The effects of diadromy and its loss on genomic divergence: The case of amphidromous Galaxias maculatus populations

Earth & Environmental Sciences

• diadromy 100%
• resident population 74%
• genomics 54%
• divergence 47%
• gene flow 30%
• genetic diversity 30%
• loss 28%
• local adaptation 23%
• life history 17%
• marker 15%
• effect 12%
• site fidelity 12%
• genetic differentiation 11%
• Southern Hemisphere 8%
• plasticity 8%
• colonization 8%
• fish 5%
• product 4%
• distribution 3%

Agriculture & Biology

• diadromous fish 95%
• Galaxias maculatus 88%
• genomics 34%
• genetic variation 26%
• gene flow 16%
• life history 9%
• philopatry 7%
• plasticity 5%
• fish 3%

Medicine & Life Sciences

• Osmeriformes 95%
• Gene Flow 26%
• Population 21%
• Genetic Variation 17%
• Fresh Water 7%
• Fishes 5%
• Single Nucleotide Polymorphism 5%
• Maintenance 4%