1 Uniregional Models With No Age Dependence -- 2 Spatial Population Dynamics: Location Without Age -- 3 Uniregional Population Dynamics: Age Without Location -- 4 Multiregional Population Dynamics: Age With Location -- 5 Multiregional Projection and Stable Growth -- 6 Birthplace-Specific Life Tables and Projections -- 7 The Spatial Patterns and Structures Of Migration -- A: Sample Datasets and Figures -- B: An Introduction To Matrix Algebra.

Online version restricted to NUS staff and students only through NUSNET.

Written by the 2018 Mindel C. Sheps Award winner, this textbook offers a unique method for teaching how to model spatial (multiregional) population dynamics through models of increasing complexity. Each chapter in this programmed workbook starts with a descriptive text, followed by a sequence of exercises focused on particular multiregional models, of increasing complexity, and then ends with the solutions. It extends the current developments in the spatial analysis of social data towards improving our understanding of dynamics and interacting change across multiple populations in space. Frameworks for analyzing such dynamics were first proposed in multiregional demography, over 40 years ago. This book revisits these methods and then illustrates how they may be used to analyze spatial data and study spatial population dynamics. Topics covered include spatial population dynamics, population projections and estimations, spatial and age structure of migration flows and much more. As such this innovative textbook is a great teaching and learning tool for teachers, students as well as individuals who want to study demographic processes across space.

Mode of access: World Wide Web.

System requirements: Internet connectivity; World Wide Web browser.