Fishes probably were the first vertebrate seed dispersers, yet little research has examined this phenomenon. We review evidence of fruit and seed consumption by fishes, and analyze the evolution of frugivory and granivory using South American serrasalmids as a model. Frugivory and granivory are observed among diverse fish taxa worldwide, although most reports are from the Neotropics. Frugivory and granivory among serrasalmids apparently are derived from omnivory, with powerful jaws and specialized dentition appearing as major adaptations. No particular fruit traits seem to be associated with seed dispersal by fishes (ichthyochory). Recent experimental evidence of ichthyochory suggests that fishes can influence riparian vegetation dynamics. ...
Large fish are often the most effective seed dispersers, but they are also the preferred target for ...
1.Dispersal of seeds by animals is an important mechanism regulating plant diversity, range expansio...
Herbivory is thought to be nutritionally inefficient relative to carnivory and omnivory. But, herbiv...
Fruit-eating by fishes represents an ancient (perhaps Paleozoic) interaction increasingly regarded a...
For aquatic and riparian plants, the important role of fish in seed dispersal is increasingly recogn...
<p>Animal-mediated seed dispersal (zoochory) is considered to be an important mechanism regulating b...
Throughout Amazonia, overfishing has decimated populations of fruit-eating fishes, especially the la...
1.The last few years have seen an increased interest in the experimental study of seed dispersal by ...
Many frugivorous animals act simultaneously as seed predators and dispersers, and shifts in the abun...
Seed consumption and dispersal by fish has been more extensively described in natural Neotropical la...
1. The potential for seed dispersal by fish (ichthyochory) is likely to vary within aquatic plant sp...
Fishes are a major component of modern aquatic ecosystems where they regulate some key biological pr...
Habitat transitions are key potential explanations for why some lineages have diversified and others...
Large fish are often the most effective seed dispersers, but they are also the preferred target for ...
1.Dispersal of seeds by animals is an important mechanism regulating plant diversity, range expansio...
Herbivory is thought to be nutritionally inefficient relative to carnivory and omnivory. But, herbiv...
Fruit-eating by fishes represents an ancient (perhaps Paleozoic) interaction increasingly regarded a...
For aquatic and riparian plants, the important role of fish in seed dispersal is increasingly recogn...
<p>Animal-mediated seed dispersal (zoochory) is considered to be an important mechanism regulating b...
Throughout Amazonia, overfishing has decimated populations of fruit-eating fishes, especially the la...
1.The last few years have seen an increased interest in the experimental study of seed dispersal by ...
Many frugivorous animals act simultaneously as seed predators and dispersers, and shifts in the abun...
Seed consumption and dispersal by fish has been more extensively described in natural Neotropical la...
1. The potential for seed dispersal by fish (ichthyochory) is likely to vary within aquatic plant sp...
Fishes are a major component of modern aquatic ecosystems where they regulate some key biological pr...
Habitat transitions are key potential explanations for why some lineages have diversified and others...
Large fish are often the most effective seed dispersers, but they are also the preferred target for ...
1.Dispersal of seeds by animals is an important mechanism regulating plant diversity, range expansio...
Herbivory is thought to be nutritionally inefficient relative to carnivory and omnivory. But, herbiv...