Market of Lily Bulbs in Argentina

Marinangeli, Pablo Alejandro; Scoponi, Liliana; Curvetto, N.

doi:10.17660/actahortic.2011.900.2

Cited by 1 publication

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“…), as one of the important genera of flower bulbs, belong to family Liliaceae (Asker, 2012). In the floriculture industry, the plants are classified into several main groups based on their morphological, anatomical structures and development patters in one hand, and in the other hand based on their growth and environmental conditions (Grassotti and Gimelli, 2011;Roh, 2011;Van Tuyl and Arens, 2011). The main groups are Asiatic hybrids, LA hybrids (Lilium longiflorum × Asiayic lily), Oriental hybrids and longiflorum hybrids (L. longiflorum), OT hybrids (Oriental × Trumpet lilies) and LO hybrids (L. longiflorum × Oriental lilies) (Al-Allaq et al, 2014).…”

Section: Introductionmentioning

confidence: 99%

Effect of Re-Using Vernalization Bulbs on Growth and Development of Lilies

Herlina

Winarto

2019

J Agric Sciences

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Purpose: Selecting bulbs based on their quality as planting materials is a critical point in obtaining high qualified growth and development of lilies, however published reports in re-using bulbs on cultivation of lilies were still limited. Objective of the research was to reveal effect of re-using vernalization bulbs on growth and development of lily. The research was conducted in plastic house of Segunung Experimental Gerden, Indonesian Ornamental Crops Research Institute. Research Method: Materials used in the study were lily bulbs harvested from the third cultivation period of Asiatic lily, Lilium 'Delina', L. 'Liana', L. longiflorum and L. 'Renata'; two bulb sizes of them were grade A and B. The experiment was arranged in split plot design with three replications. Main plot was two bulb sizes of the grade A and B; while sub-plot was five lily varieties of Asiatic, Delina, Liana, Longiflorum and Renata. Findings: Results of the study revealed that re-utilizing lily bulbs harvested from third cultivation period still had high potential in obtaining better growth and development of lily both vegetatively and generatively. The such bulbs kept resulting in optimal growth performances in all lilies tested. Higher bulb sizes produced better lily performances grade A > grade B in the most varieables observed, while lily varieties indicated varied growth responses in all variables observed. The best variety of lily growth and preformances vegetatively was showed by Longiflorum, however better aspects was noted on Liana. While in interaction effect, grade A of Delina gave better results in initial influorescent formation after 71.3 days after culture with 102.3 days initial flower buds opened, 100% plants flowered, 3 flower buds per plant, 18.7 cm flower bud diameter and 45 mm bulb diameter. The results of the study gave evidents that re-utilizing lily bulbs derived from third cultivation period still could be applied to produce better quality and quantity of lily flowers. Limitations: The limitations of the research are apparent to the fact that the research was only focused on re-utilization of lily bulbs harvested from third cultivation period. Originality/ Value: Results of the research can be used as important considerations for growers and farmers on producing maximal lily flower on fulfilling market and customer demand under re-utilization of lily bulbs.

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