This chapter summarizes the major groups of microorganisms found in high latitude aquatic ecosystems and the methodological approaches used to study their biodiversity. The underlying mechanisms that influence microbial biodiversity, including both the survival and dispersal of microorganisms in polar aquatic environments, are explored. The chapter considers the biogeography of microorganisms (i.e., the distribution of taxa) in polar aquatic ecosystems and presents studies that reveal a degree of endemism. To date, studies have shown that among the microorganisms of polar aquatic habitats, morphological class hides a much greater genetic diversity; the extent of the biodiversity uncovered is proportional to sample effort; the vast majority ...
Little is known about how microbes diversify in nature. In contrast to the more studied multicellula...
Marine microbial eukaryotes are important primary producers and play critical roles in key biogeoche...
The BelSPO project CCAMBIO aims to study the biogeographical distribution of microorganisms in lacus...
Marine and freshwater polar environments are characterized by intense physical forces and strong sea...
Microorganisms are fundamental to the functioning of Antarctic ecosystems. Although microbial biomas...
The global biogeography of microorganisms remains poorly resolved, which limits the current understa...
The global biogeography of microorganisms remains poorly resolved, which limits the current understa...
The polar regions suffer from extreme environmental conditions such as low temperatures, freezing-th...
Two contrasting views dominate the vivid debate on microbial biogeography. Proponents of the ubiquit...
The oceans are an extremely diverse environment due to the numerous physicochemical gradients occurr...
The Earth’s biosphere is dominated by cold environments, and the cold biosphere is dominated by micr...
The Earth's cryosphere comprises those regions that are cold enough for water to turn into ice. Rece...
The Earth's cryosphere comprises those regions that are cold enough for water to turn into ice. Rece...
The Earth's cryosphere comprises those regions that are cold enough for water to turn into ice. Rece...
In this review we survey recent publications employing molecular techniques to investigate the distr...
Little is known about how microbes diversify in nature. In contrast to the more studied multicellula...
Marine microbial eukaryotes are important primary producers and play critical roles in key biogeoche...
The BelSPO project CCAMBIO aims to study the biogeographical distribution of microorganisms in lacus...
Marine and freshwater polar environments are characterized by intense physical forces and strong sea...
Microorganisms are fundamental to the functioning of Antarctic ecosystems. Although microbial biomas...
The global biogeography of microorganisms remains poorly resolved, which limits the current understa...
The global biogeography of microorganisms remains poorly resolved, which limits the current understa...
The polar regions suffer from extreme environmental conditions such as low temperatures, freezing-th...
Two contrasting views dominate the vivid debate on microbial biogeography. Proponents of the ubiquit...
The oceans are an extremely diverse environment due to the numerous physicochemical gradients occurr...
The Earth’s biosphere is dominated by cold environments, and the cold biosphere is dominated by micr...
The Earth's cryosphere comprises those regions that are cold enough for water to turn into ice. Rece...
The Earth's cryosphere comprises those regions that are cold enough for water to turn into ice. Rece...
The Earth's cryosphere comprises those regions that are cold enough for water to turn into ice. Rece...
In this review we survey recent publications employing molecular techniques to investigate the distr...
Little is known about how microbes diversify in nature. In contrast to the more studied multicellula...
Marine microbial eukaryotes are important primary producers and play critical roles in key biogeoche...
The BelSPO project CCAMBIO aims to study the biogeographical distribution of microorganisms in lacus...