可怕葡萄球菌Komárek & Marvan在一个小沙坑湖中的发生:塞尔维亚首次报告

M. Ćirić, J. Krizmanić, B. Dojčinović, B. Gavrilović, D. Marinković
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引用次数: 0

摘要

碱水池和湖泊是具有独特生物多样性的栖息地。在塞尔维亚对这些栖息地进行微藻调查时,偶然发现了芽孢球菌属的绿藻。在塞尔维亚鲁桑达自然公园的小沙坑湖中首次发现并鉴定了B. terribilis。第一次取样是不完整的,因为未知的橙红色表面浮渣的来源。在确认该物种的身份后,我们又进行了三次采样,目的是收集浮游植物和水样进行物理和化学分析。对沙坑湖的主要阴离子和阳离子进行了分析,以表征沙坑湖的化学类型和营养成分。沙坑湖是一种属于碳酸氢钠化学型的碱性水体。采用光镜和透射电镜对其形态进行了分析。在深秋和冬季浮游植物群落中发现了大量的B. terribilis。来自芽孢球菌属的物种被认为是不同脂质的丰富来源,这一发现可以成为该物种在可持续生物燃料生产中进一步生物技术应用的第一步。
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Occurrence of Botryococcus terribilis Komárek & Marvan in a small sandpit lake: The first report from Serbia
Alkaline saline ponds and lakes are habitats with unique biodiversity. The green alga of the genus Botryococcus was accidentally discovered during a micro-algal survey of these habitats in Serbia. Species B. terribilis was found and identified for the first time in Serbia in the small sandpit lake of the Rusanda Nature Park. The first sampling was incomplete due to the unknown origin of the orange-red surface scum. After the identity of the species had been confirmed, three additional samplings were conducted aiming to collect phytoplankton and water samples for physical and chemical analyses. Major anions and cations were analysed in order to characterize the chemical type of sandpit lake, as well as nutrient content. Sandpit lake is an alkaline water body that belongs to sodium bicarbonate chemical type. Morphometric analysis of B. terribilis was performed using light and transmission electron microscopy. B. terribilis was found to be numerous in the phytoplankton community in late autumn and winter. Species from the genus Botryococcus are known as a rich source of different lipids and this discovery can be the first step in the further biotechnological application of this species in sustainable biofuel production.
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