This study aimed to investigate the flowering habit of Ardisia mamillata Hance, to provide theoretical basis for the crossbreeding of A. mamillata. Re- suits show that A. mamillata is not entomophilous but anemophilou...This study aimed to investigate the flowering habit of Ardisia mamillata Hance, to provide theoretical basis for the crossbreeding of A. mamillata. Re- suits show that A. mamillata is not entomophilous but anemophilous. The florescence lasts 40 d from the last 10 d of June to the first 10 d of August; the florescence of single flower is about 1 -3 d; there are two peaks of individual florescence; the gregarious flowering belongs to abundant centralized pattern, which is conducive to the reproductive success and provides convenience for the crossbreeding of A. mamiUata.展开更多
Ardisia mamillata Hance is a rare plant with highly ornamental and medicinal value. The traditional propagation methods for A. mamillata by seeds or cutting provided low proliferation rate. This study is to optimize t...Ardisia mamillata Hance is a rare plant with highly ornamental and medicinal value. The traditional propagation methods for A. mamillata by seeds or cutting provided low proliferation rate. This study is to optimize the propagation technique of A. mamillata by tissue culture and set up an industrial production system to provide plenty of A. mamillata seedlings for the human demand. The optimal initiation medium for A. mamillata is MS +2.0 mg/L BA +0.1 mg/L NAA +30 g/L sugar, providing76.4% initiation rate. The optimal shoot proliferation medium for A. mamillata is MS+1.0 mg/L BA+0.1 mg/L NAA+30 g/L sugar, providing 4.56 fold proliferation rate and3.10 cm shoot in height. The optimal shoot elongation medium for A. mamillata is MS+0.5 mg/L BA+0.1 mg/L NAA+30 g/L sugar, providing 2.77 fold proliferation rate and 4.27 cm shoot in height. The optimal rooting medium for A. mamillata is 1/2MS+0.1 mg/L IBA +15 g/L sugar, providing 99.7% rooting rate, 4.0 roots per individual,7.53 cm root in length and 3.94 cm shoot in height. This provides a reliable mass propagation method for A. mamillata.展开更多
基金Supported by the"Double-Support Plan"Foundation of Sichuan Agricultural University
文摘This study aimed to investigate the flowering habit of Ardisia mamillata Hance, to provide theoretical basis for the crossbreeding of A. mamillata. Re- suits show that A. mamillata is not entomophilous but anemophilous. The florescence lasts 40 d from the last 10 d of June to the first 10 d of August; the florescence of single flower is about 1 -3 d; there are two peaks of individual florescence; the gregarious flowering belongs to abundant centralized pattern, which is conducive to the reproductive success and provides convenience for the crossbreeding of A. mamiUata.
基金Supported by Fujian Modern Agriculture Project:The Innovation and Industrialization Techniques of Dominant Woody Flowering Plants(No.:Min Lin Ji Cai[2012]137)
文摘Ardisia mamillata Hance is a rare plant with highly ornamental and medicinal value. The traditional propagation methods for A. mamillata by seeds or cutting provided low proliferation rate. This study is to optimize the propagation technique of A. mamillata by tissue culture and set up an industrial production system to provide plenty of A. mamillata seedlings for the human demand. The optimal initiation medium for A. mamillata is MS +2.0 mg/L BA +0.1 mg/L NAA +30 g/L sugar, providing76.4% initiation rate. The optimal shoot proliferation medium for A. mamillata is MS+1.0 mg/L BA+0.1 mg/L NAA+30 g/L sugar, providing 4.56 fold proliferation rate and3.10 cm shoot in height. The optimal shoot elongation medium for A. mamillata is MS+0.5 mg/L BA+0.1 mg/L NAA+30 g/L sugar, providing 2.77 fold proliferation rate and 4.27 cm shoot in height. The optimal rooting medium for A. mamillata is 1/2MS+0.1 mg/L IBA +15 g/L sugar, providing 99.7% rooting rate, 4.0 roots per individual,7.53 cm root in length and 3.94 cm shoot in height. This provides a reliable mass propagation method for A. mamillata.
