The discovery of an apparently positive latitudinal gradient in nematode species richness over a limited geographic area in the North Atlantic, leading to the hypothesis that it is associated with a positive latitudinal organic flux gradient, has created some debate. A test of this hypothesis is that the negative latitudinal organic flux gradient in the central equatorial Pacific should lead to an associated negative gradient in species richness. Here, we show that species richness in the central equatorial Pacific is positively associated with the organic flux predicted from the pattern reported for the North Atlantic. The patterns in nematode species richness differ from other deep-sea organisms; they seem to be entirely related to modern...
Background: Nematodes represent the most abundant benthic metazoa in one of the largest habitats on ...
Nematode assemblages were investigated (in terms of size spectra, sex ratio, Shannon diversity, trop...
Understanding biodiversity patterns and how they are driven at different spatial scales is a crucial...
In the present study, we test whether large-scale patterns of estuarine nematodes are predicted by t...
Bathymetric patterns in standing stocks and diversity are a major topic of investigation in deep-sea...
Understanding how biodiversity varies at different spatial scales and the drivers behind these patte...
Alongside a primary productivity gradient between the Galicia Bank region in the Northeast Atlantic ...
The diversity of the nematode assemblages along a Mediterranean transect off Calvi, Corsica, Mediter...
Describing large-scale patterns of biological diversity is a first step towards understanding the me...
The deep sea is the largest biome of the biosphere. The knowledge of the spatial variability of deep...
The great variety of geological and hydrological conditions in the deep sea generates many different...
Sediment samples were collected at four sites along a latitudinal gradient of phytodetrital depositi...
Biodiversity patterns in the deep sea have been extensively studied in the last decades. In this stu...
Background: Nematodes represent the most abundant benthic metazoa in one of the largest habitats on ...
Nematode assemblages were investigated (in terms of size spectra, sex ratio, Shannon diversity, trop...
Understanding biodiversity patterns and how they are driven at different spatial scales is a crucial...
In the present study, we test whether large-scale patterns of estuarine nematodes are predicted by t...
Bathymetric patterns in standing stocks and diversity are a major topic of investigation in deep-sea...
Understanding how biodiversity varies at different spatial scales and the drivers behind these patte...
Alongside a primary productivity gradient between the Galicia Bank region in the Northeast Atlantic ...
The diversity of the nematode assemblages along a Mediterranean transect off Calvi, Corsica, Mediter...
Describing large-scale patterns of biological diversity is a first step towards understanding the me...
The deep sea is the largest biome of the biosphere. The knowledge of the spatial variability of deep...
The great variety of geological and hydrological conditions in the deep sea generates many different...
Sediment samples were collected at four sites along a latitudinal gradient of phytodetrital depositi...
Biodiversity patterns in the deep sea have been extensively studied in the last decades. In this stu...
Background: Nematodes represent the most abundant benthic metazoa in one of the largest habitats on ...
Nematode assemblages were investigated (in terms of size spectra, sex ratio, Shannon diversity, trop...
Understanding biodiversity patterns and how they are driven at different spatial scales is a crucial...