Abundance and Diversity of Leaf Litter and Subsoil Arthropods in Four Different Sites of Three Agroecological Zones of Northwest Part of Bangladesh

Shah H. A. Mahdi, Asia Sarker, Md. Nasir Uddin, I. Mahfuz, Md. Abdur Rahim
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Abstract

Leaf litter and subsoil arthropods are biotic factors of an ecosystem that play a significant role in nutrient cycling between soil and vegetation. The present study aimed to explore the abundance and diversity of leaf litter and subsoil arthropods in four different sites of three agroecological zones of the Northwest part of Bangladesh. A total of 1920 individuals belonging to 17 orders, 28 families and 34 species were found in the present study where 1099 individuals (14 orders, 23 families, 28 species) from Rajshahi University Campus (Site A), 259 individuals (6 orders, 7 families, 8 species) from Rajshahi Fruit Research Center (Site B), 354 individuals (7orders, 13 families, 13 species) from Kakon Hat Municipality (Site C) and 208 individuals (5 orders, 10 families, 10 species) from Chalan Beel (Site D) were collected during the period from November 2021 to October 2022. In this study, within the three agroecological zones, the highest number of individuals was recorded in Site A (n=1099, 57.24%) and the lowest number in Site D (n=208, 10.83%). Among 17 orders Coleoptera (624, 32.50%) was the first dominant order, Hymenoptera (414, 21.56%) was the second largest order, followed by Araneae (202, 10.52%) and the least dominant order was Metastigmata (8, 0.42%). Formicidae was the most dominant family among collected 28 families, sharing 376 individuals of the total captured individuals and Staphylinidae, sharing 198 individuals, was the second largest family, whereas Tenebrionidae (n=8), Psychodidae (n=8), and Laelapidae (n=8) were the minor dominant families in this study. Among the total of 34 species, Lasioderma sp. was the most dominant species, sharing 189 individuals with 9.84% of the total collected individuals whereas Alphitobius sp., Psychoda sp., and Hypoaspis sp. were least dominant species, and each species of these three comprised of only 8 members. In this study, 15 species were very common, 5 were common, 7 were fairly common, and 7 were rare. The values of Shannon diversity index (H'), Simpson’s diversity index (I-D), Margalef diversity index (DMg), Menhinick Richness index (DMn), Berger Parker dominance index (d) and Pielou’s evenness index (J') were 3.22, 0.95, 4.37, 0.78, 0.10, respectively. The study was the first attempt to examine the abundance and diversity of leaf litter and subsoil arthropods in four different sites of three agroecological zones in the northwest part of Bangladesh. Further study may be necessary for molecular identification of these species.
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孟加拉国西北部三个农业生态区四个不同地点的叶屑和底土节肢动物的丰度和多样性
落叶层和土壤下节肢动物是生态系统中的生物因素,在土壤和植被之间的养分循环中发挥着重要作用。本研究旨在探讨孟加拉国西北部三个农业生态区的四个不同地点的落叶和土壤下节肢动物的丰度和多样性。本研究共发现了隶属于 17 目 28 科 34 种的 1920 个个体,其中拉杰沙希大学校园(地点 A)有 1099 个个体(14 目 23 科 28 种),拉杰沙希有 259 个个体(6 目 7 科 8 种)、在 2021 年 11 月至 2022 年 10 月期间,分别从拉杰沙希水果研究中心(地点 B)、卡孔哈特市(地点 C)和查兰海湾(地点 D)采集到 354 个个体(7 目、13 科、13 种)和 208 个个体(5 目、10 科、10 种)。在本次研究中,在三个农业生态区中,地点 A 的个体数量最多(n=1099,57.24%),地点 D 的个体数量最少(n=208,10.83%)。在 17 个目中,鞘翅目(624 个,32.50%)是第一优势目,膜翅目(414 个,21.56%)是第二大优势目,其次是鹤形目(202 个,10.52%),最低优势目是变态目(8 个,0.42%)。在收集到的 28 个科中,甲虫科(Formicidae)是最主要的科,占总捕获量的 376 个个体;葡萄孢科(Staphylinidae)占 198 个个体,是第二大科;而天牛科(Tenebrionidae)(8 个)、灵猫科(Psychodidae)(8 个)和莱拉皮科(Laelapidae)(8 个)是本研究中次要的主要科。在总共 34 个物种中,Lasioderma sp.是最主要的物种,共有 189 个个体,占总采集个体的 9.84%,而 Alphitobius sp.、Psychoda sp.和 Hypoaspis sp.则是最不主要的物种,这三个物种中每个物种都只有 8 个个体。在本研究中,15 个物种非常常见,5 个物种常见,7 个物种相当常见,7 个物种罕见。香农多样性指数(H')、辛普森多样性指数(I-D)、Margalef 多样性指数(DMg)、Menhinick 丰富度指数(DMn)、Berger Parker 优势指数(d)和 Pielou 均匀度指数(J')的值分别为 3.22、0.95、4.37、0.78、0.10。该研究首次尝试对孟加拉国西北部三个农业生态区四个不同地点的叶丛和底土节肢动物的丰度和多样性进行研究。进一步的研究可能对这些物种的分子鉴定很有必要。
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