Spatial patterns of species richness and functional diversity in Costa Rican terrestrial mammals: implications for conservation
JF González‐Maya, LR Víquez‐R… - Diversity and …, 2016 - Wiley Online Library
Aim Functional diversity is a relatively recent approach to quantify species diversity and may
provide a better understanding of the linkages between biological diversity and ecosystem
functioning. Understanding the relationships between mammal species richness and
functional diversity, the factors that influence these relationships, and the spatial scale at
which they operate, can improve our knowledge of ecosystem functioning and may benefit
conservation planning. Location Costa Rica (8° 0′–11° 14′ N and 82° 32′–85° 56′ W) …
provide a better understanding of the linkages between biological diversity and ecosystem
functioning. Understanding the relationships between mammal species richness and
functional diversity, the factors that influence these relationships, and the spatial scale at
which they operate, can improve our knowledge of ecosystem functioning and may benefit
conservation planning. Location Costa Rica (8° 0′–11° 14′ N and 82° 32′–85° 56′ W) …
[PDF][PDF] Spatial patterns of species richness and functional diversity in Costa Rican terrestrial mammals: Implications for
LR Víquez-R, A Arias-Alzate, G Ceballos - Divers. Res, 2015 - researchgate.net
Aim Functional diversity is a relatively recent approach to quantify species diversity and may
provide a better understanding of the linkages between biological diversity and ecosystem
functioning. Understanding the relationships between mammal species richness and
functional diversity, the factors that influence these relationships, and the spatial scale at
which they operate, can improve our knowledge of ecosystem functioning and may benefit
conservation planning.
provide a better understanding of the linkages between biological diversity and ecosystem
functioning. Understanding the relationships between mammal species richness and
functional diversity, the factors that influence these relationships, and the spatial scale at
which they operate, can improve our knowledge of ecosystem functioning and may benefit
conservation planning.
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