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首页> 外文期刊>African Journal of Biotechnology >A modeling using the maximum growth capacity of Hantzschia amphioxys in the Homa Lagoon
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A modeling using the maximum growth capacity of Hantzschia amphioxys in the Homa Lagoon

机译：在霍马泻湖中利用汉茨两栖菌最大生长能力进行建模

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摘要

Homa lagoon found in the Izmir bay, Aegean Sea, is important because it is the last lagoon in which fishing activities are carried out. Hantzschia amphioxys species, on which this study was carried on, are benthic diatoms and they are isolated from Homa Lagoon. The Monod equation expressing the nutrient dependency of the growth rates can also be used for carrying capacity (with different parameter values; chl-a max, Ks?). Temporal changes of the calculated maximum chl-a concentrations (carrying capacity) was 115 μg chl-a/L by determining the hyperbolical relations between the maximum biomass levels (biomass carrying capacity) and nutrient concentrations obtained from the phytoplankton growth graphs.
机译：在爱琴海伊兹密尔湾发现的霍马泻湖很重要，因为它是最后一个进行捕鱼活动的泻湖。进行这项研究的汉茨两栖动物是底栖硅藻，它们是从霍马泻湖中分离出来的。表示生长速率对养分依赖性的莫诺方程也可以用于承载能力（具有不同的参数值; chl-a max，Ks？）。通过确定最大生物量水平（生物量承载能力）与从浮游植物生长图获得的营养物浓度之间的夸张关系，计算出的最大chl-a浓度（承载能力）的时间变化为115μgchl-a / L。

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