Daily traveled distances by the white-tailed deer in relation to seasonality and reproductive phenology in a tropical lowland of southeastern Mexico
The white-tailed deer is the most widely hunted species in the tropical areas of Mexico. However, the information about how the environmental conditions and the physiological status of individuals influenced the movement of this species is practically unknown, even this will help to understand how this species could be affected by the changes that are already occurring in these areas. This study describes the daily movements of five female white-tailed deer, marked with radio satellite collars, and followed for 1 year in a tropical lowland area of Mexico. We compared the daily traveled distances per deer during the year and according to the environmental temperature and reproductive phenology of the individuals. We found that the average daily distance traveled during the year was 1044.06 m (SD ± 501.00 m), with the longest daily movements occurring during the dry season and shorter movements during the wet season. Temperature showed no influence on daily movements, but it is likely that the fawning season and food shortages would during the dry season influence the longest daily movements of the deer. On the other side, the reduced daily traveled distances during the wet season indicate that the flooding season affected the movement of the deer. The continuation of studies on the movement ecology of the species would help us to clarify how this species will adapt to the climate change scenarios in the tropical lowlands of Mexico, where longer flooding seasons with contrasting extreme drought are expected.
| Main Authors: | , , |
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| Format: | Texto biblioteca |
| Language: | eng |
| Subjects: | Tayassu pecari, Preferencias de hábitat, Conducta espacial en los animales, Población animal, Bosques tropicales, Artfrosur, |
| Online Access: | https://link.springer.com/chapter/10.1007/978-3-030-03463-4_8 |
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| Summary: | The white-tailed deer is the most widely hunted species in the tropical areas of Mexico. However, the information about how the environmental conditions and the physiological status of individuals influenced the movement of this species is practically unknown, even this will help to understand how this species could be affected by the changes that are already occurring in these areas. This study describes the daily movements of five female white-tailed deer, marked with radio satellite collars, and followed for 1 year in a tropical lowland area of Mexico. We compared the daily traveled distances per deer during the year and according to the environmental temperature and reproductive phenology of the individuals. We found that the average daily distance traveled during the year was 1044.06 m (SD ± 501.00 m), with the longest daily movements occurring during the dry season and shorter movements during the wet season. Temperature showed no influence on daily movements, but it is likely that the fawning season and food shortages would during the dry season influence the longest daily movements of the deer. On the other side, the reduced daily traveled distances during the wet season indicate that the flooding season affected the movement of the deer. The continuation of studies on the movement ecology of the species would help us to clarify how this species will adapt to the climate change scenarios in the tropical lowlands of Mexico, where longer flooding seasons with contrasting extreme drought are expected. |
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