Author: Boitshoko Digoro

Neftaly: Bottlenecks and Gene Flow Dynamics in Isolated Island PopulationsCourse Description:Neftaly’s Bottlenecks and Gene Flow Dynamics in Isolated Island Populations course explores how isolation, migration, and demographic events shape the genetic structure and evolution of island species. Focusing on the balance between genetic drift, bottlenecks, and limited gene flow, this course investigates how small, isolated populations adapt — or lose diversity — over time. Through a combination of theoretical models, real-world case studies, and genomic data analysis, participants will gain a deep understanding of the evolutionary and conservation implications of genetic processes in island ecosystems.Key Learning Outcomes:Understand how population bottlenecks reduce genetic variation and influence evolutionary trajectories.Examine how restricted gene flow and isolation affect population structure and speciation.Apply population genetics models to analyze genetic diversity and migration patterns.Interpret genomic data from island species to assess adaptation and resilience.Evaluate conservation strategies to maintain genetic health in fragmented or isolated populations.Who Should Enroll:This course is designed for students, researchers, and professionals in evolutionary biology, population genetics, ecology, and conservation science who are interested in understanding genetic dynamics in isolated or small populations.Benefits:By completing this program, participants will develop analytical and conceptual tools to investigate the complex interactions between bottlenecks, gene flow, and isolation — supporting evidence-based conservation and evolutionary research in unique island ecosystems.