The role of humans in the global dispersal of free-living terrestrial microorganisms has received surprisingly little attention in the literature, compared with the frequent discussions of human dispersal for aquatic microbes. Here I argue that this area needs more study, using examples from the ecology of testate amoebae to illustrate the nature of the problem. The techniques of molecular ecology now make these ideas open to investigation in a way that would have been difficult in the past, and, in the case of testate amoebae, palaeoecological approaches may also be valuable
Background It is much debated whether microbes are easily dispersed globally or whether they, lik...
Eukaryotic diversity on Earth is predominantly microbial. In spite of their abundance and diversity,...
The extent to which free-living microorganisms show cosmopolitan distributions has been a contentiou...
A long-standing debate in microbial ecology is<br />the extent to which free-living microorganisms e...
Pt. 1. Microbes comprise most of the lineages in the tree of life, yet many are among the least unde...
Microbes rule the world, yet we cannot always see their diverse and abundant presence. Microbial org...
Microorganisms make up most of the diversity within the Eukaryotic tree of life, but they remain vas...
Despite the astounding prevalence of eukaryotic microbes in the biosphere, we know relatively little...
A long-standing debate in microbial ecology is the extent to which free-living microorganisms exhibi...
Testate amoebae are unicellular animals with a discrete shell enclosing the cytoplasm. The shells a...
The extent to which free-living microorganisms show cosmopolitan distributions has been a contentiou...
Recent studies show that soil eukaryotic diversity is immense and dominated by micro‐organisms. Howe...
Most of the biodiversity on this planet is microbial. Despite this, we know little about how the sin...
tend to be cosmopolitan species with wide habitat tolerances (e.g. many are also found in polar regi...
Abstract: Aim: The diversity and distribution of soil microorganisms and their potential for long- d...
Background It is much debated whether microbes are easily dispersed globally or whether they, lik...
Eukaryotic diversity on Earth is predominantly microbial. In spite of their abundance and diversity,...
The extent to which free-living microorganisms show cosmopolitan distributions has been a contentiou...
A long-standing debate in microbial ecology is<br />the extent to which free-living microorganisms e...
Pt. 1. Microbes comprise most of the lineages in the tree of life, yet many are among the least unde...
Microbes rule the world, yet we cannot always see their diverse and abundant presence. Microbial org...
Microorganisms make up most of the diversity within the Eukaryotic tree of life, but they remain vas...
Despite the astounding prevalence of eukaryotic microbes in the biosphere, we know relatively little...
A long-standing debate in microbial ecology is the extent to which free-living microorganisms exhibi...
Testate amoebae are unicellular animals with a discrete shell enclosing the cytoplasm. The shells a...
The extent to which free-living microorganisms show cosmopolitan distributions has been a contentiou...
Recent studies show that soil eukaryotic diversity is immense and dominated by micro‐organisms. Howe...
Most of the biodiversity on this planet is microbial. Despite this, we know little about how the sin...
tend to be cosmopolitan species with wide habitat tolerances (e.g. many are also found in polar regi...
Abstract: Aim: The diversity and distribution of soil microorganisms and their potential for long- d...
Background It is much debated whether microbes are easily dispersed globally or whether they, lik...
Eukaryotic diversity on Earth is predominantly microbial. In spite of their abundance and diversity,...
The extent to which free-living microorganisms show cosmopolitan distributions has been a contentiou...