rajamony, L. 56635 agricultural entomology bananas control Cultivar disease resistance fruit crops genomes insect pests nematology pest control pest resistance plant diseases plant nematology plant parasitic nematodes plant pathogenic fungi plant pathogens plant pathology plant pests resistance tropical fruits varietal reactions Bananas Control Natural immunity Genomes Genomes Insect pests Insect pests Pests Pest control Plant diseases Plant diseases Plant nematodes Phytopathogenic microorganisms Plant diseases Plant diseases Plant parasites Tropical fruit An experiment was conducted at Kannara during 1990-93, to assess the incidence of major pests and diseases on banana [Musa] clones. The pests and diseases studied were rhizome weevil (Cosmopolites sordidus), sigatoka leaf spot (Mycosphaerella musicola), banana bunchy top nanavirus and banana nematode (Radopholus similis). Eighty-seven clones representing various genomic groups, viz. AA (7), AB (7), AAA (18), AAB (27) and ABB (28), were screened under natural local conditions. Amongst the AA clones,Sannachenkadali was tolerant of rhizome weevil, sigatoka leaf spot and banana bunchy top nanavirus. In the AB group, Njalipoovan, Kunnan and Poomkalli were resistant to all of the pests and diseases studied. AAA clone Manoranjitham was highly resistant to leaf spot disease and AAB clone Mysore poovan was highly tolerant of rhizome weevil attack. Clones such as Thiruvananthapuram, Mysore ethan and Padalimoongil showed moderate multiple resistance to rhizome weevil, sigatoka leaf spot and banana nematode.In the ABB genomic group, Jamani was tolerant of all the pests and diseases studied. Malaimonthan and Peykunnan were moderately resistant to rhizome weevil, banana nematode and sigatoka leaf spot. 16 ref. An experiment was conducted at Kannara during 1990-93, to assess the incidence of major pests and diseases on banana [Musa] clones. The pests and diseases studied were rhizome weevil (Cosmopolites sordidus), sigatoka leaf spot (Mycosphaerella musicola), banana bunchy top nanavirus and banana nematode (Radopholus similis). Eighty-seven clones representing various genomic groups, viz. AA (7), AB (7), AAA (18), AAB (27) and ABB (28), were screened under natural local conditions. Amongst the AA clones,Sannachenkadali was tolerant of rhizome weevil, sigatoka leaf spot and banana bunchy top nanavirus. In the AB group, Njalipoovan, Kunnan and Poomkalli were resistant to all of the pests and diseases studied. AAA clone Manoranjitham was highly resistant to leaf spot disease and AAB clone Mysore poovan was highly tolerant of rhizome weevil attack. Clones such as Thiruvananthapuram, Mysore ethan and Padalimoongil showed moderate multiple resistance to rhizome weevil, sigatoka leaf spot and banana nematode.In the ABB genomic group, Jamani was tolerant of all the pests and diseases studied. Malaimonthan and Peykunnan were moderately resistant to rhizome weevil, banana nematode and sigatoka leaf spot. text d
institution FEDEPALMA
collection DSpace
country Colombia
countrycode CO
component Bibliográfico
access En linea
databasecode dig-fedepalma
tag biblioteca
region America del Sur
libraryname Centro de Información y Documentación Palmero
language d
topic agricultural entomology
bananas
control
Cultivar
disease resistance
fruit crops
genomes
insect pests
nematology
pest control
pest resistance
plant diseases
plant nematology
plant parasitic nematodes
plant pathogenic fungi
plant pathogens
plant pathology
plant pests
resistance
tropical fruits
varietal reactions
Bananas
Control
Natural immunity
Genomes
Genomes
Insect pests
Insect pests
Pests
Pest control
Plant diseases
Plant diseases
Plant nematodes
Phytopathogenic microorganisms
Plant diseases
Plant diseases
Plant parasites
Tropical fruit
agricultural entomology
bananas
control
Cultivar
disease resistance
fruit crops
genomes
insect pests
nematology
pest control
pest resistance
plant diseases
plant nematology
plant parasitic nematodes
plant pathogenic fungi
plant pathogens
plant pathology
plant pests
resistance
tropical fruits
varietal reactions
Bananas
Control
Natural immunity
Genomes
Genomes
