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it affected organogenesis and growth during the rosette stage. An increase in mean seed weight induced a non-linear increase in the number of leaf primordia produced by the main apex at the vegetative stage. The relationship between the mean seed weight and the number of leaf primordia was similar whatever the genotypic or phenotypic origin of the seed size variation. The sums of temperatures from sowing had a curvilinear effect on the number of leaf primordia. A general multiplicative model was developed. The dry weight of the cotyledons remained constant after their full expansion. The dry weights of the leaf and root parts of the seedlings during the rosette stage were positively and almost linearly linked to the mean seed weight, thermal time had an exponential effect on the dry weight of the leaf and root parts of the lupin seedlings. General models for these characters were developed. Temperature appeared as the major environmental factor affecting the growth at the early stages. The consequences of these relationships for the development of a general morphogenetic model for seed multiplication programs and breeding objectives are discussed.

Growth of white lupin seedlings during the rosette stage as affected by seed size