Selection of garden rose cultivars for use as a cut flower

Comprehensive Microbial Study on Biocide Application as Vase Solution Preservatives for Cut ‘Cherry Brandy’ Rose Flower

Disturbance in water relations is the major causes of vase life reduction and senescence in cut flowers This problem is mainly due to microorganism proliferation in the vase solution which leads to vascular occlusion and reduction in solution uptake by cut flowers. Therefore a comprehensive study was conducted to evaluate the biocidal effect of nano silver particles (NSP) and compare it with so...

Expression of Genes Encoding Protein Kinases During Flower Opening in Two Cut Rose Cultivars with Different Longevity

Ethylene plays an important role in wide-ranging aspects of plant growth and development, includingfruit ripening, leaf and flower senescence. In this study, the expression patterns of two genes involved in theethylene signal transduction pathway (RhCTR1 and RhCTR2) were investigated during the flower openingstages in two Rosa hybrida cultivars, ‘Black magic’ and ‘Maroussia’, ...

Screening Eight Cultivars of Alstroemeria Cut Flower for Vase Life and Biochemical Traits

Alstroemeria is one of the most popular cut flowers in European Union owing to its postharvest longevity and broad color spectra. Nevertheless, premature wilting decreases the aesthetic value of flowering branches even before the opening of the secondary florets in the fluorescence. The present study evaluated different biochemical and morphological traits of Alstroemeria cut ...

Effects of K/Ca ratios of Nutrient Solution on Some Physiological Traits and Cut Flower Vase Life of Rose Cultivars (Capitol and Magic Red)

An experiment was conducted to investigate the effects of K/Ca ratios of nutrient solution on physiological traits, cut flower vase life and postharvest changes of rose. The main experiment was factorial based on completely randomized design with two cvs. of rose (Magic Red and Capitol), five K/Ca ratios in the nutrient solution (4:4, 6:4, 6:3, 8:3, 10:2) and three replications. Increasing the ...

Micropropagation of miniature rose cultivars