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Computer Simulation of Maize Yield by Fisher Integral Model Based on Meteorological Factors

机译:基于气象因素的Fisher积分模型玉米产量计算机模拟

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In this paper, we use maize yield and meteorological data during the period of 1980-2015 in the Yilan County, Heilongjiang Province to study the impact of meteorological factors (rainfall, sunshine hours, temperature) on maize yield. Based on the computer simulation, Fisher integral model and Chebyshev orthogonal polynomials are used to analyze the coefficients between meteorological factors (temperature, precipitation and sunshine hours) and the maize yield so as to establish a mathematics model between the two. Through the coefficients between meteorological factors and maize yield during different periods, it is discovered that meteorological factors have a great effect on maize yield. By fitting degree of maize yield meteorological model, the maize yield can be predicted in an accurate way. It provides a theoretical basis for the information management of maize production in Heilongjiang Province based on the computer simulation. It is of great significance in providing scientific guidance for the sustainable development of Heilongjiang's corn industry.
机译:本文利用1980-2015年黑龙江省宜兰县的玉米产量和气象数据,研究气象因素(降雨,日照时间,温度)对玉米产量的影响。在计算机仿真的基础上,采用Fisher积分模型和Chebyshev正交多项式分析气象因子(温度,降水量和日照时间)与玉米产量之间的系数,从而建立两者之间的数学模型。通过不同时期气象因子与玉米产量之间的系数,发现气象因素对玉米产量的影响很大。通过拟合玉米产量气象模型,可以准确预测玉米产量。基于计算机仿真,为黑龙江省玉米生产信息管理提供了理论依据。对于黑龙江玉米产业的可持续发展提供科学指导具有重要意义。

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