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Evaluation of Yield and Energy of Greenhouse Tomato Production in Each Asian Monsoon Area Using Cultivation Simulator Considering Growth Condition

机译:使用培养模拟器考虑增长条件评估每种亚洲季风面积温室番茄生产产量和能量的评价

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In recent years, the Asian monsoon region has a large business opportunity for the global food market for Japan. In this study, the authors evaluated the crop growth conditions and energy of greenhouse tomato production in several Asian monsoon areas. In these evaluations, a cultivation simulator considering growth conditions was used. In the calculation of the energy required to maintain the cultivation environment of the greenhouse, the photosynthesis rate of the plants and the transpiration rate were also calculated by simulation. As a result, the difficulty of greenhouse tomato production under high temperature and humidity conditions in Asia and the differences in crop growth conditions among these regions could be clarified by this analysis. In the future, it was suggested that it would be necessary to reduce the temperature of the greenhouse while maintaining the amount of photosynthesis.
机译:近年来,亚洲季风地区为日本全球食品市场有很大的商机。 在这项研究中,作者评估了几个亚洲季风地区的温室番茄生产的作物生长条件和能量。 在这些评估中,使用考虑生长条件的培养模拟器。 在计算维持温室的培养环境所需的能量中,通过模拟计算植物的光合速率和蒸腾速率。 结果,通过该分析可以阐明亚洲高温和湿度条件下温室番茄生产的难度和这些地区的作物生长条件的差异。 未来,有人建议有必要降低温室的温度,同时保持光合作用量。

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