地热生境具有高温, 缺氧等特点, 与早期地球环境条件相似. 因此, 现代地热生境中嗜热菌可作为
研究对象用来探讨地球早期生命与环境协同演化过程. 微生物介导的硫循环过程是早期地球主要 …

Landfill mining (LFM) has gained widespread recognition due to its benefits in terms of
resource utilization of landfill waste and reuse of landfill sites. However, it is important to …

In this review, we highlight the key results of studies on the diversity of thermophilic
prokaryotes inhabiting the Russian Federation's hot springs. The main part of the review is a …

Phototrophic microbial mats are assemblages of vertically layered microbial populations
dominated by photosynthetic microorganisms. In order to elucidate the vertical distribution …

Five phylogenetically similar monocultures of mesophilic filamentous anoxygenic
phototrophic bacteria (FAPB) were isolated from microbial mats of low-mineral (5–28 g/L) …

The dispersal of plant pathogens is a threat to the global economy and food industry which
necessitates the need to discover efficient biocontrol agents such as bacteria, fungi, etc …

Phototrophic bacterial mats from Kiran soda lake (south-eastern Siberia) were studied using
integrated approach including analysis of the ion composition of water, pigments …

The thermophilic microbial community of a hydrotherm at East-Tuvinian upland is described.
High-throughput profiling of the 16S rRNA gene and sequencing of the complete …

Temperature is one of the most important physical factors affecting microbial and
biochemical processes. We investigated the performance of photosynthetic apparatus of …

The research was aimed at detection of thermophilic microorganisms in Lake Baikal low-
temperature sediments associated with discharge of gas-saturated fluids. Members of the …