Research Article

Faba Bean (Vicia faba L.) Variety Evaluation for Disease Resistance, Yield, and Agronomic Traits in South Gondar, Ethiopia

Table 2

The combined mean performance of yield and yield components of faba bean varieties in the 2020 and 2021 cropping seasons.

VarietyYield and yield componentsa
DFDMNBPPH (cm)NPPNSPHSW (g)GY (kg·ha−1)

Ashebeka53.33d124.5d1.75b99.5b7.68b6.17b77.33cd20624b
Diba68b129.33c1.32c98.83b6.08c4.55c89.16ab18897c
Gora54.5c129.17c2.2a105.43a9.68a7.99a98.83a21988a
Numan53d134.5b1.18c92.03c5.37d2.4e86.66bc7012.5e
Tumsa71.83a140a1.35c90.5c4.75e2.48e70.00d10786d
Local53.83cd129c1.13c91.5c4.83de3.28d75.50d10128d
CV (%)1.442.2615.912.667.678.099.717.35
LSD (5%)1.023.560.293.080.590.449.691320.5

aDF = days to flowering; DM = days to maturity; NBP = number of branches per plant; NPP = number of pods per plant; NSP = number of seeds per pod; PH = plant height; HSW = hundred-seed weight; GY = grain yield. CV = coefficient of variance; LSD = least significance difference. The varieties represented by “b, c, d, and e” are statistically different from the variety represented by “a“ at 5% level of significance for both traits. The variety represented by “a” has a greater value than varieties assigned “b, c, d, and e.” The same procedure is true to compare varieties represented by “b“ with those represented by c, d, and e.