Specialization of species in interaction networks influences network stability and ecosystem functioning. Spatial and temporal variation in resource availability may provide insight into how ecological factors, such as resource abundance, and evolutionary factors, such as phylogenetically conserved morphological traits, influence specialization within mutualistic networks. We used independent measures of hummingbird abundance and resources (nectar), information on hummingbird traits and plant–hummingbird interactions to examine how resource availability and species' morphology influence the specialization of hummingbirds in three habitat types (forest, shrubs, cattle ranch) sampled over 10 sessions across two years in the southern Andes of ...
Biological constraints and neutral processes have been proposed to explain the properties of plant–p...
Ecological communities that experience stable climate conditions have been speculated to preserve mo...
Network analysis has in recent years improved our understanding of pollination systems. However, the...
Specialization of species in interaction networks influences network stability and ecosystem functio...
Functional traits can determine pairwise species interactions, such as those between plants and poll...
© 2018 John Wiley & Sons Ltd Aim: Species interaction networks are known to vary in structure over l...
Mutualistic interactions are powerful drivers of biodiversity on Earth that can be represented as co...
Aim Among the world's three major nectar-feeding bird taxa, hummingbirds are the most phenotypi...
Understanding how ecological processes structure species assemblages is a central issue in community...
Morphological trait matching between species affects resource partitioning in mutualistic systems. Y...
Abundant pollinators are often more generalised than rare pollinators. This could be because abundan...
Species traits are thought to predict feeding specialisation and the vulnerability of a species to e...
Interactions between species are influenced by different ecological mechanisms, such as morphologica...
Network analysis has in recent years improved our understanding of pollination systems. However, the...
(Trochilidae) are a large Neotropical bird family of nectar-feeders that have evolved as pollinators...
Biological constraints and neutral processes have been proposed to explain the properties of plant–p...
Ecological communities that experience stable climate conditions have been speculated to preserve mo...
Network analysis has in recent years improved our understanding of pollination systems. However, the...
Specialization of species in interaction networks influences network stability and ecosystem functio...
Functional traits can determine pairwise species interactions, such as those between plants and poll...
© 2018 John Wiley & Sons Ltd Aim: Species interaction networks are known to vary in structure over l...
Mutualistic interactions are powerful drivers of biodiversity on Earth that can be represented as co...
Aim Among the world's three major nectar-feeding bird taxa, hummingbirds are the most phenotypi...
Understanding how ecological processes structure species assemblages is a central issue in community...
Morphological trait matching between species affects resource partitioning in mutualistic systems. Y...
Abundant pollinators are often more generalised than rare pollinators. This could be because abundan...
Species traits are thought to predict feeding specialisation and the vulnerability of a species to e...
Interactions between species are influenced by different ecological mechanisms, such as morphologica...
Network analysis has in recent years improved our understanding of pollination systems. However, the...
(Trochilidae) are a large Neotropical bird family of nectar-feeders that have evolved as pollinators...
Biological constraints and neutral processes have been proposed to explain the properties of plant–p...
Ecological communities that experience stable climate conditions have been speculated to preserve mo...
Network analysis has in recent years improved our understanding of pollination systems. However, the...