埃及北三角洲地区Cladophora Glomerata与Chaetomorpha Vieillardi的比较研究

S. Ahmed, M. Deyab, Radwa S. El-Shanawany, M. El-Adl
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摘要

本研究旨在比较海藻类Chaetomorpha vieillardi和淡水藻类Cladophora glomerata。2019年,分别从Port Said海水池塘和Ras El-Bar淡水池塘采集了水样和大量生长的两种物种。由于其栖息地的营养状况和最佳的物理化学特性,导致了青松和青松的大量生长,造成了生态和经济问题。两个物种的大量生长导致在下半晚的中水和底部的溶解氧(DO)相对完全消除。DO值的损失导致了水产养殖的巨大损失。虽然这两种藻类同属一个科,但它们的生长环境不同,在海水中形成藻华,而在淡水中形成藻华。两种植物在生化、植物化学组成和重金属生物积累能力上的显著差异,可能与两种植物生物学特性的差异和生境的理化特征有关。与C. glomerata相比,C. vieillardi具有更高的碳水化合物和脂质含量。铜、铁元素富集程度较高,但铜、铁元素富集程度较高。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Comparative Studies on Cladophora Glomerata and Chaetomorpha Vieillardi (Cladophoraceae) at North Delta-Egypt
This study aims to compare between the marine alga Chaetomorpha vieillardi and the freshwater alga Cladophora glomerata. Water samples and massive growth of two species were collected from Port Said marine water pond and Ras El-Bar freshwater pond, respectively in 2019. The highly massive growth of Ch. vieillardi and C. glomerata, due to the trophic status and optimal physico-chemical properties of their habitats, causes ecological and economic problems. The very high massive growth of two species leads to relatively complete elimination of dissolved oxygen (DO) at the middle and bottom level of water during the second half of the night. Loss of DO values led to great loss of aquaculture. Although both algal species were belonging to the same family, yet they prefer different habitats where, Ch. vieillardi formed bloom in marine water but C. glomerata in freshwater. The significant variation in the biochemical, phytochemical compositions and heavy metal bioaccumulation capacity of Ch. vieillardi and C. glomerata could be attributed to the variation in biological properties of two species and the physicochemical characteristics of their habitats. Ch. vieillardi has higher carbohydrate and lipid content compared to C. glomerata. Most heavy metals accumulated in C. glomerata was more than that in Ch. vieillardi, but Cu and Fe were highly accumulated in Ch. vieillardi.
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