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许多作者研究了农作物光合作用器官的结构和功能与无机营养条件的关系。(1978)研究了大量元素和微量元素对叶绿体超微结构的影响。业已确定:高剂量的无机营养,特别是氮素营养,增强植物原发性的光合作用反应、CO_2固定,并改善叶绿体的片层—基粒结构。高剂量的无机营养对植物的光合作用过程有着显著良好的作用。但是,当施肥量继续提高时,植株叶片的光合作用功能和叶绿
Many authors have studied the relationship between the structure and function of crop photosynthetic organs and inorganic nutrient conditions. (1978) studied the effects of macronutrients and trace elements on the ultrastructure of chloroplasts. It has been established that high doses of inorganic nutrition, especially nitrogen nutrition, enhance plant primary photosynthetic responses, CO 2 fixation and improve chloroplast lamella-basement structure. High-dose inorganic nutrition has a significant good effect on the photosynthetic process of plants. However, plant photosynthesis function and leaf greening were observed when fertilization rates continued to increase