Title of article :
Introducing Superior Cultivars of Gladiolus by Important Quality and Quantity Indexes
Author/Authors :
Azimi, Mohammad Hossein Department Genetic and Breeding - Ornamental Plants Research Center (OPRC) - Horticultural Sciences Research Institute (HSRI) - Agricultural Research - Education and Extension Organization (AREEO), Mahallat , Banijamali, Mohammad Ornamental Plants Research Center (OPRC) - Horticultural Sciences Research Institute (HSRI) - Agricultural Research - Education and Extension Organization (AREEO), Mahallat
Abstract :
Suitable selection of cultivars is a major determinant of the quantity and
quality of bulbous flowers in Iran’s climatic conditions. In order to introduce
superior cultivars of gladiolus to be grown in the temperate regions of Iran, the
present experiment was carried out in a complete randomized block design
(CRBD) in three replications with five cultivars of gladiolus including ‘Roma’,
‘Wiss Sensatiow’, ‘Nova Lux’, ‘Amsterdam’ and ‘White Prosperity’ in a greenhouse
at the Ornamental Plants Research Center (OPRC) in Mahallat, Iran. Results
indicated that cultivars differed significantly in all studied traits. The highest plant
height and the highest number and weight of cormlets were observed in ‘Amsterdam’.
The highest leaf length and width, number of florets, spike length, and stem
diameter were observed in ‘Wiss Sensatiow’. Also, ‘Roma’ exhibited the longest
vase life (9.66 days), the heaviest corms (40.80 g), the highest corm diameter (56
mm) and the highest floret diameter (9.25 cm). The correlation analysis between
variables revealed a positive and significant correlation between the diameter and
weight of the main corm (r= +0.92) and between spike and leaf length (r= + 0.98).
‘Roma’ and ‘Wiss Sensatiow’ had the best flower and corm traits. So, they are
recommended as alternative to some older cultivars (like ‘White Prosperity’) as
they may have higher marketability in Iran.
Keywords :
Corm , Cormlet , Ornamental plants , Spike length
Journal title :
Astroparticle Physics