Title of article :
Seed yield and yield attributes of onions as influenced by surface cutting, weight, and planting date of mother bulbs
Author/Authors :
Jawid Zamany, Ahmad Horticulture Department - Agriculture Faculty - Kabul University, Kabul, Afghanistan , Salari, Hamid Horticulture Department - Agriculture Faculty - Kabul University, Kabul, Afghanistan , Hakimi, Samiullah Horticulture Department - Agriculture Faculty - Kabul University, Kabul, Afghanistan
Abstract :
Purpose: This investigation aimed to study the effect of mother bulb
surface cutting, weight and date of planting on plant growth, seed
yield and seed quality of onions. Research method: The experiment
was conducted during 2020 at the Agriculture Research Farm of
Kabul University. The study was designed in split-split plot
Randomized Complete Block Design (RCBD) and data for plant
biometry, seed yield and seed quality was recorded. The recorded
data were statistically analyzed with R software. Findings: The study
revealed that, surface cutting of mother bulbs alone does not
influence plant growth and seed yield. However, the interaction of
large bulb and bulb surface cutting was significant on seed yield. The
large sized whole bulbs produced higher seed yield (938.33 Kg ha-1
)
as compared to other treatments. Early planting produced vigorous
plants as compare late planting. Large bulbs (126-175 g) produced
vigorous plants and highest seed yield (820.83 Kg ha-1
). However,
the seed yield (805.83 Kg ha-1
) produced by plants obtained from
medium bulbs (76-125 g) was on par with those produced from
large bulbs. Research limitations: No limitations to report.
Originality/Value: Based on the findings of the study, the farmers
are recommended to avoid the surface cutting of mother bulbs and
follow early planting (20th March) of medium sized bulbs (76-125 g)
for vigorous plants and higher seed yield of onion.
Keywords :
Growth response , Mother bulb treatment , Seed quality , Seed yield
Journal title :
Journal of Horticulture and Postharvest Research (JHPR)