The short vase life of Acacia holosericea cut stems needs to be improved before they are marketable as cut foliage for floral arrangement. The effects of citric acid, Cu2+ and sucrose were investigated for their efficacy in postharvest treatments to extend vase life of the cut stems. Five experiments were conducted involved combinations of citric acid either with Cu2+ or sucrose. Vase life, relative fresh weight (RFW), and vase solution uptake were measured as indicators of cut stem quality. The effect of Cu2+ alone was shown to be consistently superior in improving vase life by up to 1.9-fold as compared with deionised water control. Citric acid had a smaller effect than Cu2+ and did not act synergistically with Cu2+. Sucrose on its own or...
Post-harvest application of abscisic acid (ABA) can induce stomatal closure in the leaves of cut flo...
Vase life is one of the most important factors determining the marketability of cut flowers and infl...
Maintaining a high rate of water uptake is crucial for maximum longevity of cut stems. Physiological...
Wilting associated with diminishing post-harvest water uptake is a major constraint on longevity for...
A short postharvest life is the major constraint associated with cut Acacia flowers and foliage. Tre...
Abstract Copper ions (Cu2+) have been used in postharvest pulse and vase solution treatments to exte...
The mechanisms of action of Cu2+ in improving the longevity of cut flowers and foliage have not been...
Cut Rosa hybrida cv. High & Mighty flowers and Acacia holosericea (Velvet Leaf Wattle) foliage were ...
This experiment was conducted to study the effectiveness of different preservative solutions on vase...
Short and variable vase life of cut Acacia holosericea foliage stems limits its commercial potential...
The relative efficacies of three chemically different nano-silver (NS) formulations were evaluated f...
Acacia holosericea stems with attached phyllodes have potential as a cut foliage line in vase displa...
Quality of cut flowers is an important issue at postharvest as well as an important factor contribut...
Among the cut flowers, carnations are sensitive to ethylene. Therefore, the vase life is short and a...
The effect of selected chemical agents used as preservative solutions to improve the keeping quality...
Post-harvest application of abscisic acid (ABA) can induce stomatal closure in the leaves of cut flo...
Vase life is one of the most important factors determining the marketability of cut flowers and infl...
Maintaining a high rate of water uptake is crucial for maximum longevity of cut stems. Physiological...
Wilting associated with diminishing post-harvest water uptake is a major constraint on longevity for...
A short postharvest life is the major constraint associated with cut Acacia flowers and foliage. Tre...
Abstract Copper ions (Cu2+) have been used in postharvest pulse and vase solution treatments to exte...
The mechanisms of action of Cu2+ in improving the longevity of cut flowers and foliage have not been...
Cut Rosa hybrida cv. High & Mighty flowers and Acacia holosericea (Velvet Leaf Wattle) foliage were ...
This experiment was conducted to study the effectiveness of different preservative solutions on vase...
Short and variable vase life of cut Acacia holosericea foliage stems limits its commercial potential...
The relative efficacies of three chemically different nano-silver (NS) formulations were evaluated f...
Acacia holosericea stems with attached phyllodes have potential as a cut foliage line in vase displa...
Quality of cut flowers is an important issue at postharvest as well as an important factor contribut...
Among the cut flowers, carnations are sensitive to ethylene. Therefore, the vase life is short and a...
The effect of selected chemical agents used as preservative solutions to improve the keeping quality...
Post-harvest application of abscisic acid (ABA) can induce stomatal closure in the leaves of cut flo...
Vase life is one of the most important factors determining the marketability of cut flowers and infl...
Maintaining a high rate of water uptake is crucial for maximum longevity of cut stems. Physiological...