Toxic cyanobacterial proliferations in water bodies can cause serious environmental and
public health issues, as well as having economic effects. Increased inputs of nutrients and …

The Phormidium sp. strain SL48-SHIP genome was obtained from metagenomics
sequencing of the microbial mat of Salt Lake No. 48 (54.201806 N, 78.179194 E; …

Microbial mats formed by Cyanobacteria of the genus Phormidium produce the neurotoxin
anatoxin-a that has been linked to animal deaths. Blooms of planktonic Cyanobacteria have …

Toxic benthic cyanobacterial proliferations may pose a significant risk in freshwater
ecosystems. In New Zealand, the only anatoxin-producing benthic species reported to date …

Некоторые виды цианобактерий способны продуцировать токсины, концентрация
которых в период цветения воды может достигать величины, опасной для жизни …

This survey of literature on substratumassociated microbiota from 2016 includes highlights
of research findings associated with algae, cyanobacteria, and bacteria from a variety of …

Benthic primary producers are recognised for their important role in contributing to
ecosystem productivity and nutrient cycling in lake and stream ecosystems, particularly in …

This study investigated the impact of pastoral land use and nutrient and fine sediment inputs
on Microcoleus autumnalis and filamentous algae-dominated mats, and benthic chlorophyll …

In the last ten years, blooms of benthic cyanobacteria producing derivatives of the potent
neurotoxin anatoxin-a have been repeatedly reported in rivers of temperate regions all over …

Blooms of toxin-producing cyanobacteria are an enduring public health threat in lakes and
rivers. In addition to more commonly studied planktonic taxa in lakes, attached …