| Title | Development of an integrated modeling method for designing new cultivars with high performance |
| Study Type | Other |
| Abstract |
Global climate change and local abnormal weather are causing heavy damage to agricultural production. In this research project, we will develop a modeling method for designing genomic ideotypes of rice and a model-based simulation system. A model predicting phenotypic responses of untested genotypes .. [more] will be developed through the integration of genomic selection prediction models and novel view points describing eco-physiological traits. To develop the model, we conducted re-sequencing of rice cultivars to determine polymorphisms in genes strongly related to the environmental response (e.g., grain filling ratio), and measured phenotypes of the cultivars. [less]
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| Description |
Global climate change and local abnormal weather are causing heavy damage to agricultural production. In this research project, we will develop a modeling method for designing genomic ideotypes of rice and a model-based simulation system. A model predicting phenotypic responses of untested genotypes .. [more] will be developed through the integration of genomic selection prediction models and novel view points describing eco-physiological traits. To develop the model, we conducted re-sequencing of rice cultivars to determine polymorphisms in genes strongly related to the environmental response (e.g., grain filling ratio), and measured phenotypes of the cultivars. [less]
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| Center Name | NARO |
FTP
