4.2 Article

Fruit Traits in Baboon Diet: A Comparison with Plant Species Characteristics in West Africa

Journal

BIOTROPICA
Volume 42, Issue 3, Pages 363-371

Publisher

WILEY
DOI: 10.1111/j.1744-7429.2009.00591.x

Keywords

fruit choice; fruit size; fruit type; Ivory Coast; Papio anubis; seed dispersal; seed predation; seed size

Categories

Funding

  1. German Academic Exchange Service (DAAD)
  2. University of Wuerzburg (HSP III)
  3. Volkswagen-Foundation

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Primate fruit choice among plant species has been attributed to different morphological plant and fruit characteristics. Despite a high abundance of animal-dispersed plant species in the savanna-forest mosaic of West Africa, few data are available on the interplay between morphological fruit traits and primate fruit consumers in this ecosystem. We tested whether olive baboons (Papio anubis) at Comoe National Park, north-eastern Ivory Coast, prefer fruit species with particular characteristics relative to the availability of these traits among the woody plant species at the study site. Specifically we were interested in the suites of traits that best predict fruit choice and seed handling by baboons. The baboons ate fruit/seeds from 74 identified plant species, representing 25 percent of the regional pool of woody plant species. They preferred trees to shrubs and lianas as fruit sources. Otherwise, baboons seemed to consume whatever fruit type, color, and size of fruit and seeds available, though they especially included larger fruit into their diet. Against expectations from the African bird-monkey fruit syndrome of brightly colored drupes and berries, baboons ate mostly species having large, dull-colored fruit. Fruit type and color best described whether baboons included a species into their diet, whereas fruit type and seed size best predicted whether baboons predated upon the seeds of their food plant species. As most plant species at the study site had medium-sized to large fruits and seeds, large frugivores like baboons might be particularly important for plant fitness and plant community dynamics in West African savanna-forest ecosystems.

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