| Review: |
The aim of the author in this Classic book is to provide instances of interaction between two major disciplines, biology and mathematics, so that biology students have a summary of the modern mathematical methods that are currently used in modelling, and maths students could benefit from the examples of applications of the mathematics to real-life problems. The models fall into three broad categories: populations that reproduce at fixed intervals; processes that may be viewed as continuous in time; and systems for which distribution over space is an important feature. Since its first publication in 1988, the genomics revolution turned mathematical biology into a prominent area in interdisciplinary research. The republication reflects the recent resurgence in mathematical biology. |