Post‐dispersal seed predators contribute substantially to seed loss across many
ecosystems. Most research has focused on understanding sources of variation in seed loss …

Parrots (Psittaciformes) have been viewed as efficient consumers of the reproductive
structures of plants. Consequently, parrots have been excluded from studies focusing on …

Mutualistic interactions repeatedly preserved across fragmented landscapes can scale‐up
to form a spatial metanetwork describing the distribution of interactions across patches. We …

Abstract Theory predicts that contrasting properties of mutualistic and antagonistic networks
differentially promote community resilience to species loss. However, the outcome of most …

Aim Mapping species distributions is a crucial but challenging requirement of wildlife
management. The frequent need to sample vast expanses of potential habitat increases the …

Illegal wildlife trade, which mostly focuses on high-demand species, constitutes a major
threat to biodiversity. However, whether poaching is an opportunistic crime within high …

Humans did not arrive on most of the world's islands until relatively recently, making islands
favorable places for disentangling the timing and magnitude of natural and anthropogenic …

Seed dispersal interactions involve key ecological processes in tropical forests that help to
maintain ecosystem functioning. Yet this functionality may be threatened by increasing …

Seed dispersal is one of the most studied plant–animal mutualisms. It has been proposed
that the dispersal of many large-seeded plants from Neotropical forests was primarily …

Background Urbanization is one of the main causes of biodiversity loss worldwide. Wildlife
responses to urbanization, however, are greatly variable and, paradoxically, some …