Effect of long photoperiod on the reproductive and bulbing processes in garlic (Allium sativum L.) genotypes

Production and Chemical Characteristics of the Populations of Spring Garlic (Allium Sativum L.) from the Serbian Genetic Collection

“…Depending on the genotype, the bulb yield of garlic can vary significantly, and it is primarily influenced by the quality of soil and climate (Cortes et al, 2003). Importantly, the stabilization of the properties of the introduced garlic genotypes lasts for the minimum period of three years (Kamenetsky et al, 2004;Burba, 2009;Mathew et al, 2011). Obviously, large variations of this parameter in our research indicated the variety of the studied material.…”

Influence of Different Photoperiod and Temperature Regimes on Growth and Bulb Quality of Garlic (Allium sativum L.) Cultivars

“…It has been stated that garlic produces poor bulbs in warm, short-day lowland tropical regions, while in temperate zones, in which days were long and winters were cold, flower induction and variation occur and were frequently tailed by scape elongation [42]. It was supposed that under optimum growing conditions (especially appropriate photoperiod and temperature conditions) significantly affect bulbing and also improve the bulb development of garlic thereby affecting its yield [6]. It looked that competition for resources was a very important aspect but only as a second or third phase in a number of trials [6].…”

“…It was supposed that under optimum growing conditions (especially appropriate photoperiod and temperature conditions) significantly affect bulbing and also improve the bulb development of garlic thereby affecting its yield [6]. It looked that competition for resources was a very important aspect but only as a second or third phase in a number of trials [6]. Burba and Riera [47] detected a largely optimistic relationship amid maturity and bulb yield in garlic.…”

Agromorphological performance of garlic landraces in Piauí, Brazil

“…Garlic plants with well-developed vegetative structures have effective source-drain systems for nutrient and photoassimilate translocation to the bulbs from the leaves and the pseudo-stems. This property results in a greater potential for the production of large bulbs (MATHEW et al, 2011).…”