Sequential simulation of wheat and Urd using (DSSAT) model version 4.5 - Kumar, Neeraj;Kumar, Suman;Nain, A. S.
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the DSSAT model is a reliable tool for simulation of the wheat and urd cropping system. During the sequential simulation the model performance was good. During vegetative phase of wheat, the temperature and ET were low while during reproductive phase, temperature and ETo were high and relative humidity was low in both years i.e., 2007 and 2008. The weather conditions werefavorable for good growth and development of wheat. Hence, it is concluded that low temperature and low ET during vegetative phase and high temperature, more ET and low relative humidity are favourable for reproductive phase…mehr

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Produktbeschreibung
the DSSAT model is a reliable tool for simulation of the wheat and urd cropping system. During the sequential simulation the model performance was good. During vegetative phase of wheat, the temperature and ET were low while during reproductive phase, temperature and ETo were high and relative humidity was low in both years i.e., 2007 and 2008. The weather conditions werefavorable for good growth and development of wheat. Hence, it is concluded that low temperature and low ET during vegetative phase and high temperature, more ET and low relative humidity are favourable for reproductive phase of wheat. Amongst the different empirical methods the Stefan and Stewart method was found most appropriate than others.
Autorenporträt
Neeraj Kumar has obtained his MSPT degree in 2010 from GNDU, Amritsar. He has worked as Sports Physiotherapist with several domestic teams. Presently he is working as Assistant Professor in Saaii College of Medical Science & Technology, Kanpur. He is the author of several research paper published in reputed national & international journals.