Phylogenetic Trees and Molecular Evolution: A Hands-on Introduction with Uncertainty Quantification Corrected (SpringerBriefs in Systems Biology)
Enhance your understanding of evolutionary biology and modern phylogenetics with Phylogenetic Trees and Molecular Evolution: A Hands-On Introduction with Uncertainty Quantification (Corrected Edition) – a compact yet powerful guide that introduces key concepts in molecular evolution and tree-based analyses with a focus on practical applications and statistical accuracy.
Part of the SpringerBriefs in Systems Biology series, this corrected edition is ideal for students, researchers, and educators in the fields of evolutionary biology, computational biology, bioinformatics, and genomics. It provides a step-by-step introduction to building, interpreting, and evaluating phylogenetic trees using real data, with a strong emphasis on quantifying uncertainty – a critical aspect often overlooked in traditional texts.
What’s Inside:
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A clear and concise introduction to molecular evolution, sequence divergence, and evolutionary models
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Hands-on tutorials for constructing phylogenetic trees using popular tools and software
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Focus on statistical methods for uncertainty quantification, including bootstrapping and Bayesian approaches
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Real-world examples from genomic, microbial, and species-level datasets
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Designed for self-learning or classroom use, with accessible language and guided exercises
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Highlights best practices and common pitfalls in evolutionary analysis
This book bridges the gap between theory and application, helping readers not only understand how phylogenies are built but also how reliable they are, making it an essential tool for anyone working with genetic or evolutionary data.
