Floral Biology of Rhipsalis paradoxa (Cactaceae: Cactoideae) in Semideciduous Mesophyll Forest (Atlantic Forest) at Serra do Japi, Jundiaí-SP.

H. F. Paulino-Neto, A. C. Costa, Lívia Maria De Paula, Camilo Ribeiro De Lima
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引用次数: 1

Abstract

The aim of this study was to investigate the floral biology and to determine the main floral visitors and potential pollinators of Rhipsalis paradoxa (Cactaceae). This study was conducted in an Environmental Protection Area in the Serra do Japi, Jundiai-SP. The R. paradoxa flowering season comprehended the months of September and October of 2001. The principal floral visitors were Apis melifera, Billbergia brasiliensis, Melipona quadrifasciata, Melipona bicolor and Trigona sp., all these bees belonging to Apidae family, thus this species consists in a melittophilous cactus. All floral visitors are potential pollinators. B. brasiliensis was considered the main pollinator, since it is a very common species, displays legitimate visits and promotes xenogamy when they move between distant individuals in the population. A. mellifera, M. bicolor and M. quadrifasciata are secondary pollinators, presenting lower visitation rates and short distance flights, promoting mainly self-pollinations and low gene flow within the population of R. paradoxa. Trigona sp., was the most common species and remained longer time in the flowers, however, this bee visited essentially flowers within the same plant favoring basically the geitonogamy, for this reason was considered only as a secondary pollinator. The conservation of the main pollinators of R. paradoxa is crucial for conservation of this cactus species that depend exclusively on bee pollination for its reproductive success.
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日本山半落叶叶肉林(大西洋林)中龙葵花生物学(仙人掌科:龙葵科),JundiaÃÂ -SP。
本研究的目的是研究猕猴桃的花生物学,确定其主要访花者和潜在传粉者。本研究在Jundiai-SP的Serra do Japi环境保护区进行。花期为2001年9月和10月。主要访花蜜蜂为蜜蜂科蜜蜂、巴西Billbergia brasiliensis、Melipona quadrifasciata、Melipona bicolor和Trigona sp.,这些蜜蜂都属于蜂科,因此该种属于嗜蜂性仙人掌。所有访花者都是潜在的传粉者。B. brasiliensis被认为是主要的传粉者,因为它是一个非常常见的物种,当它们在种群中遥远的个体之间移动时,会显示合法的访问并促进异种通婚。蜜蜂、双色蜜蜂和四花蜜蜂是次生传粉者,访花率较低,飞行距离较短,主要促进自花传粉,种群内基因流动小。Trigona sp.是最常见的种类,在花中停留的时间较长,然而,这种蜜蜂基本上是在同一植物的花中访问的,基本上有利于雌雄同体,因此只被认为是次要传粉者。对主要传粉媒介的保护对这种完全依赖蜜蜂授粉的仙人掌物种的保护至关重要。
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