This archive includes the final summary tables used for the analyses.This research is supported by the Swiss National Science Foundation Projects 31003A_144053, CRSII2_147654 and IZERZ0_142165 (Enlargement Contribution Project "CyanoArchive", in the framework of the Romanian-Swiss Research Programme)
International audienceWe conducted laboratory experiments with 85 assembled phytoplankton communitie...
Phytoplankton species traits have been used to successfully predict the outcome of compe-tition, but...
Phytoplankton species traits have been used to successfully predict the outcome of competition, but ...
Abstract In addition to answering Hutchinson’s question ‘‘Why are there so many species?’’, we need ...
In addition to answering Hutchinson's question "Why are there so many species?", we need to understa...
Predicting phytoplankton community dynamics in detail seems an overwhelming task as there are so man...
It is well-established that when equilibrium is attained for two species competing for the same limi...
The distribution of functional traits in communities, and how trait distributions shift over time an...
In the context of understanding and predicting the effects of human-induced environmental change (EC...
doi: 10.3389/fmicb.2014.00324 Opportunities and challenges in deriving phytoplankton diversity measu...
Competition for limiting resources is a major force structuring ecological communities. Species mini...
Trait-based approaches to investigate (short- and long-term) phytoplankton dynamics and community as...
Trait-based approaches to phytoplankton ecology have gained traction in recent decades as phenotypic...
Zooplankton are major primary consumers and predators in most aquatic ecosystems. They exhibit treme...
Modelling the relationship between biomass and diversity in phytoplankton assemblages provides new i...
International audienceWe conducted laboratory experiments with 85 assembled phytoplankton communitie...
Phytoplankton species traits have been used to successfully predict the outcome of compe-tition, but...
Phytoplankton species traits have been used to successfully predict the outcome of competition, but ...
Abstract In addition to answering Hutchinson’s question ‘‘Why are there so many species?’’, we need ...
In addition to answering Hutchinson's question "Why are there so many species?", we need to understa...
Predicting phytoplankton community dynamics in detail seems an overwhelming task as there are so man...
It is well-established that when equilibrium is attained for two species competing for the same limi...
The distribution of functional traits in communities, and how trait distributions shift over time an...
In the context of understanding and predicting the effects of human-induced environmental change (EC...
doi: 10.3389/fmicb.2014.00324 Opportunities and challenges in deriving phytoplankton diversity measu...
Competition for limiting resources is a major force structuring ecological communities. Species mini...
Trait-based approaches to investigate (short- and long-term) phytoplankton dynamics and community as...
Trait-based approaches to phytoplankton ecology have gained traction in recent decades as phenotypic...
Zooplankton are major primary consumers and predators in most aquatic ecosystems. They exhibit treme...
Modelling the relationship between biomass and diversity in phytoplankton assemblages provides new i...
International audienceWe conducted laboratory experiments with 85 assembled phytoplankton communitie...
Phytoplankton species traits have been used to successfully predict the outcome of compe-tition, but...
Phytoplankton species traits have been used to successfully predict the outcome of competition, but ...