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Spatial variation in water loss predicts terrestrial salamander distribution and population dynamics

bioRxiv

May 9, 2014

William E Peterman, Raymond D Semlitsch

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Abstract

Many patterns observed in ecology, such as species richness, life history variation, habitat use, and distribution have physiological underpinnings For many ectothermic organisms temperature relations shape these patterns, but for terrestrial amphibians, water balance may supersede temp...read more

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Landscapes
Species
Study
Fluid Balance
Population Group
Ecological Momentary Assessment
Physiological Aspects
Patterns
Amphibians
PRF protein, Plethodon jordani
5
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  • Spatial variation in water loss predicts terrestrial salamander distribution and population dynamics

    bioRxiv

    May 9, 2014

    William E Peterman, Raymond D Semlitsch

    PMID: 990004986

    DOI: 10.1101/004986

    Abstract

    Many patterns observed in ecology, such as species richness, life history variation, habitat use, and distribution have physiological underpinnings For many ectothermic organisms temperature relations shape these patterns, but for terrestrial amphibians, water balance may supersede temp...read more

    Mentioned in this Paper

    Landscapes
    Species
    Study
    Fluid Balance
    Population Group
    5

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