![]() Agrometeorological data, including phenology and biometry from 2001 to 2010 were gathered and summarized. Okapi is one of the winter varieties which were recommended for the study area. The meteorological data have been converted into compatible text format with APSIM.Ĭanola has several varieties. ![]() The data were used after quality control process. Required meteorological data including precipitation, solar radiation, and daily maximum and minimum temperature were obtained from 6 synoptic weather stations in the study area. ![]() The soil physical properties were obtained from Agricultural Research center of Farokhshahr. The aim of this study is to investigate the impacts of climate change on phenological stages and yield of Canola by APSIM-canola modules.Ĭhaharmahl va Bakhtiari in the southwestern Iran is one of the main agricultural production zones in Iran. Assessment of the impacts of climate change on phenology and yield of agricultural crops in different regions show different results. These results must be combined with simulation models to predict crop yield and phenological stages. To understand the impacts of climate change, it is necessary to project the future climate based on different emission scenarios. Many scientists used APSIM to simulate the phenology and yield of canola. Climate has a key role in plant growth process and, therefore, it is clear that climate change will directly affect sowing and harvesting of cultivate crops.
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