Functional traits data for 2088 species (morphospecies, individuals) from 144 arthropod families sampled in agricultural landscapes across Europe. All traits are categorical and based on published literature or expert knowledge. They are described in Table 1 and Appendix S1 of Martin et al. (2019). The traits included are: feeding habit ('Functional group'), diet breadth, agricultural specialism, diet life history, overwintering habitat, dispersal mode, and stratum. Species' names were resolved in R package taxize
International audienceFunctional approaches are gaining considerable traction in ecology. Expanding ...
International audienceFunctional approaches are gaining considerable traction in ecology. Expanding ...
International audienceFunctional approaches are gaining considerable traction in ecology. Expanding ...
Functional traits data for 2088 species (morphospecies, individuals) from 144 arthropod families sam...
Functional traits collected from public databases of the 147 species surveyed in this study. Descrip...
Trait database including various morphological and ecological traits for every described ant genus (...
Analyses of species traits have increased our understanding of how environmental drivers such as dis...
Trait database including various morphological and ecological traits for every described ant genus (...
Trait database including various morphological and ecological traits for every described ant genus (...
Analyses of species traits have increased our understanding of how environmental drivers such as dis...
Analyses of species traits have increased our understanding of how environmental drivers such as dis...
Analyses of species traits have increased our understanding of how environmental drivers such as dis...
International audienceFunctional approaches are gaining considerable traction in ecology. Expanding ...
International audienceFunctional approaches are gaining considerable traction in ecology. Expanding ...
International audienceFunctional approaches are gaining considerable traction in ecology. Expanding ...
International audienceFunctional approaches are gaining considerable traction in ecology. Expanding ...
International audienceFunctional approaches are gaining considerable traction in ecology. Expanding ...
International audienceFunctional approaches are gaining considerable traction in ecology. Expanding ...
Functional traits data for 2088 species (morphospecies, individuals) from 144 arthropod families sam...
Functional traits collected from public databases of the 147 species surveyed in this study. Descrip...
Trait database including various morphological and ecological traits for every described ant genus (...
Analyses of species traits have increased our understanding of how environmental drivers such as dis...
Trait database including various morphological and ecological traits for every described ant genus (...
Trait database including various morphological and ecological traits for every described ant genus (...
Analyses of species traits have increased our understanding of how environmental drivers such as dis...
Analyses of species traits have increased our understanding of how environmental drivers such as dis...
Analyses of species traits have increased our understanding of how environmental drivers such as dis...
International audienceFunctional approaches are gaining considerable traction in ecology. Expanding ...
International audienceFunctional approaches are gaining considerable traction in ecology. Expanding ...
International audienceFunctional approaches are gaining considerable traction in ecology. Expanding ...
International audienceFunctional approaches are gaining considerable traction in ecology. Expanding ...
International audienceFunctional approaches are gaining considerable traction in ecology. Expanding ...
International audienceFunctional approaches are gaining considerable traction in ecology. Expanding ...