Little is known about how mutualistic interactions affect the distribution of species richness on broad geographic scales. Because mutualism positively affects the fitness of all species involved in the interaction, one hypothesis is that the richness of species involved should be positively correlated across their range, especially for obligate relationships. Alternatively, if mutualisms involve multiple mutualistic partners, the distribution of mutualists should not necessarily be related, and patterns in species distributions might be more strongly correlated with environmental factors. In this study, we compared the distributions of plants and vertebrate animals involved in seed-dispersal mutualisms across the United States and Canada. ...
Plants rely on seed dispersal in order for seeds to escape the vicinity of the parent plant, reach a...
Plant–animal mutualistic networks are characterized by highly heterogeneous degree distributions. Th...
Seed dispersal is key to the persistence and spread of plant populations. Because the majority of pl...
Little is known about how mutualistic interactions affect the distribution of species richness on br...
© 2018 The Authors Little is known about how mutualistic interactions affect the distribution of spe...
Many angiosperms rely on vertebrates for seed dispersal via gut passage, an interaction that has bee...
This dissertation set out to answer two questions of seed-dispersing animals; what is the distributi...
Interactions between species are widely understood to have promoted the diversification of life on E...
Knowledge about how frugivory and seed deposition are spatially distributed is valuable to understan...
1. Networks of mutualistic interactions between animals and plants are considered a pivotal part of ...
1. Co-occurring and simultaneously fruiting plant species may either compete for dispersal by shared...
Spatial genetic structure (SGS) of plants results from the non-random distribution of related indivi...
Plant–animal mutualistic networks are characterized by highly heterogeneous degree distributions. Th...
1. Animal biodiversity matters for the provision of ecosystem functions derived from trophic activit...
Plant communities are often dispersal-limited and zoochory can be an efficient mechanism for plants ...
Plants rely on seed dispersal in order for seeds to escape the vicinity of the parent plant, reach a...
Plant–animal mutualistic networks are characterized by highly heterogeneous degree distributions. Th...
Seed dispersal is key to the persistence and spread of plant populations. Because the majority of pl...
Little is known about how mutualistic interactions affect the distribution of species richness on br...
© 2018 The Authors Little is known about how mutualistic interactions affect the distribution of spe...
Many angiosperms rely on vertebrates for seed dispersal via gut passage, an interaction that has bee...
This dissertation set out to answer two questions of seed-dispersing animals; what is the distributi...
Interactions between species are widely understood to have promoted the diversification of life on E...
Knowledge about how frugivory and seed deposition are spatially distributed is valuable to understan...
1. Networks of mutualistic interactions between animals and plants are considered a pivotal part of ...
1. Co-occurring and simultaneously fruiting plant species may either compete for dispersal by shared...
Spatial genetic structure (SGS) of plants results from the non-random distribution of related indivi...
Plant–animal mutualistic networks are characterized by highly heterogeneous degree distributions. Th...
1. Animal biodiversity matters for the provision of ecosystem functions derived from trophic activit...
Plant communities are often dispersal-limited and zoochory can be an efficient mechanism for plants ...
Plants rely on seed dispersal in order for seeds to escape the vicinity of the parent plant, reach a...
Plant–animal mutualistic networks are characterized by highly heterogeneous degree distributions. Th...
Seed dispersal is key to the persistence and spread of plant populations. Because the majority of pl...