This book explores the principles of population genetics and their relationship to evolutionary theory, including gene frequencies, selection, mutation, and genetic drift.
This book explores the role of chemical mutagens and their effects on biological systems, with emphasis on environmental exposure and genetic impact.
A classic textbook covering fundamental principles of genetics, including inheritance, gene theory, cytology, and evolutionary perspectives.
A foundational work introducing the application of game theory to evolution, including the concept of the Evolutionarily Stable Strategy (ESS).
Introductory physics textbook covering classical and modern physics concepts.
A foundational text applying game theory to evolutionary biology, explaining how strategic interactions influence natural selection and evolutionary stable strategies in populations.
A study guide and problem-solving textbook covering fundamental concepts in genetics, including classical and molecular genetics, with worked examples and exercises for students.
A problem-oriented genetics textbook providing theoretical explanations and solved problems covering classical and modern genetics, designed for students and self-study.
A mathematical treatment of evolutionary genetics, presenting models and theoretical approaches to population genetics within the framework of applied mathematics.
Volume 7 of the Advances in Virus Research series, presenting scholarly reviews and developments in virology, edited by Kenneth M. Smith and Max A. Lauffer.