Insect pests
Insect pests
Pests
Pest control
Plant diseases
Plant diseases
Plant nematodes
Phytopathogenic microorganisms
Plant diseases
Plant diseases
Plant parasites
Tropical fruit
spellingShingle agricultural entomology
bananas
control
Cultivar
disease resistance
fruit crops
genomes
insect pests
nematology
pest control
pest resistance
plant diseases
plant nematology
plant parasitic nematodes
plant pathogenic fungi
plant pathogens
plant pathology
plant pests
resistance
tropical fruits
varietal reactions
Bananas
Control
Natural immunity
Genomes
Genomes
Insect pests
Insect pests
Pests
Pest control
Plant diseases
Plant diseases
Plant nematodes
Phytopathogenic microorganisms
Plant diseases
Plant diseases
Plant parasites
Tropical fruit
agricultural entomology
bananas
control
Cultivar
disease resistance
fruit crops
genomes
insect pests
nematology
pest control
pest resistance
plant diseases
plant nematology
plant parasitic nematodes
plant pathogenic fungi
plant pathogens
plant pathology
plant pests
resistance
tropical fruits
varietal reactions
Bananas
Control
Natural immunity
Genomes
Genomes
Insect pests
Insect pests
Pests
Pest control
Plant diseases
Plant diseases
Plant nematodes
Phytopathogenic microorganisms
Plant diseases
Plant diseases
Plant parasites
Tropical fruit
Anitha, N., autor. aut 56633
Radhakrishnan, TC. 56634
Rajamony, L. 56635
Reaction of banana clones against the major biotic stresses.
description An experiment was conducted at Kannara during 1990-93, to assess the incidence of major pests and diseases on banana [Musa] clones. The pests and diseases studied were rhizome weevil (Cosmopolites sordidus), sigatoka leaf spot (Mycosphaerella musicola), banana bunchy top nanavirus and banana nematode (Radopholus similis). Eighty-seven clones representing various genomic groups, viz. AA (7), AB (7), AAA (18), AAB (27) and ABB (28), were screened under natural local conditions. Amongst the AA clones,Sannachenkadali was tolerant of rhizome weevil, sigatoka leaf spot and banana bunchy top nanavirus. In the AB group, Njalipoovan, Kunnan and Poomkalli were resistant to all of the pests and diseases studied. AAA clone Manoranjitham was highly resistant to leaf spot disease and AAB clone Mysore poovan was highly tolerant of rhizome weevil attack. Clones such as Thiruvananthapuram, Mysore ethan and Padalimoongil showed moderate multiple resistance to rhizome weevil, sigatoka leaf spot and banana nematode.In the ABB genomic group, Jamani was tolerant of all the pests and diseases studied. Malaimonthan and Peykunnan were moderately resistant to rhizome weevil, banana nematode and sigatoka leaf spot.
format Texto
topic_facet agricultural entomology
bananas
control
Cultivar
disease resistance
fruit crops
genomes
insect pests
nematology
pest control
pest resistance
plant diseases
plant nematology
plant parasitic nematodes
plant pathogenic fungi
plant pathogens
plant pathology
plant pests
resistance
tropical fruits
varietal reactions
Bananas
Control
Natural immunity
Genomes
Genomes
Insect pests
Insect pests
Pests
Pest control
Plant diseases
Plant diseases
Plant nematodes
Phytopathogenic microorganisms
Plant diseases
Plant diseases
Plant parasites
Tropical fruit
author Anitha, N., autor. aut 56633
Radhakrishnan, TC. 56634
Rajamony, L. 56635
author_facet Anitha, N., autor. aut 56633
Radhakrishnan, TC. 56634
Rajamony, L. 56635
author_sort Anitha, N., autor. aut 56633
title Reaction of banana clones against the major biotic stresses.
title_short Reaction of banana clones against the major biotic stresses.
title_full Reaction of banana clones against the major biotic stresses.
title_fullStr Reaction of banana clones against the major biotic stresses.
title_full_unstemmed Reaction of banana clones against the major biotic stresses.
title_sort reaction of banana clones against the major biotic stresses.
work_keys_str_mv AT anithanautoraut56633 reactionofbananaclonesagainstthemajorbioticstresses
AT radhakrishnantc56634 reactionofbananaclonesagainstthemajorbioticstresses
AT rajamonyl56635 reactionofbananaclonesagainstthemajorbioticstresses
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