Species replacement along a linear coastal habitat: Phylogeography and speciation in the red alga Mazzaella laminarioides along the south east pacific

Keyphrases

• Chilean 100%
• Mazzaella Laminarioides 100%
• Southwest Pacific 100%
• Seaweed 100%
• Limited Dispersal 100%
• Dispersal Ability 100%
• Phylogeographic 100%
• Red Algae 100%
• Species Replacement 100%
• Coastal Habitats 100%
• Speciation 100%
• Phylogeography 100%
• Rocky Shore 50%
• Chilean Coast 50%
• Biogeographic Breaks 50%
• Phylogeographic Analysis 50%
• Transition Zone 50%
• Forearc Basin 50%
• Region of Interesting 50%
• Ice Cover 50%
• Red Seaweed 50%
• Geographic Scale 50%
• East Pacific 50%
• Population Density 50%
• Warming Events 50%
• Pleistocene Glaciations 50%
• Straits 50%
• Last Glaciation 50%
• Historical Process 50%
• Sibling Species 50%
• Genetic Drift 50%
• Population Size 50%
• Habitat Discontinuity 50%
• Gene Flow 50%
• Population Connectivity 50%
• Demographic Analysis 50%
• Genetic Lineages 50%
• Glacial Refugia 50%
• Molecular Markers 50%
• Environmental Adaptation 50%
• Divergence 50%
• Phylogeny 50%
• Parapatry 50%
• El Niño-Southern Oscillation 50%

INIS

• habitat 100%
• genetics 100%
• algae 100%
• populations 66%
• seaweeds 50%
• size 33%
• capacity 33%
• coast 33%
• sulfur 38 33%
• population density 16%
• sulfur 33 16%
• coastal regions 16%
• genes 16%
• transformations 16%
• zones 16%
• shores 16%
• signals 16%
• margins 16%
• mortality 16%
• sulfur 30 16%
• southern oscillation 16%
• tectonics 16%
• sulfur 37 16%
• origin 16%
• reduction 16%
• locality 16%
• ice 16%
• availability 16%

Earth and Planetary Sciences

• South East Pacific 100%
• Red Alga 100%
• Phylogeography 100%
• Genetics 100%
• Population Size 40%
• Cladistics 40%
• Demography 20%
• Rocky Shore 20%
• Forearc Basin 20%
• Postglacial 20%
• Ice Cover 20%
• Recolonization 20%
• Parapatry 20%
• Tectonics 20%
• Last Glaciation 20%
• Gene Flow 20%
• Locale 20%
• Southern Oscillation 20%
• Pleistocene 20%
• Population Density 20%
• Strait 20%
• Pacific 20%