Parallel divergence by allochrony and cryptic speciation in two highly pelagic seabird species complexes (Hydrobates spp.)
RS Taylor - 2017 - search.proquest.com
Sympatric speciation, the evolution of reproductive isolation between populations without
physical barriers to dispersal, is less likely than allopatric speciation due to the need to …
physical barriers to dispersal, is less likely than allopatric speciation due to the need to …
[PDF][PDF] Parallel Divergence by Allochrony and Cryptic Speciation in two Highly Pelagic Seabird Species Complexes (Hydrobates spp.)
R Taylor - qspace.library.queensu.ca
Sympatric speciation, the evolution of reproductive isolation between populations without
physical barriers to dispersal, is less likely than allopatric speciation due to the need to …
physical barriers to dispersal, is less likely than allopatric speciation due to the need to …
Parallel Divergence by Allochrony and Cryptic Speciation in two Highly Pelagic Seabird Species Complexes (Hydrobates spp.)
R Taylor - qspace.library.queensu.ca
Sympatric speciation, the evolution of reproductive isolation between populations without
physical barriers to dispersal, is less likely than allopatric speciation due to the need to …
physical barriers to dispersal, is less likely than allopatric speciation due to the need to …