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Response of Three Oat Forms to Sprinkling Irrigation and Nitrogen Fertilization

机译:三个燕麦形式洒水和氮肥的反应

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摘要

The aim of this study was to assess the effect of sprinkling irrigation and nitrogen fertilization on the leaf area index (LAI), chlorophyll content (SPAD), grain quality, as well as grain yield and yield components in three oat forms (tall husked, dwarf husked and hulles). Field trials were conducted in 2008 and 2009 on the fields of the Experimental and Teaching Station in Gorzyń (the branch in Z?otniki), which belongs to the Poznań University of Life Sciences. Sprinkling irrigation increased the grain yield of oat by 1.45 t ha-1 , (51.8%). The highest grain yield was recorded for the tall husked form (STH 8007). Nitrogen fertilization significantly increased the oat grain yield as the increase in the rate of nitrogen application to 100 kg N ha-1 was observed. The greatest contents of protein and fat, as well as the highest SPAD value and chlorophyll content were found in the hulless oat form. The best quality sowing material was produced by the tall husked form. It was manifested with a higher germination energy and germination capacity as well as lower shares of healthy non-germinating and abnormally germinating kernels.
机译:本研究的目的是评估灌溉灌溉和氮肥对叶片区域指数(LAI),叶绿素含量(SPAD),籽粒质量以及籽粒产量以及产量组分的影响(高何何何种何种果皮,矮状果壳和船体)。现场试验是在2008年和2009年进行的关于Gorzyō的实验和教学站(Z?Otniki的分支)的领域进行,属于Poznać生命科学大学。喷洒灌溉将燕麦的籽粒产量提高1.45 t ha-1,(51.8%)。为较高的壳形式记录了最高的谷物产量(STH 8007)。氮肥显着增加了燕麦籽油产量,因为观察到氮气施加至100kg n-1的增加。在Hulless OAT形式中发现了蛋白质和脂肪的最大含量,以及最高的Spad值和叶绿素含量。最好的质量播种材料由高大的壳形式产生。它表现出更高的萌发能量和萌发能力,以及较低的健康非发芽和异常发芽核的份额。

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