首页> 美国卫生研究院文献>Dong wu xue yan jiu = Zoological Research >Living in forests: strata use by Indo-Chinese gray langurs (Trachypithecus crepusculus) and the effect of forest cover on Trachypithecus terrestriality
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Living in forests: strata use by Indo-Chinese gray langurs (Trachypithecus crepusculus) and the effect of forest cover on Trachypithecus terrestriality

机译:生活在森林中:印支灰叶猴(Trachypithecus crepusculus)的地层利用以及森林覆盖对曲枝鱼陆生的影响

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摘要

Studies on behavioral flexibility in response to habitat differences and degradation are crucial for developing conservation strategies for endangered species. species inhabit various habitats and display different patterns of strata use; however, the effect of habitat structure on strata use remains poorly studied. Here, we investigated strata use patterns of Indo-Chinese gray langurs ( ) in a primary evergreen forest in Mt. Wuliang, southwest China, from June 2012 to January 2016. In addition, we compared strata use and terrestriality with five other species from previous studies. Unlike langurs living in karst forests, our study group was typically arboreal and spent only 2.9% of time on the ground. The group showed a preference for higher strata when resting and lower strata (<20 m) when moving. The langurs primarily used time on the ground for geophagy, but otherwise avoided the ground during feeding. These strata use patterns are similar to those of limestone langurs ( ) when using continuous forests. At the genus level ( =6 species), we found a negative relationship between habitat forest cover and terrestriality. This negative relationship was also true for the five limestone langur species, implying limestone langurs increase territoriality in response to decreased forest cover. Our results document behavioral flexibility in strata use of langurs and highlight the importance of the protection of continuous forests to promote langur conservation.
机译:对应对生境差异和退化的行为灵活性进行研究对于制定濒危物种的保护策略至关重要。物种栖息在各种生境中,并显示出不同的地层利用方式;但是,生境结构对地层利用的影响研究仍很少。在这里,我们调查了山地原始常绿森林中印度洋灰叶猴()的地层利用模式。 2012年6月至2016年1月,中国西南五粮。此外,我们将地层利用和陆地与先前研究的其他五个物种进行了比较。与生活在喀斯特森林中的叶猴不同,我们的研究小组通常是树栖动物,只在地面上花费2.9%的时间。该组在休息时表现出较高的阶层,在移动时表现出较低的阶层(<20 m)。叶猴主要在地面上进行时间定位,但在进食过程中避免了地面。当使用连续森林时,这些地层的使用方式与石灰石叶猴的相似。在属水平上(= 6种),我们发现栖息地森林覆盖率与陆地之间存在负相关关系。对于五个石灰石叶猴物种,这种负相关关系也成立,这意味着随着森林覆盖率的降低,石灰石叶猴的地域性增加。我们的结果记录了叶猴在地层使用中的行为灵活性,并强调了保护连续森林对促进叶猴保护的重要性。

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