达卡纳拉扬甘杰Shitalakhsya河浮游生物区系组成

Mohammad Azmal Hossain Bhuiyan, M. Islam, S. Islam, A. Kowser, M. Khondker
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引用次数: 1

摘要

关于孟加拉受污染河流生态系统浮游植物区系的资料很少。本研究是在达卡Narayanganj Shitalakhsya河的Dakshin Rupshi站进行的浮游植物区系研究。该研究于2017年5月至2018年3月进行,每两个月收集一次远洋浮游生物样本。共鉴定出36属53种,其中51种已通过显微影像和清单进行了说明。从河流水体中鉴定出两种浮游植物,即Pyrobotrys incurva Arnoldi和Phacus ranula Pochmann,但不能在这里生产。记录的浮游植物藻类分类为蓝藻(6)、绿藻(19)、裸藻(13)、绿藻(13)、绿藻(13)和绿藻(2),每个分类代表的常绿作物数量分别为:463.5、428.33、199.67、664.33和26.25×103 ind/l。贡献种数趋势为绿藻门>、绿藻门>、绿藻门>、绿藻门>。对于立木作物,趋势为绿藻类>蓝藻类>绿藻类>绿藻类>绿藻类。来自城市污染源的污染物实际上减少了光对河水上游的渗透,从而为浮游植物的生存创造了一个萎缩的环境。通过对Shitalakhsya河浮游植物区系的研究,进一步了解了该河浮游植物的种类组成及其系统位置,为进一步研究孟加拉国河流生态系统浮游植物区系提供了依据。达卡大学。科学通报31(1):45-57,2022 (1)
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Floristic Composition of Plankton in Shitalakhsya River, Narayanganj, Dhaka
Information of phytoplankton flora of polluted river ecosystems of Bangladesh are scanty. The present study was undertaken to explore the phytoplankton flora at Dakshin Rupshi Station of the river Shitalakhsya, Narayanganj, Dhaka. The study was carried out from May 2017 to March 2018 by collecting pelagic plankton samples bimonthly. A total of 53 species under 36 genera were identified, of which 51 species have been illustrated through photomicrographic images and listing. Two species of phytoplankton namely, Pyrobotrys incurva Arnoldi and Phacus ranula Pochmann were identified from the river water but could not be produced here. The recorded algal divisions of phytoplankton are Cyanophyta (6), Chlorophyta (19), Euglenophyta (13), Chrysophyta (13) and Pyrrhophyta (2). The standing crops presented by each division are: 463.5, 428.33, 199.67, 664.33 and 26.25×103 ind/l by Cyanophyta, Chlorophyta, Euglenophyta, Chrysophyta and Pyrrhophyta, respectively. The trend in contributing the number of species is Chlorophyta > Euglenophyta and Chrysophyta > Cyanophyta > Pyrrhophyta. For standing crop, the trend is Chrysophyta > Cyanophyta > Chlorophyta > Euglenophyta > Pyrrhophyta. Pollutant loading from the urban sources actually cuts the penetration of light into the upper part of the river water and thus creating a shrinking environment for the survival of phytoplankton. The present floristic study of phytoplankton of the River Shitalakhsya adds knowledge to the species composition and their systematic position which would be helpful for any further floristic study of phytoplankton on the river ecosystems of Bangladesh. Dhaka Univ. J. Biol. Sci. 31(1): 45-57, 2022 (January)
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