Heritability of aflatoxin resistance traits and correlation with drought tolerance traits in peanut

Heritability of aflatoxin resistance traits and correlation with drought tolerance traits in peanut

Drought tolerance can be an effective tool for improving aflatoxin resistance in peanut. We evaluated 140 peanut families from 4 crosses in the F 4:7 and F 4:8 generations in field trials under drought and non–drought conditions to investigate the heritability ( h 2) of aflatoxin resistance traits,...

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Published in:Field crops research Vol. 117; no. 2; pp. 258 - 264
Main Authors: Arunyanark, A., Jogloy, S., Wongkaew, S., Akkasaeng, C., Vorasoot, N., Kesmala, T., Patanothai, A.
Format: Journal Article
Language:English
Published: Elsevier B.V 03-06-2010
[Amsterdam]: Elsevier
Subjects:
Aflatoxin contamination
aflatoxins
Arachis hypogaea
Aspergillus flavus
chlorophyll
crop yield
disease resistance
drought
drought tolerance
dry matter accumulation
environmental factors
field crops
food contamination
genetic correlation
genetic resistance
genetic variation
genotype-environment interaction
harvest index
heritability
leaf area
microbial contamination
peanuts
phenotypic correlation
plant pathogenic fungi
seed infection
SPAD chlorophyll meter reading
specific leaf area
water stress
specific leaf area
drought tolerance
seed infection
Aflatoxin contamination
SPAD chlorophyll meter reading
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Abstract Drought tolerance can be an effective tool for improving aflatoxin resistance in peanut. We evaluated 140 peanut families from 4 crosses in the F 4:7 and F 4:8 generations in field trials under drought and non–drought conditions to investigate the heritability ( h 2) of aflatoxin resistance traits, and phenotypic ( r P ) and genotypic ( r G ) correlations between aflatoxin resistance and drought tolerance traits. Data were collected for seed infection by Aspergillus flavus, aflatoxin contamination, biomass, pod yield, drought tolerance index (DTI) of biomass (BIO), DTI of pod yield (PY), harvest index (HI), SPAD chlorophyll meter reading (SCMR) and specific leaf area (SLA). High genotype x environment interactions and low to moderate h 2 for seed infection and aflatoxin contamination (0.30 to 0.65) were observed, indicating difficulty with directly improving these traits. However, seed infection and aflatoxin contamination had significant negative r G with drought tolerance traits, especially with pod yield (–0.29** to–0.93**) under drought conditions, indicating that genotype selection for drought tolerance could improve aflatoxin resistance. Moreover, r G were strong between seed infection and aflatoxin contamination with HI (–0.33** to–0.89**), SLA (0.50** to 0.92**) and SCMR (–0.60** to–0.83**). The results indicate that HI, SLA, or SCMR traits under long-term drought conditions could be used as indirect indicators of aflatoxin resistance. Because measurements for SLA and SCMR are simple, realizable and rapid, SLA and SCMR may be practical and cost effective for application in large scale breeding programs.
AbstractList Drought tolerance can be an effective tool for improving aflatoxin resistance in peanut. We evaluated 140 peanut families from 4 crosses in the F sub(4:7) and F sub(4:8) generations in field trials under drought and non-drought conditions to investigate the heritability (h super(2)) of aflatoxin resistance traits, and phenotypic (r sub()P and genotypic (r sub()G correlations between aflatoxin resistance and drought tolerance traits. Data were collected for seed infection by Aspergillus flavus, aflatoxin contamination, biomass, pod yield, drought tolerance index (DTI) of biomass (BIO), DTI of pod yield (PY), harvest index (HI), SPAD chlorophyll meter reading (SCMR) and specific leaf area (SLA). High genotype x environment interactions and low to moderate h super(2) for seed infection and aflatoxin contamination (0.30 to 0.65) were observed, indicating difficulty with directly improving these traits. However, seed infection and aflatoxin contamination had significant negative r sub()Gwith drought tolerance traits, especially with pod yield (-0.29** to-0.93**) under drought conditions, indicating that genotype selection for drought tolerance could improve aflatoxin resistance. Moreover, r sub()Gwere strong between seed infection and aflatoxin contamination with HI (-0.33** to-0.89**), SLA (0.50** to 0.92**) and SCMR (-0.60** to-0.83**). The results indicate that HI, SLA, or SCMR traits under long-term drought conditions could be used as indirect indicators of aflatoxin resistance. Because measurements for SLA and SCMR are simple, realizable and rapid, SLA and SCMR may be practical and cost effective for application in large scale breeding programs.
