Eukaryotic plankton are a core component of marine ecosystems with exceptional taxonomic
and ecological diversity, yet how their ecology interacts with the environment to drive global …

DNA metabarcoding on soil samples is increasingly used for large-scale and multi-taxa
biodiversity studies. However, DNA extraction may be a major bottleneck for such wide uses. It …

Aim Mapping Amazonian biodiversity accurately is a major challenge for integrated conservation
strategies and to study its origins. However, species boundaries and their respective …

Microbial communities exhibit spatial structure at different scales, due to constant interactions
with their environment and dispersal limitation. While this spatial structure is often …

The DNA present in the environment is a unique and increasingly exploited source of
information for conducting fast and standardized biodiversity assessments for any type of …

High‐throughput sequencing of amplicons from environmental DNA samples permits rapid,
standardized and comprehensive biodiversity assessments. However, retrieving and …

Ecological memory refers to the influence of past events on the response of an ecosystem to
exogenous or endogenous changes. Memory has been widely recognized as a key …

How host-associated microbial communities evolve as their hosts diversify remains equivocal:
how conserved is their composition? What was the composition of ancestral microbiota? …

Integrative patterns of biodiversity, such as the distribution of taxa abundances and the spatial
turnover of taxonomic composition, have been under scrutiny from ecologists for a long …

Eukaryotic plankton are a core component of marine ecosystems with exceptional taxonomic
and ecological diversity. Yet how their ecology interacts with the environment to drive …