Response to comment on “Interspecific competition limits bird species’ ranges on tropical mountains”
Benjamin G. Freeman, Matthew Strimas‐Mackey, Eliot T. Miller
Abstract
Open-access reader
Benjamin G. Freeman, Matthew Strimas‐Mackey, Eliot T. Miller
Abstract
Open-access reader
) create new variables and fit models to argue against the hypothesis that interspecific competition shapes species' elevational ranges. However, their key newly created variable is best interpreted as a proxy for the important variable of the interspecific competition hypothesis. Thus, their reanalysis uncovers the patterns we already described that are consistent with the interspecific competition hypothesis.
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) create new variables and fit models to argue against the hypothesis that interspecific competition shapes species' elevational ranges. However, their key newly created variable is best interpreted as a proxy for the important variable of the interspecific competition hypothesis. Thus, their reanalysis uncovers the patterns we already described that are consistent with the interspecific competition hypothesis.
Key concepts: Interspecific competition, Storage effect, Competition (biology), Ecology, Proxy (statistics), Biology, Variable (mathematics), Mathematics