A student text presenting mathematical ideas and methods in biological research. Part of the Contemporary Biology series, published by Edward Arnold in 1977.
The aim of Mathematics for Biologists is to provide a comprehensive introductory course for biologists who have limited formal training in mathematics. The book carefully develops essential mathematical concepts—such as logarithms, calculus, differential equations, and statistics—and consistently relates them to biological problems. Each topic is supported by worked examples and exercises d…
A Biologist's Mathematics introduces mathematical concepts specifically tailored for biologists, emphasizing clarity, precision, and practical application rather than abstract mathematical theory. The book explains why mathematics is an essential language for biology, particularly for describing data quantitatively, formulating models, and testing biological hypotheses. Causton begins with fou…
A foundational work in biomathematics that explores the geometry and dynamics of biological timing systems, particularly circadian rhythms, presented as Volume 8 in the Biomathematics series.
This volume is a collection of peer‑reviewed research papers selected from the International Workshop on Biomathematics and Related Computational Problems, held in Naples and Anacapri, Italy, in May 1987. The book reflects the rapid development of biomathematics as an interdisciplinary field, integrating mathematics, biology, neuroscience, and computational modeling. Topics covered include n…
A collection of lectures exploring mathematical approaches to biological problems, including modeling, population dynamics, and quantitative analysis in life sciences.