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Biodeterioration consequences of infrastructure objects and construction materials in metropolis

机译:大都市基础设施物体和建筑材料的生物恶化后果

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Man creates settlement infrastructure in the surrounding environment (buildings, roads, bridges, industrial facilities and other), thus forming a technosphere. A human-caused distress of ecosystems leads to a challenging biological problem of coexistence of people and large range of communities of organisms and microorganisms that inhabit the biosphere. Phylogenetically diverse microorganisms (various genera and species of prokaryotes and eukaryotes), for example, are forced to interact and form stable microbial communities in artificial (e.g. urban) and isolated settlement environment created by man. The consequences of economic activities of people and their isolation from the natural environment most vividly manifest itself in the processes of biogenic deterioration of manmade materials and structures as a result of vital functions of different organisms, plants and their communities. Different types and brands of concrete and reinforced concrete are presently used as the main material for the construction of modern buildings and other structures that make up the infrastructure of modern cities. Microbiological analysis of concrete structures showed that the richest in species composition are samples of bacteria and microscopic fungi taken from samples of concrete in the ground chips, leakages and seepage of moisture through building materials, from contaminated concrete structures.
机译:人在周围环境(建筑物,道路,桥梁,工业设施等)中创建定居基础设施,从而形成了技术圈。人为造成的生态系统窘境导致人类与生物共生以及居住在生物圈中的各种生物和微生物群落共存这一具有挑战性的生物学问题。例如,系统发育多样的微生物(原核生物和真核生物的不同属和种)被迫相互作用,并在人为的人工(例如城市)和孤立的定居环境中形成稳定的微生物群落。人们经济活动的后果及其与自然环境的隔离,最生动地体现在由于不同生物,植物及其群落的重要功能而导致的人造材料和结构的生物降解过程中。目前使用不同类型和品牌的混凝土和钢筋混凝土作为构成现代城市基础设施的现代建筑物和其他结构的主要材料。混凝土结构的微生物学分析表明,种类最多的是细菌和微观真菌的样品,这些样品是从被污染的混凝土结构中的碎屑,渗漏和水分通过建筑材料渗漏而来的。

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