Modeling of Crop Growth and Yield: Computer Simulations for Management is an essential text that introduces the concepts and applications of crop growth modeling. It explains how computer simulations represent plant development, environmental interactions, and yield formation, blending knowledge from plant physiology, climatology, and agronomy. The book shows how these models can predict crop performance under different environmental and management conditions. It covers key topics such as photosynthesis modeling, biomass accumulation, soil–plant interactions, and phenological development.

Through practical examples and case studies, readers learn how models are constructed, tested, and applied, making it easier to connect scientific theory with real world agricultural challenges. Overall, this book demonstrates the importance of computer simulations in supporting modern crop management. Readers gain a deeper understanding of how modelling tools can improve decision-making, optimize resource use, and assess the effects of climate variability on crop production. Its blend of scientific insight and practical application makes it valuable for anyone involved in agronomy, precision farming, environmental analysis, or agricultural planning. Designed for a wide range of readers—students, researchers, and agricultural practitioners—the book presents complex modeling concepts in a structured and accessible way.