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Narrow thermal tolerance and low dispersal drive higher speciation in tropical mountains
Nicholas R. Polato
, Brian A. Gill
, Alisha A. Shah
, Miranda M. Gray
, Kayce L. Casner
, Antoine Barthelet
, Philipp W. Messer
, Mark P. Simmons
, Juan M. Guayasamin
, Andrea C. Encalada
, Boris C. Kondratieff
, Alexander S. Flecker
, Steven A. Thomas
, Cameron K. Ghalambor
, N. Leroy Poff
, W. Chris Funk
, Kelly R. Zamudio
Research output
:
Contribution to journal
›
Article
›
peer-review
204
Citations (Scopus)
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Keyphrases
Speciation
100%
Thermal Tolerance
100%
Limited Dispersal
100%
Thermal Low
100%
Tropical Mountains
100%
Dispersal Ability
40%
Speciation Rate
40%
Tropics
20%
Reproductive Isolation
20%
Species Richness
20%
Cryptic Diversity
20%
Population Divergence
20%
Stream Insects
20%
Rapid Climate Change
20%
Montane Streams
20%
Seasonal Temperature Variation
20%
Temperate Species
20%
Montane Species
20%
Tolerance Capability
20%
Tropical Elevation Gradients
20%
Tropical Montane
20%
Tropical Species
20%
Agricultural and Biological Sciences
Critical Thermal Maximum
100%
Climate Change
20%
Cladistics
20%
Reproductive Isolation
20%