孟加拉恒河下游地区城市景观中的鸟类:群落结构、季节性、栖息地偏好和保护问题

A. R. Shome, Md. Fazle Rabbe, M. Alam, Seam Ferdous Emon, Md Mazaharul Islam, Razia Sultana Setu, N. Khan, Dipto Biswas, M. F. Jaman
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引用次数: 0

摘要

从2020年11月至2021年10月,采用直接实地观测技术,对法里普尔·萨达尔·乌帕齐拉城市环境中鸟类的群落结构、栖息地偏好和保护问题进行了为期一年的科学研究。共记录鸟类18目56科168种,统计鸟类6551只。雀形目物种丰富度最高(71种,42.26%),丰度最高(n= 3831, 58.48%)。其中,候鸟48种,占29.58%,其余为留鸟。冬季鸟类种类最多(156种,占92.85%),个体最多(2960只,占45.18%);3个季节的物种丰富度和丰度总体比较显著。鸟类物种丰富度和丰度的双单因素方差分析显示,冬雨季与夏冬季之间存在显著差异。多样性指数在冬季最高。相似度分析(ANOSIM)表明,3个季节鸟类群落差异显著。在调查的10种微生境类型中,鸟类利用树木最多(103种,占61.31%),最常见的有69种(41.07%)。鸟类中丰度最高的是白腹腹鹬,相对丰度最高(5.15%)。鸟类狩猎、交易和栖息地丧失是该地区鸟类群落生存的主要威胁。因此,需要立即采取措施保护鸟类及其栖息地。达卡大学。科学31(2):343- 360,2022 (07)
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Avifauna in an Urban Landscape of a Lower Ganges District Of Bangladesh: Community Structure, Seasonality, Habitat Preference and Conservation Issues
A yearlong scientific study was conducted using direct field observation technique from November 2020 to October 2021 to investigate community structure, habitat preference, and conservation concerns of birds in the urban setting of Faridpur Sadar Upazila. A total of 168 species under 18 orders and 56 families were recorded and 6,551 individual of birds were counted. The order Passeriformes had the highest species richness (71 species, 42.26%) and abundance (n=3,831, 58.48%). Among the bird species, 48 species (29.58%) were migratory and the rest were resident. During the winter season, the highest number of bird species (156 species, 92.85%) and individuals (n= 2,960, 45.18%) were observed. The overall comparison of species richness and abundance for three seasons were significant. Pair-wise one-way ANOVA for species richness and abundance of birds shows significant differences between winter-rainy and summer-winter seasons.The diversity index showed the highest value in winter season. Analysis of similarity (ANOSIM) test showed a significant difference in birds communities among three-season. Among the 10 types of microhabitats surveyed, trees were the most used by the bird species (103 species, 61.31%) The highest 69 species (41.07%) were very common according to the observation status. The most abundant bird was Pycnonotus cafer with the highest relative abundance (5.15%). Bird hunting, trade, and habitat loss were the major threats for the survival of bird community in this area. Therefore, immediate initiatives are needed to implement for the conservation of bird and their habitats. Dhaka Univ. J. Biol. Sci. 31(2): 343-360, 2022 (July)
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