Plant Breeding and Biotechnology

Indexed in /covered by CAS, KoreaScience & DOI/Crossref:eISSN 2287-9366   pISSN 2287-9358

Table. 1.

Table. 1.

Analysis of variances for 19 yield and yield at-tributing characters of 48 rapeseed and mustard genotypes.

Traits Genotypic mean square Error mean square F statistic P value
FDF 4.7 0.99 4.69 <0.0001
D50%F 12.8 1.27 10.1 <0.0001
DSF 4.3 1.31 3.17 <0.0001
PlantHt 595.01 94.2 6.29 <0.0001
LPB 578.1 153.9 3.72 <0.0001
LSB 372.3 120.7 3.39 <0.0001
NoPB 4.1 1.49 2.67 <0.0001
NoSB 47.2 17.1 2.76 <0.0001
NoTB 31.97 13.26 2.43 <0.0001
TotalS 23046 4118 5.59 <0.0001
NoSMA 193.5 102.5 1.89 0.004
NoSPB 4314 1007 4.28 <0.0001
NoSSB 6588 1613 4.2 <0.0001
NoSTB 84.91 25.1 3.39 <0.0001
NoSPS 35.7 3.81 9.38 <0.0001
LenS 3.86 0.16 22.86 <0.0001
Y/Plant 15.6 4.41 3.5 <0.0001
1000SW 0.77 0.59 1.38 0.121
Maturity 65.6 0.03 2361.2 <0.0001

FDF: days to first flowering, D50%F: days to 50% flowering, DSF: days to siliqua formation, PlantHt: plant height, LPB: length of primary branches, LSB: length of secondary branches, NoPB: number of primary branches, NoSB: number of secondary branches, NoTB: number of tertiary branches, TotalS: total number of seeds, NoSMA: number of siliqua in main axis per plant, NoSPB: number of siliqua in primary branches, NoSSB: number of siliqua in secondary branches, NoSTB: number of siliqua in tertiary branches, NoSPS: number of seeds per siliqua, LenS: length of siliqua, Y/Plant: yield per plant, 1000SW: 1000 seeds weight, Maturity: days to maturity.

Plant Breed. Biotech. 2020;8:316-26 https://doi.org/10.9787/PBB.2020.8.4.316
© 2020 Plant Breed. Biotech.