中苏拉威西邦盖农业景观中辣椒昆虫访花者的多样性

Pramoto Alingan, M. Sataral, A. Qodri
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摘要

农业用地周围半自然生境的存在有可能通过为益虫提供资源来支持生态系统服务。本研究旨在分析红辣椒花上昆虫的丰度、多样性指数和均匀性。本研究在邦盖县辣椒种植区进行。采样地点分为两类:靠近森林和远离森林或半自然栖息地的辣椒田。于2022年6月至2022年8月,上午和晚上使用蚊帐进行昆虫采集。结果表明,共鉴定出16科52只辣椒访花昆虫。Lasioglossum sp.3、Lasioglossum sp.5、Megachile sp.2、Parancistrocerus sp.和Rhynchium sp.丰度较高。Shannon和Wiener多样性指数最高的是Tolisu村(H′= 2.491)、Mansahang村(H′= 2.216)、Salodik村(H′= 2.145),最低的是Kembang Merta村(H′= 1.211)、Dale-Dale村(H′= 1.112)和Beringin Jaya村(H′= 1.149)。均匀度指数(E)最高的是Lembah Makmur村(E= 0.9721)和Mansahang村(E= 0.9172),最低的是Petak村(E= 0.3975)和Lenyek村(E= 0.4405)的辣椒田。辣椒田物种丰富度最高的是Tolisu(14种)、Salodik(14种)和Petak(12种)。三个村庄的卡宴农场靠近半自然栖息地。研究结果表明,靠近半自然生境的农用地增加了辣椒花访花昆虫的物种丰富度。因此,半自然生境对维持农业景观中的昆虫群落至关重要。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Diversity of insect flower visitors of cayenne pepper in agricultural landscapes, Banggai, Central Sulawesi
The existence of semi-natural habitats around agricultural land has the potential to support ecosystem services by providing resources for beneficial insects. The study aimed to analyze the abundance, diversity index, and evenness of the insects visiting cayenne flowers. This research was carried out in cayenne cultivation areas in the Banggai Regency. Sampling locations were divided into two categories: cayenne fields close to and far from forests or semi-natural habitats. Insect collection was carried out from June 2022 to August 2022, in the morning and evening, using insect nets. The results showed that 16 families and 52 cayenne flower-visiting insects were identified. Lasioglossum sp.3, Lasioglossum sp.5, Megachile sp.2, ?Parancistrocerus sp. and Rhynchium sp. have a higher abundance than the others. The highest Shannon and Wiener diversity index was found in cayenne fields in Tolisu Village (H'= 2.491), Mansahang (H'= 2.216), Salodik (H'= 2.145), and the lowest in cayenne fields in Kembang Merta Village (H'= 1.211), Dale-Dale (H'= 1.112 ), and Beringin Jaya (H'= 1.149 ). The highest evenness index (E) was found in the fields in Lembah Makmur Village (E= 0.9721) and Mansahang (E= 0.9172), and the lowest was found in cayenne fields in Petak Village (E= 0.3975) and Lenyek (E= 0.4405). The highest species richness was found in cayenne fields in Tolisu (14 species), Salodik (14 species), and Petak (12 species). Cayenne fields in the three villages are close to semi-natural habitats. Our findings show that agricultural land adjacent to semi-natural habitats has increased the species richness of cayenne flower visitor insects. Thus, semi-natural habitats are critical to sustaining insect communities in agricultural landscapes.
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