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The results from this study also indicated that PHI was an important trait that is associated with maintaining pod yield under mid-season drought.
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Peanut genotypes that have high % RLD at deeper layers and high stomatal conductance, WUE and HI might also maintain pod yield under terminal drought.
The genotypes with large root system and high stomatal conductance, WUE and biomass and maintained higher pod yield under terminal drought.
For example, Tifton 8 had high root dry weight and high stomatal conductance, WUE and biomass, maintained higher pod yield under drought conditions.
ICGV 98324 and ICGV 98348 increased % RLD at deeper layers and also had high stomatal conductance, WUE and HI and maintained higher pod yield under terminal drought.
Differences in dialects among sympatric groups appear to help maintain pod discreteness.
The increasing pod yield group also had the ability to maintain a high PHI.
Drought significantly reduced pod yield, biomass and HI.
CPGH improved pod yield (+64%), seed yield (+101%), HI of pods (+29) and HI of seeds (+56%) respect to CEGH.
Top dry weight and pod yield were measured at harvest and pod harvest index (PHI) was computed using the data on pod yield and biomass.
Pod yield was observed at final harvest date and pod harvest index (PHI) was calculated as pod dry weight per unit of total biomass.
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