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            <title xml:lang="en">Simulation Study of Winter Wheat Photosynthate Distribution Effect on Controlled Water and Fertilizer Measure</title>
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                <editor>Daoliang Li</editor>
                <editor>Yingyi Chen</editor>
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                <term xml:lang="en">dry weight</term>
                <term xml:lang="en">winter wheat</term>
                <term xml:lang="en">mechanism model</term>
                <term xml:lang="en">photosynthate</term>
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              <p>From the morphological characteristics of crop growth, the mechanism                            model of photosynthate distribution based on the dynamic ralationship                            between root, shoot, leaf and grain is proposed in this paper. And the                            method of the determining model parameters with the field experiment                            data is proposed. The root-cap growth equilibrium coefficient, the                            shoot-leaf growth equilibrium coefficient, the grain-shoot growth                            equilibrium coefficient, the water stressed coefficient and the nutrient                            stressed coefficient are obtained by the nonlinear program according to                            the measured dry matter of the winter wheat root, shoot, leaf and grain                            in 2008 in the irrigation experiment station of Tianjin argricultutal                            university and the objective function of the minimum absolute error sum                            on the simulated and measured dry weight. And they are verified by the                            the winter wheat measured data in the irrigation experiment station of                            Tianjin argricultutal university in 2009. The results show that the                            simulated value and observed data of the dry weight of root, stem, leaf                            and grain are consistent. The correlation coefficients                                (R2) of the comparison between simulated                            and measured value of the root, shoot, leaf and grain dry weight on                            every treatments were all over 0.81. It shows that the model on the                            simulation of the root, shoot, leaf and grain in this paper is                            reasonable. It provides a theoretical basis on reasonable farmland                            irrigation and fertilization.</p>
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