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Modelling Potential Crop Growth Processes: Textbook with Exercises


Series: Current Issues in Reproduction Ecology

By: J Goudriaan and HH van Laar

238 pages, Figs, tabs

Kluwer Academic Publishers

Paperback | Dec 1994 | #61019 | ISBN: 0792332202
Availability: Usually dispatched within 2-3 weeks Details
NHBS Price: £149.00 $182/€167 approx
Hardback | Dec 1994 | #61018 | ISBN: 0792332199
Availability: Usually dispatched within 2-3 weeks Details
NHBS Price: £198.00 $242/€223 approx

About this book

This textbook contains the material for a course in the major principles of modelling crop growth processes. There is much more to crop growth than what is discussed in this textbook, but it provides a sound basis for further work and study in this field. Chapter by chapter the book leads the reader to different modelled aspects of crop growth, and at the end, the reader will have a good understanding of the Wageningen simulation model SUCROS for the potential production situation. By then, it will be much easier to find one's way through descriptions and listings of other models. Throughout the text, the study of the different topics is facilitated by exercises that support the course in a hands-on computer practical exercise. A very simple crop growth model, almost entirely based on radiation interception, is given first. This skeleton model is then expanded by submodels for respiration, carbon assimilation, plant development, and a more detailed model for radiation interception and reflection. Modelling of transpiration and the leaf energy balance is given by way of introduction. There are many listings of the submodels, written in the simulation language FST (FORTRAN Simulation Translator), as well as of SUCROS itself, together with comments. Some supporting theory is provided in the form of Appendices. The book is meant for students and scientists who would like to acquire a working knowledge of the technique of crop growth modelling.

'... the textbook is highly recommended for all who want to learn more about modelling plant growth and want to have a basis from where one can start and add modules within the specific area of interest.' Scientia Horticulturae, 67 (1996)


The main seasonal growth pattern. Climatic factors. Assimilate flow and respiration. Development and growth. Radiation in crops. Leaf energy balance and transpiration. Analysis of leaf CO2 assimilation. Appendices: Richards and Gompertz functions; Gaussian integration in simulation modelling; SUCROS1 - A crop growth model for potential production; SUCROS1 - adapted for soil reflection; The FORTRAN Simulation Translator (FST), a simulation language; Derivation of the equations for exponential extinction of horizontal, non-black leaves (after Goudriaan (1977), pg 13-14).

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