[Objective] The aim was to explore the effects of different factors on rapid propagation and seedling survival of Lonicera japonica Thunb. [Method] The cuttings of 1, 2 or 3 years old, with different length, were soak...[Objective] The aim was to explore the effects of different factors on rapid propagation and seedling survival of Lonicera japonica Thunb. [Method] The cuttings of 1, 2 or 3 years old, with different length, were soaked in different hormones at different concentrations for different time and planted at different dates. Finally, their rooting rate and survival rate in different treatments were measured and compared. [Result] The rooting rate and survival rate of one-year old cuttings with length of 10-13 cm and planted on September 20 and October 20, 2012 were relatively higher among all the treatments. Hormone treatment could significantly promote the callus formation and accelerate the rooting of the cuttings, and improve their survival rate. The cuttings treated with 120-200 mg/L ABT1 or NAA for 35-45 min had higher rooting rate and survival rate. Among them, the survival rate of cuttings treated with 160 mg/L ABT1 for 35 min was the highest, up to 92.5%. [Conclusion] The study provided basis for improving the survival rate of L. japonica by cuttage, and for optimizing the rapid propagation technique.展开更多
Utilization of native plants in urban landscaping can potentially support their conservation and safeguard endangered native species from extinction. In this study, efforts were made to standardize vegetative propagat...Utilization of native plants in urban landscaping can potentially support their conservation and safeguard endangered native species from extinction. In this study, efforts were made to standardize vegetative propagation techniques for Lycium shawiL Nitraria retusa and Farsetia aegyptia. Effects of varying concentrations of rooting hormones on the success of rooting of hardwood cuttings of these species were studied in this research. Rooting in hardwood cuttings of Lycium shawii was enhanced （100%） by treating them with 1,000 ppm IBA, Ormone radicante in polvere （5,000 ppm NAA） and hormex （1,000 ppm IBA）. Treatment with 1,000 ppm NAA was found to be effective for Nitraria retusa, while marginal success was recorded in rooting of hardwood cuttings of Farsetia aegyptia when treated with 400 ppm NAA. Rooting in untreated cuttings was 80%.展开更多
基金Supported by the Science and Technology Program of Loudi City(3331118)the Science and Technology Program of Hunan Province(2011FJ3039)~~
文摘[Objective] The aim was to explore the effects of different factors on rapid propagation and seedling survival of Lonicera japonica Thunb. [Method] The cuttings of 1, 2 or 3 years old, with different length, were soaked in different hormones at different concentrations for different time and planted at different dates. Finally, their rooting rate and survival rate in different treatments were measured and compared. [Result] The rooting rate and survival rate of one-year old cuttings with length of 10-13 cm and planted on September 20 and October 20, 2012 were relatively higher among all the treatments. Hormone treatment could significantly promote the callus formation and accelerate the rooting of the cuttings, and improve their survival rate. The cuttings treated with 120-200 mg/L ABT1 or NAA for 35-45 min had higher rooting rate and survival rate. Among them, the survival rate of cuttings treated with 160 mg/L ABT1 for 35 min was the highest, up to 92.5%. [Conclusion] The study provided basis for improving the survival rate of L. japonica by cuttage, and for optimizing the rapid propagation technique.
文摘Utilization of native plants in urban landscaping can potentially support their conservation and safeguard endangered native species from extinction. In this study, efforts were made to standardize vegetative propagation techniques for Lycium shawiL Nitraria retusa and Farsetia aegyptia. Effects of varying concentrations of rooting hormones on the success of rooting of hardwood cuttings of these species were studied in this research. Rooting in hardwood cuttings of Lycium shawii was enhanced （100%） by treating them with 1,000 ppm IBA, Ormone radicante in polvere （5,000 ppm NAA） and hormex （1,000 ppm IBA）. Treatment with 1,000 ppm NAA was found to be effective for Nitraria retusa, while marginal success was recorded in rooting of hardwood cuttings of Farsetia aegyptia when treated with 400 ppm NAA. Rooting in untreated cuttings was 80%.
