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首页> 外文期刊>Revista rvore >Biologia reprodutiva de Acacia mearnsii de wild. (Fabaceae) IV: visitantes florais
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Biologia reprodutiva de Acacia mearnsii de wild. (Fabaceae) IV: visitantes florais

机译:生殖生物学的野生合欢生效。 (Fabaceae)四:花卉游客

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摘要

To ensure the success of the strategies of genetic improvement in tree species, knowledge of the reproductive biology of the species involved is essential. One of these critical factors in reproductive success of the genus Acacia is the presence of vectors to pollination. The purpose of this study was to identify flower visitors to a commercial plantation of Acacia mearnsii De Wild. and quantify the polyads attached to the body surface of the insects. The observations were made from a tower in a commercial stand during flowering, in 2002 and 2003. During the day, flower visitors were captured with an entomological net and an air basket installed on a tractor. At night, insects were caught with light traps installed between the flowering crowns. Insects belonging to orders Coleoptera, Hymenoptera, Diptera, Hemiptera and Lepidoptera were observed. Beetles of the species Macrodactylus suturalis were considered dispersers of black wattle pollen, based on the high frequency of individuals in the population studied and the high quantity of polyads adhered to the body of the caught insects (X=229,36 polyads/insect). The amount of polyads verified on bees of the species Apis mellifera was significantly greater (X=448,50 polyads/insect), but the frequency in the study area was insignificant. One of the recommended ways to increase the frequency of bees and wasps in black-watle commercial plantations is the maintenance of sources of nectar and the introduction of bee hives.
机译:为确保树种遗传改善策略的成功,所涉及物种的生殖生物学知识至关重要。在金合欢属的生殖成功中的这些关键因素之一是存在载体的载体。本研究的目的是将花游客识别到Acacia Mearnsii de Wild的商业种植园。并量化附着在昆虫的体表面上的多亚。 2002年和2003年,在开花期间由商业站点中的塔进行了观察。白天,花游客用昆虫网和安装在拖拉机上的空气篮子。在晚上,昆虫被安装在开花冠之间的光陷阱。观察到属于Orders Coleoptera,Hymenoptera,Diptera,半翅目和鳞翅目的昆虫。物种甲虫的甲虫被认为是黑色荆棘花粉的分散剂,基于所研究的人群中的个体的高频和粘附在捕获的昆虫的身体(x = 229,36多亚汁/昆虫)中的高量多达。在物种APIS Mellifera的蜜蜂上验证的多烷基的量显着大(x = 448,50个多亚汁/昆虫),但研究区域的频率是微不足道的。在黑色Watle商业种植园中增加蜜蜂和黄蜂频率的推荐方式之一是维持花蜜的来源和蜜蜂荨麻疹的引入。

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