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红树林更密集的树冠层塑造了昆虫群落的结构。

The Denser Canopy of Mangrove Drives the Structure of Insect Communities.

作者信息

Setyawan Yendra Pratama

机构信息

Pest and Entomology Section, Crop Protection Department, Smart Research Institute, Jl. Teuku Umar 19, Pekanbaru 28112, Riau, Indonesia.

Program of Entomology, Graduate School, IPB University, Jl. Meranti, Kampus IPB Darmaga, Bogor 16680, Indonesia.

出版信息

Trop Life Sci Res. 2020 Oct;31(3):77-90. doi: 10.21315/tlsr2020.31.3.6. Epub 2020 Oct 15.

Abstract

Mangrove restoration in Trenggalek, East Java has resulted an age variation of mangrove ecosystem. Diverse species of insects predominantly found in mangroves were collected using yellow pan traps, swipe nets and by direct picking from three different sites. This research was conducted from April until August 2015. There are 9,181 individual insects associated with mangroves comprised of 42 species from 31 families and eight orders. The first site or the 15 years old mangrove (66.22% canopy cover) indicated the highest Shannon diversity index at 2.54, Evenness index of 0.32 and Margalef richness index of 4.84. The lowest diversity was recorded in the third site or the five years old mangrove (19.65% canopy cover), with the Shannon diversity index at 2.28, Evenness index at 0.26 and Margalef richness index at 4.59. The most abundant species located was the , with 1,724 individuals (relative abundance of 18.78%), followed by sp. with 1,649 individuals (relative abundance of 17.96%). These are the phytophagous insects associated with mangrove leaves. This study concluded that the older mangrove ecosystem have a denser canopy that supports insect life.

摘要

东爪哇省特伦加莱克的红树林恢复导致了红树林生态系统的年龄差异。使用黄色诱虫盘、扫网并直接从三个不同地点采集,收集了主要在红树林中发现的各种昆虫。本研究于2015年4月至8月进行。有9181只与红树林相关的昆虫个体,由来自31个科、8个目的42个物种组成。第一个地点即树龄15年的红树林(树冠覆盖率66.22%)的香农多样性指数最高,为2.54,均匀度指数为0.32,马加莱夫丰富度指数为4.84。多样性最低的是第三个地点即树龄5年的红树林(树冠覆盖率19.65%),香农多样性指数为2.28,均匀度指数为0.26,马加莱夫丰富度指数为4.59。数量最多的物种是 ,有1724只个体(相对丰度为18.78%),其次是 种,有1649只个体(相对丰度为17.96%)。这些是与红树林叶子相关的植食性昆虫。本研究得出结论,较老的红树林生态系统有更密集的树冠,有利于昆虫生存。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/552f/7652246/bbf8c1b5f732/TLSR-31-3-77-g001.jpg

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