首页> 外文期刊>Mammalia: Morphologie, Biologie Systematique des Mammiferes. >Frugivory patterns and seed dispersal by golden-headed lion tamarins (Leontopithecus chrysomelas) in Una Biological Reserve, Bahia, Brazil
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Frugivory patterns and seed dispersal by golden-headed lion tamarins (Leontopithecus chrysomelas) in Una Biological Reserve, Bahia, Brazil

机译:巴西巴伊亚州Una生物保护区的金头狮子ta猴(Leontopithecus chrysomelas)的节食模式和种子传播

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摘要

This study identified fruit species eaten by Leontopithecus chrysomelas (golden-headed lion tamarins; GHLTs) and related their consumption to seed dispersal. Two GHLT groups were monitored from September 2006 through August 2007 in Una Biological Reserve, Bahia, Brazil. GHLTs consumed fruit from 71 species, preferred mature fruit and swallowed the seeds of most species (76.8%). Smaller seeds were swallowed and larger seeds were generally discarded. GHLTs defecated in low quantities and more than 50% of the faeces contained seeds from only one species. Most faeces were deposited far from the parental tree (>20m) and only 24.2% under the parental tree. The defecation pattern of L. chrysomelas could reduce competition between seeds and facilitate the establishment of seedlings from the most consumed species. Faeces were deposited widely throughout home ranges and away from a seed's parental tree increasing the chances that seeds reach favourable environments and avoid competition with other seedlings. Additionally, defecations also occurred in the same habitat type as a seed's parental tree, keeping species within their typical habitat. GHLTs in Una Biological Reserve were efficient dispersers and might play an important role in the maintenance of floristic composition and regeneration of habitat.
机译:这项研究确定了金黄色狮子Leon猴(GHLTs)食用的水果物种,并将其消耗与种子传播相关联。从2006年9月至2007年8月,在巴西巴伊亚州Una生物保护区对两个GHLT组进行了监测。 GHLTs食用了71种水果,更喜欢成熟的水果,并且吞噬了大多数物种的种子(76.8%)。吞下了较小的种子,通常丢弃了较大的种子。 GHLT的排泄物数量少,超过50%的粪便仅含有一种物种的种子。大部分粪便沉积在距离亲本树较远的地方(> 20m),而在亲本树下仅占24.2%。金黄色乳杆菌的排便模式可以减少种子之间的竞争,并有助于从最消耗的物种建立苗木。粪便广泛分布在整个家庭范围内,远离种子的亲本树,增加了种子达到有利环境并避免与其他幼苗竞争的机会。此外,排便也与种子的亲本树在相同的生境类型中发生,从而使物种处于其典型的生境中。 Una生物保护区中的GHLT是有效的分散剂,可能在维持植物区系组成和栖息地再生中发挥重要作用。

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