Spatial distribution of simulated turfgrass photosynthesis in football stadium pitch

S. Laboisse, D. Combes, A. Escobar-Gutiérrez, J. Hurlus
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Abstract

We proposed a method to compute photosynthesis in response to environmental factors, applying in stadia environment. We managed to visualize heterogeneity of photosynthesis level for turfgrasses used in football pitch. We can not only bring out spatial variation of photosynthesis according to the position on the pitch, but also follow the temporal evolution throughout the year. The gross photosynthesis is evaluated with a model taking into account air temperature, daylength, intercepted irradiance and leaf area index. With a resolution of 7140 surface units, we can obtain daily gross photosynthesis on the whole pitch. This cartography highlights parts of pitch with a deficit of photosynthesis for the plant, and pitch managers could take more attention to these areas.
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足球场模拟草坪草光合作用的空间分布
提出了一种计算光合作用随环境因子变化的方法,并应用于运动场环境。我们成功地可视化了足球场草坪草光合作用水平的异质性。我们不仅可以根据球场上的位置得出光合作用的空间变化,还可以跟踪全年的时间演变。利用考虑气温、日长、拦截辐照度和叶面积指数的模型对总光合作用进行了评估。以7140个表面单位的分辨率,我们可以得到整个球场的每日总光合作用。这张地图突出了植物光合作用不足的部分球场,球场管理者可以更多地关注这些地区。
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