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Spatial and seasonal patterns of communal latrine use by spotted hyenas (Crocuta crocuta) reflect a seasonal resource defense strategy
by
McNutt, J. W.
, Gilfillan, Geoffrey D.
, Reader, Tom
, Vitale, Jessica D.
, Jordan, Neil R.
in
Accumulation
/ Adaptiveness
/ Animal behavior
/ animal communication
/ Animal Ecology
/ Anthropogenic factors
/ Beetles
/ Behavioral Sciences
/ Biomedical and Life Sciences
/ Botswana
/ Coleoptera
/ Communication
/ Communication strategies
/ coprophagy
/ Crocuta crocuta
/ Discourse strategies
/ Dry season
/ Dung
/ Ecology
/ feces
/ Food
/ Food resources
/ Geographical distribution
/ Home range
/ Human influences
/ Latrines
/ Life Sciences
/ longevity
/ Mammals
/ Marking
/ Movement ecology
/ Novels
/ odors
/ Optimization
/ ORIGINAL ARTICLE
/ rain
/ Rainy season
/ Reuse
/ Roads & highways
/ roadsides
/ seasonal variation
/ Seasonal variations
/ Seasons
/ Signal detection
/ Social dynamics
/ Social systems
/ sociobiology
/ Spatial analysis
/ Spatial distribution
/ Species
/ Visitation
/ wet season
/ Wild animals
/ Zoology
2020
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Spatial and seasonal patterns of communal latrine use by spotted hyenas (Crocuta crocuta) reflect a seasonal resource defense strategy
by
McNutt, J. W.
, Gilfillan, Geoffrey D.
, Reader, Tom
, Vitale, Jessica D.
, Jordan, Neil R.
in
Accumulation
/ Adaptiveness
/ Animal behavior
/ animal communication
/ Animal Ecology
/ Anthropogenic factors
/ Beetles
/ Behavioral Sciences
/ Biomedical and Life Sciences
/ Botswana
/ Coleoptera
/ Communication
/ Communication strategies
/ coprophagy
/ Crocuta crocuta
/ Discourse strategies
/ Dry season
/ Dung
/ Ecology
/ feces
/ Food
/ Food resources
/ Geographical distribution
/ Home range
/ Human influences
/ Latrines
/ Life Sciences
/ longevity
/ Mammals
/ Marking
/ Movement ecology
/ Novels
/ odors
/ Optimization
/ ORIGINAL ARTICLE
/ rain
/ Rainy season
/ Reuse
/ Roads & highways
/ roadsides
/ seasonal variation
/ Seasonal variations
/ Seasons
/ Signal detection
/ Social dynamics
/ Social systems
/ sociobiology
/ Spatial analysis
/ Spatial distribution
/ Species
/ Visitation
/ wet season
/ Wild animals
/ Zoology
2020
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Spatial and seasonal patterns of communal latrine use by spotted hyenas (Crocuta crocuta) reflect a seasonal resource defense strategy
by
McNutt, J. W.
, Gilfillan, Geoffrey D.
, Reader, Tom
, Vitale, Jessica D.
, Jordan, Neil R.
in
Accumulation
/ Adaptiveness
/ Animal behavior
/ animal communication
/ Animal Ecology
/ Anthropogenic factors
/ Beetles
/ Behavioral Sciences
/ Biomedical and Life Sciences
/ Botswana
/ Coleoptera
/ Communication
/ Communication strategies
/ coprophagy
/ Crocuta crocuta
/ Discourse strategies
/ Dry season
/ Dung
/ Ecology
/ feces
/ Food
/ Food resources
/ Geographical distribution
/ Home range
/ Human influences
/ Latrines
/ Life Sciences
/ longevity
/ Mammals
/ Marking
/ Movement ecology
/ Novels
/ odors
/ Optimization
/ ORIGINAL ARTICLE
/ rain
/ Rainy season
/ Reuse
/ Roads & highways
/ roadsides
/ seasonal variation
/ Seasonal variations
/ Seasons
/ Signal detection
/ Social dynamics
/ Social systems
/ sociobiology
/ Spatial analysis
/ Spatial distribution
/ Species
/ Visitation
/ wet season
/ Wild animals
/ Zoology
2020
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Spatial and seasonal patterns of communal latrine use by spotted hyenas (Crocuta crocuta) reflect a seasonal resource defense strategy
Journal Article
Spatial and seasonal patterns of communal latrine use by spotted hyenas (Crocuta crocuta) reflect a seasonal resource defense strategy
2020
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Overview
Communal marking sites, or latrines, appear to play an important role in intraspecific communication and social dynamics in a wide range of mammal species. The spatial distribution of latrines can provide clues to their function and has been well documented in a number of species. Latrineusemayvaryconsiderablythroughtime, however, andamorecomprehensiveapproachtotheirstudythatconsidersspatial and seasonal patterns of use is required to understand more fully the costs and benefits of latrine use, and hence their adaptive significance. This study investigated spatial and seasonal patterns of latrine use by spotted hyena (Crocuta crocuta) in northern Botswana, examining their potentialrole in resourcedefense. Latrine characteristicsand hyenaactivity were monitoredto testtheinfluence ofseason and location (relative to clan territories and roads) on latrine use. We conducted monthly scat counts (at 78 latrines) and continuously recorded hyena visitation (to 50 latrines) in five clan home ranges, demonstrating clear seasonal patterns in latrine use. Latrines were smaller in the wet season (November-March), resulting from fewer visits by hyenas, reduced scat accumulation, and the seasonal activity of coprophagous beetles. We speculate that such a seasonal pattern may be driven by reduced competition for food during the wet season. Latrines located within core clan areas were no larger or more frequently used than those in home-range boundary areas, but hyenas did preferentially place latrines alongside roads and were more likely to reuse road-side latrines in subsequent years. This pattern was not due to observer detection bias and adds to the growing body of literature on the impact that roads and other anthropogenic features have on the communication and movement ecology of wild animals.
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