《Table 1–Correlations among pod and seed traits in RILs across three environments.》

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《Identification of major QTL for seed number per pod on chromosome A05 of tetraploid peanut(Arachis hypogaea L.)》

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Unconditional analysis yielded 157 QTL for NSP，NPP，N1PP，N2PP，and N3PP.Discarding QTL detected in only one environment left 107 QTL for the five traits on groups A2，A4，A5，A6，A10，B2，B3，B5，B6，B8，and B9（Fig.3，Table S2）.Each QTL accounted for 4.0%–33.0%of phenotype variation explained（PVE）.Eleven were major QTL on A5 group accounting for>10%PVE，and eight QTL were detected across four environments（Table 3，Fig.4，Table S2，Table S3）.In the first round of meta-analysis，a total of 89 QTL were integrated into28 consensus QTL，with the remaining 18 left as single QTL.For example，six QTL for N3PP were integrated into qN3PPA5.4.In the second round of meta-analysis，16 consensus QTL and10 single QTL were integrated into 10 unique QTL（Table S4）.For example，uqA5-1 was the result of integrating the three consensus QTL qN1PPA5.1，qN2PPA5.1，and NSPA5.1.To further clarify whether pleiotropy，tight linkage，or intergenic interaction accounted for the co-localization of the QTL for PSNT，conditional QTL analysis was performed to detect QTL when the phenotypic value of these traits were conditioned on one another.In all，18 conditional QTL were detected with no>10%of PVE（Table S5）.Three QTL effective alleles were donated by the female parent FCD when NPP was conditioned on NSP，N2PP，and N3PP，and all other QTL alleles were donated by male parent ICG6375.