MODELING CHANGES IN THE ADAPTABILITY AND MOTILITY OF MICROORGANISMS IN CHANGING AQUATIC ECOSYSTEMS

A. Klimenko, S. Lashin
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Abstract

The results of our simulations show that motile forms (as opposed to sedentary forms) have an advantage under nutrient-poor conditions corresponding to the environment in which marine bacteria live. There is a turning point in the magnitude of the migration penalty that determines whether the Nomadic strategy will be successful or not.
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模拟变化的水生生态系统中微生物的适应性和运动性变化
我们的模拟结果表明,在与海洋细菌生活的环境相对应的营养贫乏的条件下,运动形式(与静止形式相反)具有优势。在迁移惩罚的大小上有一个转折点,它决定了游牧战略是否成功。
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