Niche differentiation and intraguild predation (IGP) can allow ecologically similar species to
coexist, although it is unclear which coexistence mechanism predominates in consumer …

DNA metabarcoding is a molecular technique frequently used to characterize diet
composition of insectivorous birds. However, results are sensitive to methodological …

While an increasing number of studies are adopting molecular and chemical methods for
dietary characterization, these studies often employ only one of these laboratory‐based …

The green turtle (Chelonia mydas) is a circumglobal species with a wide dietary breadth that
varies among regions and life history stages. Comprehensive understanding of foraging …

Dietary studies are critical for understanding foraging strategies and have important
applications in conservation and habitat management. We applied a robust metabarcoding …

Determining the dietary spectrum of European insectivorous bats over time is the
cornerstone of their conservation, as it will aid our understanding of foraging behavior …

The demersal fish populations constitute a valuable commercial resource in the Beibu Gulf,
northern South China. However, our understanding of the ontogenetic dietary shifts of fish …

Niche partitioning studies are essential to understand the mechanisms that allow
ecologically similar species to coexist. The Rhone streber (Zingel asper) and the European …

Resource partitioning through temporal, spatial and/or trophic dimensions is suggested as a
mechanism for long‐term coexistence among sympatric species. However, how the …

Fish dietary niche is a core focus, and it reflects the diversity of resources, habitats, or
environments occupied by a species. However, whether geographic segregation among …