Carollia Short-tailed Bats Thies BCI Panama

dc.contributor.authorBaldwin, Justin W.
dc.contributor.authorDechmann, Dina K.N.
dc.contributor.authorThies, Wibke
dc.contributor.authorWhitehead, Susan R.
dc.description.abstractThe paradoxical presence of toxic chemical compounds in ripe fruits represents a balance between plant enemies and allies: chemical traits can defend seeds against antagonistic herbivores, seed predators or fungal pathogens, but also can impose costs by repelling mutualistic seed dispersers, although the costs are often difficult to quantify. Seeds gain fitness benefits from travelling far from the parent plant, as they can escape from parental competition and elude specialized herbivores as well as pathogens that accumulate on adult plants. However, seeds are difficult to follow from their parent plant to their final destination. Thus, little is known about the factors that determine seed dispersal distance. We investigated this potential cost of fruit secondary compounds – reduced seed dispersal distance ‐ by combining two datasets from previous work on a Neotropical bat‐plant dispersal system (bats in the genus Carollia and plants in the genus Piper). We used data from captive behavioral experiments, which show how amides in ripe fruits of Piper decrease the retention time of seeds and alter food choices. With new analyses, we show that these defensive secondary compounds also delay the time of fruit removal. Next, with a behaviorally annotated bat telemetry dataset, we quantified post‐feeding movements (i.e. seed dispersal distances). Using generalized additive mixed models we found that seed dispersal distances varied nonlinearly with gut retention times as well as with the time of fruit removal. By interrogating the model predictions, we identified two novel mechanisms by which fruit secondary compounds can impose costs in terms of decreased seed dispersal distances: 1) small scale reductions in gut retention time and 2) causing fruits to forgo advantageous bat activity peaks that confer high seed dispersal distances.
dc.subjectanimal movement
dc.subjectanimal foraging
dc.subjectanimal tracking
dc.subjectCarollia castanea
dc.subjectCarollia perspicillata
dc.subjectchemical ecology
dc.subjectChestnut short-tailed bat
dc.subjectdispersal distance
dc.subjectmovement ecology
dc.subjectradio telemetry
dc.subjectSeba's short-tailed bat
dc.titleCarollia Short-tailed Bats Thies BCI Panama
dspace.entity.typeData package
dwc.ScientificNameCarollia castanea
dwc.ScientificNameCarollia perspicillata
  title = {Carollia Short-tailed Bats Thies BCI Panama},
  author = {Baldwin, JW and Dechmann, DKN and Thies, W and Whitehead, SR},
  URL = {},
  doi = {doi:10.5441/001/1.bc72jg61/1},
  publisher = {Movebank data repository}
Baldwin JW, Dechmann DKN, Thies W, Whitehead SR. Carollia Short-tailed Bats Thies BCI Panama. Movebank Data Repository.
ID  - doi:10.5441/001/1.bc72jg61/1
T1  - Carollia Short-tailed Bats Thies BCI Panama
AU  - Baldwin, Justin W.
AU  - Dechmann, Dina K.N.
AU  - Thies, Wibke
AU  - Whitehead, Susan R.
KW  - animal movement
KW  - animal foraging
KW  - animal tracking
KW  - bats
KW  - Carollia castanea
KW  - Carollia perspicillata
KW  - chemical ecology
KW  - Chestnut short-tailed bat
KW  - dispersal distance
KW  - movement ecology
KW  - Panama
KW  - radio telemetry
KW  - Seba's short-tailed bat
KW  - Carollia castanea
KW  - Carollia perspicillata
PB  - Movebank data repository
UR  -
DO  - doi:10.5441/001/1.bc72jg61/1
ER  -