Spatio-temporal changes in the diet, niche breadth and niche overlap of two species of Characidium from three different sites along a Neotropical coastal stream were studied during a dry and rainy season. Seasonal changes were restricted to the occurrence of plant items in the stomach contents. The relative importance of food items in the diet of both species varied across sites, but Diptera, Ephemeroptera, Simuliidae, Trichoptera and Coleoptera larvae were always the main prey items. Contrary to the expected pattern, values of the niche breadth were higher at the site where Characidium species co-existed and niche overlapped at this site indicated 52% (p = 0.52) of feeding overlap
In studies on the partitioning of resources, one issue which has been largely neglected is the chang...
1. The hypothesis of community‐wide character displacement (CWCD) predicts that coexisting species i...
ABSTRACTResource partitioning is important for species coexistence. Species with similar ecomorpholo...
The niche overlap between trophic groups of Chironomidae larvae in different habitats was observed b...
This study assessed the width of the trophic niche of four characid species (Bryconops giacopinii, B...
Clarifying the mechanisms associated with the coexistence of invasive species is important to unders...
Ontogenetic influences in patterns of niche breadth and feeding overlap were investigated in three s...
The diet and niche breadth of two fish species, Astyanaxscabripinnis Eigenmann, 1914 (Characidae, Te...
The feeding strategy of Characidium lanei and C. pterostictum was studied in the "Cabral" stream, a ...
Ontogenetic influences in patterns of niche breadth and feeding overlap were investigated in three s...
This study addressed the feeding ecology of fish fauna from a first-order stream located in a rural ...
In the spring and summer of each year, large patches of submersed aquatic macrophytes overgrow the b...
Size-dependent dietary shifts, which are often linked to gape-size limitation and intraspecific comp...
In this contribution we studied the trophic ecology of four Characidae species from the Cavalo Strea...
<div><p>In the spring and summer of each year, large patches of submersed aquatic macrophytes overgr...
In studies on the partitioning of resources, one issue which has been largely neglected is the chang...
1. The hypothesis of community‐wide character displacement (CWCD) predicts that coexisting species i...
ABSTRACTResource partitioning is important for species coexistence. Species with similar ecomorpholo...
The niche overlap between trophic groups of Chironomidae larvae in different habitats was observed b...
This study assessed the width of the trophic niche of four characid species (Bryconops giacopinii, B...
Clarifying the mechanisms associated with the coexistence of invasive species is important to unders...
Ontogenetic influences in patterns of niche breadth and feeding overlap were investigated in three s...
The diet and niche breadth of two fish species, Astyanaxscabripinnis Eigenmann, 1914 (Characidae, Te...
The feeding strategy of Characidium lanei and C. pterostictum was studied in the "Cabral" stream, a ...
Ontogenetic influences in patterns of niche breadth and feeding overlap were investigated in three s...
This study addressed the feeding ecology of fish fauna from a first-order stream located in a rural ...
In the spring and summer of each year, large patches of submersed aquatic macrophytes overgrow the b...
Size-dependent dietary shifts, which are often linked to gape-size limitation and intraspecific comp...
In this contribution we studied the trophic ecology of four Characidae species from the Cavalo Strea...
<div><p>In the spring and summer of each year, large patches of submersed aquatic macrophytes overgr...
In studies on the partitioning of resources, one issue which has been largely neglected is the chang...
1. The hypothesis of community‐wide character displacement (CWCD) predicts that coexisting species i...
ABSTRACTResource partitioning is important for species coexistence. Species with similar ecomorpholo...