Drought tolerance can be an effective tool for improving aflatoxin resistance in peanut. We evaluated 140 peanut families from 4 crosses in the F 4:7 and F 4:8 generations in field trials under drought and non–drought conditions to investigate the heritability ( h 2) of aflatoxin resistance traits, and phenotypic ( r P ) and genotypic ( r G ) correlations between aflatoxin resistance and drought tolerance traits. Data were collected for seed infection by Aspergillus flavus, aflatoxin contamination, biomass, pod yield, drought tolerance index (DTI) of biomass (BIO), DTI of pod yield (PY), harvest index (HI), SPAD chlorophyll meter reading (SCMR) and specific leaf area (SLA). High genotype x environment interactions and low to moderate h 2 for seed infection and aflatoxin contamination (0.30 to 0.65) were observed, indicating difficulty with directly improving these traits. However, seed infection and aflatoxin contamination had significant negative r G with drought tolerance traits, especially with pod yield (–0.29** to–0.93**) under drought conditions, indicating that genotype selection for drought tolerance could improve aflatoxin resistance. Moreover, r G were strong between seed infection and aflatoxin contamination with HI (–0.33** to–0.89**), SLA (0.50** to 0.92**) and SCMR (–0.60** to–0.83**). The results indicate that HI, SLA, or SCMR traits under long-term drought conditions could be used as indirect indicators of aflatoxin resistance. Because measurements for SLA and SCMR are simple, realizable and rapid, SLA and SCMR may be practical and cost effective for application in large scale breeding programs.
Drought tolerance can be an effective tool for improving aflatoxin resistance in peanut. We evaluated 140 peanut families from 4 crosses in the F₄:₇ and F₄:₈ generations in field trials under drought and non-drought conditions to investigate the heritability (h ²) of aflatoxin resistance traits, and phenotypic (r P ) and genotypic (r G ) correlations between aflatoxin resistance and drought tolerance traits. Data were collected for seed infection by Aspergillus flavus, aflatoxin contamination, biomass, pod yield, drought tolerance index (DTI) of biomass (BIO), DTI of pod yield (PY), harvest index (HI), SPAD chlorophyll meter reading (SCMR) and specific leaf area (SLA). High genotype x environment interactions and low to moderate h² for seed infection and aflatoxin contamination (0.30 to 0.65) were observed, indicating difficulty with directly improving these traits. However, seed infection and aflatoxin contamination had significant negative r G with drought tolerance traits, especially with pod yield (-0.29** to-0.93**) under drought conditions, indicating that genotype selection for drought tolerance could improve aflatoxin resistance. Moreover, r G were strong between seed infection and aflatoxin contamination with HI (-0.33** to-0.89**), SLA (0.50** to 0.92**) and SCMR (-0.60** to-0.83**). The results indicate that HI, SLA, or SCMR traits under long-term drought conditions could be used as indirect indicators of aflatoxin resistance. Because measurements for SLA and SCMR are simple, realizable and rapid, SLA and SCMR may be practical and cost effective for application in large scale breeding programs.
Author Patanothai, A.
Akkasaeng, C.
Vorasoot, N.
Jogloy, S.
Kesmala, T.
Wongkaew, S.
Arunyanark, A.
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Keywords specific leaf area
drought tolerance
seed infection
Aflatoxin contamination
SPAD chlorophyll meter reading
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Snippet Drought tolerance can be an effective tool for improving aflatoxin resistance in peanut. We evaluated 140 peanut families from 4 crosses in the F 4:7 and F 4:8...
Drought tolerance can be an effective tool for improving aflatoxin resistance in peanut. We evaluated 140 peanut families from 4 crosses in the F₄:₇ and F₄:₈...
Drought tolerance can be an effective tool for improving aflatoxin resistance in peanut. We evaluated 140 peanut families from 4 crosses in the F sub(4:7) and...
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SubjectTerms Aflatoxin contamination
aflatoxins
Arachis hypogaea
Aspergillus flavus
chlorophyll
crop yield
disease resistance
drought
drought tolerance
dry matter accumulation
environmental factors
field crops
food contamination
genetic correlation
genetic resistance
genetic variation
genotype-environment interaction
harvest index
heritability
leaf area
microbial contamination
peanuts
phenotypic correlation
plant pathogenic fungi
seed infection
SPAD chlorophyll meter reading
specific leaf area
water stress
Title Heritability of aflatoxin resistance traits and correlation with drought tolerance traits in peanut
URI https://dx.doi.org/10.1016/j.fcr.2010.03.011
https://search.proquest.com/docview/744707310
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