大型蜥蜴的摄食行为驱动了棕榈种子传播的结果,并对其生态系统服务进行了评论

IF 1.8 4区 环境科学与生态学 Q2 BIODIVERSITY CONSERVATION
Ivan Sazima , Marlies Sazima
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引用次数: 0

摘要

全世界有27科470种蜥蜴的结果和种子传播记录,其中新热带虎科有16属35种。在teiids中,黑白相间的tegu Salvator merianae是最大的食果物种。在此,我们描述并说明了2013年11月在巴西东南部的一个城市保护区,这种蜥蜴对皇后棕榈Syagrus romanzoffiana果实的摄食行为。蜥蜴捡起棕榈树下的果实,在那里进食。部分水果经过少量咀嚼后被整个吞下,而部分则被彻底咀嚼,果肉被吞下,坚硬的种子被丢弃。因此,被丢弃在母株下的种子没有被传播,可能几乎没有机会发芽,而那些被吞下的种子随着粪便被清除,并从母株中传播出去,有更好的发芽机会。这种双重行为在以棕榈果为食的蜥蜴中似乎是一种新奇的行为,并且在Teiidae中没有记录。我们还报道了一些由tegu收集或捕猎的动物食物类型,并评论了这种大型蜥蜴在研究地点提供的生态作用和调节生态系统服务,包括植物扩散,腐肉清除和害虫控制。此外,在寒冷和干燥的季节,tegu挖洞来放牧,扮演生态系统工程师的角色。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Feeding behaviour of a large lizard drives the outcome of palm seeds dispersal, with comments on its ecosystem services
Frugivory and seed dispersal is recorded for 470 lizard species in 27 families worldwide, including the Neotropical Teiidae with 16 genera and 35 species. Among teiids, the black and white tegu Salvator merianae stands out as the largest fruit-eating species. Herein we describe and illustrate the feeding behaviour of this lizard on fruits of the queen palm Syagrus romanzoffiana at an urban reserve in southeast Brazil in November 2013. The lizard picks up the fruits under the palm and remains there while feeding. Part of the fruits is swallowed whole after little chewing, whereas part is thoroughly chewed, the pulp swallowed and the hard seed discarded. Thus, the seeds discarded under the mother plant are not dispersed and probably have little chance to germinate, whereas those swallowed are eliminated with faeces and dispersed away from the mother plant have better chances to germinate. This dual behaviour seems a novelty among palm fruit-eating lizards and is unrecorded for Teiidae. We also report on some animal food types gathered or hunted by the tegu and comment on the ecological roles and regulating ecosystem services this large lizard delivers at the study site, including plant dispersal, carrion removal, and pest control. Additionally, the tegu digs burrows to brumate in the cold and dry season, acting as ecosystem engineer.
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来源期刊
Food Webs
Food Webs Environmental Science-Ecology
CiteScore
2.80
自引率
5.90%
发文量
42
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