Negative Effects of Logging on Bird Dispersed Plants in Northern Papuan Lowland Forest, Indonesia

IF 1.7 4区 环境科学与生态学 Q2 BIODIVERSITY CONSERVATION
Margaretha Pangau‐Adam, J. Slowik, Jan‐Niklas Trei, M. Waltert
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引用次数: 2

Abstract

Many plants in New Guinean rainforest have relatively larger fruits than those in other tropical forests and may depend on large animal dispersers, but little is known about the impacts of forest disturbance, especially logging, on the species composition and abundance of these trees. In order to provide a baseline for the understanding of their vulnerability, we counted fruiting plants and measured habitat parameters in primary and human-altered habitats in the little studied lowland forest of northern Papua, Indonesia. During the surveys coinciding with peak fruit season, eighty-nine species were recorded in fruit, with 71 species in 24 families known to be consumed by birds, and most of them (97%) were trees. The diversity of bird-consumed fruiting plants differed among the habitat types and was highest in undisturbed primary forest and hunted primary forest. Secondary forests still had a high number of species and individuals but were dominated by light demanding plants and a low number of uniquely found species. Logged forest and agricultural habitats showed only a low abundance of bird-consumed fruiting plants, being about 2-3 times lower than in primary forests. Plants with large sized fruits (diam. > 20 mm) were mainly found in primary forests, confirming their importance for maintaining interactions between large frugivorous birds and plants that are of relevance for forest regeneration.
印尼巴布亚北部低地森林伐木对鸟类分散植物的负面影响
新几内亚雨林中的许多植物比其他热带森林中的植物结出的果实相对更大,可能依赖于大型动物散布者,但人们对森林干扰,特别是伐木对这些树木的物种组成和丰度的影响知之甚少。为了为了解它们的脆弱性提供一个基线,我们在印度尼西亚巴布亚北部研究较少的低地森林中,对原始栖息地和人类改变栖息地的结果植物进行了计数,并测量了栖息地参数。在与水果旺季同时进行的调查中,记录到89种水果,已知24科71种被鸟类食用,其中大多数(97%)是树木。不同生境类型的鸟食结果植物多样性不同,未受干扰的原始林和狩猎的原始林的多样性最高。次生林仍然有大量的物种和个体,但主要是需要光照的植物和少量的独特物种。砍伐的森林和农业栖息地显示,鸟类食用的结果植物丰度很低,大约是原始森林的2-3倍。果实大的植物(直径。 > 20毫米)主要在原始森林中发现,证实了它们对维持大型食草鸟类和与森林再生相关的植物之间的相互作用的重要性。
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来源期刊
Tropical Conservation Science
Tropical Conservation Science BIODIVERSITY CONSERVATION-
CiteScore
3.60
自引率
5.90%
发文量
16
审稿时长
>12 weeks
期刊介绍: Tropical Conservation Science is a peer-reviewed, open access journal that publishes original research papers and state-of-the-art reviews of broad interest to the field of conservation of tropical forests and of other tropical ecosystems.
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