Gusev M V, Lin'kova M A, Koronelli T V
Mikrobiologiia. 1982 Nov-Dec;51(6):932-6.
An important aspect in the problem of interactions between microorganisms in the conditions of oil pollution is how to preserve the viability of phototrophic organisms if active oil-oxidizing microflora is present in the environment. As was illustrated using a closed model ecosystem, the association 'cyanobacteria--oil-oxidizing bacteria' is capable of withstanding the negative effect of oil pollution, but within the range of hydrocarbon concentrations which can be oxidized by oil-oxidizing bacteria during a very short time. The biological equilibrium in the ecosystem was maintained and the number of viable cells of the phototrophic component in the ecosystem increased if the oil-oxidizing bacteria started to function at the same time as toxic compounds commenced to produce their effect on the microorganisms.
在石油污染条件下,微生物间相互作用问题的一个重要方面是,如果环境中存在活跃的石油氧化微生物群落,如何保持光合生物的活力。正如在一个封闭模型生态系统中所表明的那样,“蓝细菌 - 石油氧化细菌”联合体能够承受石油污染的负面影响,但仅限于在石油氧化细菌能够在极短时间内氧化的碳氢化合物浓度范围内。如果石油氧化细菌在有毒化合物开始对微生物产生影响的同时开始发挥作用,生态系统中的生物平衡就能得以维持,且生态系统中光合成分的活细胞数量会增加。