1996Annales de ZootechnieOpen access

Growth functions and their application in animal science

J. France, J. Dijkstra, M.S. Dhanoa

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Abstract

Brief consideration is given to some simple growth functions commonly applied in animal science and other fields of biology, namely the exponential (with abrupt cut-off), monomolecular, logistic and Gompertz.Consideration is then given to two nested growth functions, the Richards and a new function which takes the form of a generalised Mitscherlich equation and is capable of describing both diminishing returns and sigmoidal patterns of growth.The two functions are compared using sets of growth data on cows, goats, pigs, dogs and geese.

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Brief consideration is given to some simple growth functions commonly applied in animal science and other fields of biology, namely the exponential (with abrupt cut-off), monomolecular, logistic and Gompertz.Consideration is then given to two nested growth functions, the Richards and a new function which takes the form of a generalised Mitscherlich equation and is capable of describing both diminishing returns and sigmoidal patterns of growth.The two functions are compared using sets of growth data on cows, goats, pigs, dogs and geese.

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Available abstract

Brief consideration is given to some simple growth functions commonly applied in animal science and other fields of biology, namely the exponential (with abrupt cut-off), monomolecular, logistic and Gompertz.Consideration is then given to two nested growth functions, the Richards and a new function which takes the form of a generalised Mitscherlich equation and is capable of describing both diminishing returns and sigmoidal patterns of growth.The two functions are compared using sets of growth data on cows, goats, pigs, dogs and geese.

Key concepts: Gompertz function, Sigmoid function, Growth function, Logistic function, Exponential function, Exponential growth, Mathematics, Simple (philosophy)

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