埃及menoufia省部分地区淡水底栖无脊椎动物多样性的时空影响

Sherin K. Sheir, G. Osman, A. Mohamad, Abd Elhafez
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引用次数: 2

摘要

淡水底栖动物(大型无脊椎动物)是生活在淡水底部或附近的生物。它们的存在、丰度和物种多样性受到许多因素的影响。本研究旨在根据生态条件评价底栖无脊椎动物多样性的时空变化。在Menoufia省选定了三个地点如下:地点1和地点2分别位于Bahr Shebeen El-Koom、Milig和Tanta分公司。然而,第三个地点位于Menouf的Gezay村。在2017年3月至2018年2月的一年内每月采集样本。生态参数如温度、pH值、总溶解固形物(TDS)、电导率(EC)等。,测定所采软体动物沉积物和组织中的重金属(Al、Ca、Cu、Fe和Pb)浓度。环境参数值随季节的变化而变化。各季节底栖动物丰度最高的是样地3(42%),其次是样地1(32%)和样地2(26%)。在本研究中记录了三个门;环节动物、节肢动物和软体动物。多样性指数、多样性指数和均匀度指数在样地3最高,样地1次之,样地2次之。土壤沉积物和组织中重金属浓度在2点最大,其次是1点,最后是3点。结果表明,淡水底栖无脊椎动物的种群密度、物种多样性和群落分布在空间上主要受生境的影响,而在时间上主要受季节的影响。
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SPATIAL AND TEMPORAL EFFECTS ON FRESHWATER BENTHIC INVERTEBRATES DIVERSITY IN SOME LOCALITIES OF MENOUFIA GOVERNORATE, EGYPT
Freshwater zoobenthos (macro-invertebrates) are organisms that live on, in, or near the bottoms of the freshwater. Their presence, abundance and species diversity are affected by numerous factors. This study was designed to evaluate temporal and spatial changes of benthic invertebrates’ diversity in the light of ecological conditions at the selected sites. Three sites at Menoufia governorate were selected as follows: site one and two are located at Bahr Shebeen El-Koom, Milig and Tanta branches, respectively. However, site three is located at Gezay Village, Menouf. Monthly samples were collected during one year from March, 2017 till February, 2018. Ecological parameters such as temperature, pH, total dissolved solids (TDS), electrical conductivity (EC)…etc., and heavy metals (Al, Ca, Cu, Fe and Pb) concentrations in sediment and tissues of the collected molluscs were measured. Environmental parameters showed variations in values from one season to another. The highest abundance of zoobenthos in all seasons was recorded at site three (42 %) followed by site one (32 %) and then site two (26 %). Three phyla were recorded during the present study; Annelida, Arthropoda and Mollusca. Diversity, variety and evenness indiceswere maximum at site three followed by site one then site two. Heavy metals concentrations in sediments and tissues of mlousca were maximum at site two followed by site one and finally site three. It is concluded that, the population density, species diversity and communities of freshwater benthic invertebrates were fluctuated in numbers and distribution mostly under the effect of the habitat they live in (spatially) than under the effect of season (temporally) in the present investigation.
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