This textbook provides a rigorous introduction to mathematical analysis, bridging the gap between elementary calculus and advanced analysis. It covers limits, continuity, sequences, series, and introductory real analysis topics, making it suitable for undergraduate students in mathematics.
This book provides a comprehensive treatment of classical optimization theory, including both foundational principles and advanced extensions. It covers optimization techniques used in economics, engineering, and operations research, making it suitable for graduate students and researchers.
This book introduces behavioural ecology, explaining how natural selection shapes animal behaviour in ecological and evolutionary contexts.
This book explores the mechanisms of gene action, emphasizing how genes control biochemical processes and influence cellular function.
This book examines the genetic basis of sex differentiation, including chromosomal, hormonal, and developmental influences.
This book introduces the principles of biometrical (quantitative) genetics, focusing on the statistical methods used to analyze inheritance of continuously varying traits.
This book explores the principles of population genetics and their relationship to evolutionary theory, including gene frequencies, selection, mutation, and genetic drift.
This book presents key concepts of genetics in a clear and structured lecture-note format, suitable for students and introductory study in biological sciences.
This book explores the role of chemical mutagens and their effects on biological systems, with emphasis on environmental exposure and genetic impact.