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首页> 外文期刊>Australian Journal of Agricultural Engineering >Gas exchange activities and relative water content at different fruit growth and developmental stages of ON and OFF cultivated pistachio trees
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Gas exchange activities and relative water content at different fruit growth and developmental stages of ON and OFF cultivated pistachio trees

机译:开心果和开心果不同果实生长发育阶段的气体交换活动和相对含水量。

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The present research was carried out to study gas exchange activities at different stages of fruit growth and development in OFF and ON pistachio cultivars including Ohadi, Kalleh-Ghochi, Akbari, Ahmad-Aghaii, Rezaii Zoudras and Haratii. Thus, different off and on shoots were chose at different stages of fruit growth and development and also postharvest stage as followed: 1- beginning of endocarp growth; 2- pith hardening; 3- beginning of endosperm rapid growth; 4- end of embryo development; 5- ripening and harvesting times and 6- post harvest. Data indicated that gas exchange activities and relative water content significantly affected by cultivar, fruit growth and development stages and ON and OFF bearing statuses. The highest amount of photosynthetic activity was shown by Rezaii Zoudras followed by Akbari, Ohadi, Ahmad-Aghaii, Kalleh-Ghochi and Haratii, respectively. The highest and lowest photosynthetic (Pn) and transpiration (E) rates were resulted from 'Rezaii Zoudras' and 'Haratii', respectively. The highest rates of stomatal conductance (gs) and relative water content (RWC) were obtained by 'Ohadi', and 'Ohadi' and 'Kalleh-Ghochi', respectively. Data showed the highest and lowest Pn at first (T1) and fifth (T5) stages of fruit growth and development. The highest and lowest rates of E were obtained at second and third stages and fifth stage, respectively. Our results illuminated that gas exchange activity studies are the main way choosing the best cultivar for a special condition.
机译:目前的研究是为了研究开心果品种在OFF和ON两个品种上的不同时期的气体交换活动,这些开心果品种包括Ohaadi,Kalleh-Ghochi,Akbari,Ahmad-Aghaii,Rezaii Zoudras和Haratii。因此,在果实的生长和发育的不同阶段以及收获后的阶段选择不同的芽和芽,如下:1-开始内果皮生长; 2-髓硬化; 3-开始胚乳快速生长; 4-胚胎发育结束; 5-成熟和收获时间和6-收获后。数据表明,气体交换活动和相对含水量受品种,果实生长和发育阶段以及开和关状态的影响很大。 Rezaii Zoudras表现出最高的光合作用活性,其次分别是Akbari,Ohadi,Ahmad-Aghaii,Kalleh-Ghochi和Haratii。最高和最低的光合速率(Pn)和蒸腾速率(E)分别来自“ Rezaii Zoudras”和“ Haratii”。 “ Ohadi”,“ Ohadi”和“ Kalleh-Ghochi”分别获得最高的气孔导度(gs)和相对含水量(RWC)。数据显示,在果实生长和发育的第一阶段(T1)和第五阶段(T5),Pn最高和最低。 E的最高和最低比率分别在第二和第三阶段和第五阶段获得。我们的结果表明,气体交换活性研究是针对特殊条件选择最佳品种的主要方法。

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