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首页> 外文期刊>Current Science: A Fortnightly Journal of Research >Effect of light interception and penetration at different levels of fruit tree canopy on quality of peach
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Effect of light interception and penetration at different levels of fruit tree canopy on quality of peach

机译：光拦截和渗透在不同水果树冠上的效果对桃子质量的影响

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Peach trees were trained to four systems, viz. Y-shaped, Hedge row, Espailer and V trellis. Irrespective of the training system in upper canopy total PAR increased from January to July and then a decrease was recorded. However, in lower canopy an inverse trend was recorded. The total radiation intercepted during the year was maximum (59.99%) in Espailer system followed by V trellis (57.76%). Minimum radiation interception (49.05%) was recorded in trees trained to Hedge row. Upper canopy part of the tree received more PAR which influenced fruit quality in terms of size, weight, acidity, total sugars, firmness.
机译：桃树训练为四个系统，viz。 y形，树篱，espailer和v格子。 无论上冠上的训练系统如何从1月到7月增加总数，然后记录减少。 然而，在较低的树冠中，记录了逆向趋势。 截止者系统中截取的总辐射最大（59.99％），然后是v格子（57.76％）。 最小辐射拦截（49.05％）被记录在培训到对冲行的树木中。 树的上层冠层部分接受了更多的尺寸，体重，酸度，总糖，坚定的果实质量。

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