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This paper proposes a new approach for modeling plant growth based on the assumption that required nutrient results from root uptake is needed for optimal growth. Field survey and growth model of Phragmites japonica are presented. Growth is considered to be the plant dry matter accumulation and shoot height . This model consists of coupling a transportation of water and nutrient through soil-plant-atmosphere column (SPAC) to crop growth . Nutrient uptake is investigated numerically based on mass flow process. The model was parameterized and calibrated by using observed data collected during one growing season from May to November, 2005. The model was shown to perform well against observed data by 0.93 and 0.87 of efficiency of biomass and height respectively.

Numerical prediction of the nutrient-limiting growth of Phragmites Japonica through soil-plant-atmosphere column