Use of Osmia bicornis L. for Pollination of Cyclamen persicum Mill. Cultivated in Greenhouse Environment During Winter Period

IF 0.8 4区 农林科学 Q4 ENTOMOLOGY Journal of Apicultural Science Pub Date : 2022-06-01 DOI:10.2478/jas-2022-0007
M. Fliszkiewicz, O. Wasielewski, K. Giejdasz
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Abstract

Abstract In this study, the pollinating potential of the red mason bee (Osmia bicornis syn. O. rufa) in seed production of a major ornamental plant - Persian cyclamen (Cyclamen persicum), was evaluated under horticultural farm conditions. The study was conducted under a greenhouse environment for five months, from October to the end of February. The juvenile hormone analogue methoprene supported the termination of bee diapause. Experimental results from Osmia pollination plots were compared with control plots that applied the hand-pollination method. Plants with flowers pollinated by the solitary bee had significantly more fruits than those pollinated by the hand method in November, December and February. In addition, significantly more seeds per capsule were produced by plants pollinated by O. bicornis from December to February. Finally, plants pollinated by Osmia bees produced more seeds than those hand-pollinated at all experimental months. These results showed that if the diapause of O. bicornis is successfully broken, this bee can be a very efficient pollinator in greenhouse environments, even during winter.
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二角桂在仙客来授粉中的应用。冬季温室环境栽培
摘要本研究在园艺场条件下对红泥瓦蜂(Osmia bicornis syn.O.rufa)在主要观赏植物波斯仙客来(cyclamen persicum)种子生产中的授粉潜力进行了评估。这项研究在温室环境下进行了五个月,从10月到2月底。幼激素类似物甲氧平支持终止蜜蜂滞育。将Osmia授粉小区的实验结果与采用人工授粉方法的对照小区进行了比较。在11月、12月和2月,花由单蜂授粉的植物结出的果实明显多于手工授粉的植物。此外,从12月到2月,由双角O.bicornis授粉的植物产生的每粒种子明显更多。最后,在所有实验月份,由Osmia蜜蜂授粉的植物产生的种子都比手工授粉的植物多。这些结果表明,如果双角O.bicornis的滞育被成功打破,即使在冬季,这种蜜蜂也可以在温室环境中成为一种非常有效的传粉昆虫。
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来源期刊
CiteScore
1.70
自引率
0.00%
发文量
9
审稿时长
>12 weeks
期刊介绍: The Journal of Apicultural Science is a scientific, English-language journal that publishes both original research articles and review papers covering all aspects of the life of bees (superfamily Apoidea) and broadly defined apiculture. The main subject areas include: -bee biology- bee genetics- bee breeding- pathology and toxicology- pollination and bee botany- bee products- management, technologies, and economy- solitary bees and bumblebees
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