Features of accumulation and consumption of soluble carbohydrates by plants of soft winter wheat varieties

O. M. Drumova
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Abstract

The results of three-year research (2016–2019) conducted in the fields of the State Enterprise Experimental Farm "Dnipro" of the SЕ Institute of Grain Crops of NAAS of Ukraine with soft winter wheat was presented. The soft winter wheat was placed on black fallow (on background of N30P60K30) and after sunflower (on background of N60P60K60). It was found that winter wheat plants had a not the same ability to accumulate soluble carbohydrates in years with different weather conditions. The analysis of plant samples showed that the largest number of these substances had synthesized in the autumn 2017. It was found that in the plots with black fallow during the period from November 20, 2017 to January 10, 2018, the amount of soluble carbohydrates (total amount of mono- and disaccharides) in the tillering nodes of winter wheat plants of Uzhynok variety decreased from 41.2 % to 34.7 % (by 6.5 %), Nyva Odeska variety – from 43.9 % to 32.7 % (by 11.2 %), Kokhanka variety – from 45.0 % to 42.6 % (only by 2.4 %). From January 10 until the resumption of spring vegetation, the carbohydrates were consumed most intensively by plants of the Uzhynok and Kokhanka varieties. It was found that despite the lower doses of mineral fertilizers applied to presowing cultivation, winter wheat plants accumulated more soluble carbohydrates in all years after black fallow than after sunflower. On average for three years of research, the highest consumption of sugars during the winter both in leaves and in tillering nodes, regardless of the forecrop, was observed in plants of the Uzhynok variety. It was found that the winter wheat plants of Kokhanka variety consumed soluble carbohydrates more economically than the Uzhynok and Nyva Odeska varieties, and grew more intensively in early spring. The content of sugars in the tillering nodes of Kokhanka variety during resumption of spring vegetation was 28.4 % for black fallow and 25.9 % after non-fallow forecrop. Key words: winter wheat, variety, soluble carbohydrates, forecrop, background of nutrition.
软质冬小麦品种可溶性碳水化合物积累与消耗特征
介绍了在乌克兰国家农业科学院SЕ粮食作物研究所“第聂伯罗”国营企业实验农场进行的为期三年(2016-2019)的软冬小麦研究成果。软冬小麦置于黑色休耕地(N30P60K30为背景),向日葵置于软冬小麦之后(N60P60K60为背景)。研究发现,不同气候条件下冬小麦植株可溶性碳水化合物积累能力不同。对植物样本的分析表明,这些物质在2017年秋季合成的数量最多。结果表明,在2017年11月20日至2018年1月10日黑色休耕地中,乌日诺克品种冬小麦分蘖节可溶性碳水化合物(单糖和双糖总量)从41.2%下降到34.7%(下降6.5%),尼瓦·奥德斯卡品种从43.9%下降到32.7%(下降11.2%),科汉卡品种从45.0%下降到42.6%(仅下降2.4%)。从1月10日到恢复春季植被,碳水化合物消耗最多的是Uzhynok和Kokhanka品种。结果表明,尽管播前栽培矿质肥用量较低,但黑色休耕后冬小麦植株可溶性碳水化合物的累积量均高于向日葵后。在三年的平均研究中,无论前茬如何,在Uzhynok品种的植物中观察到冬季叶片和分蘖节的糖消耗量最高。结果表明,科汉卡品种冬小麦植株对可溶性碳水化合物的消耗比乌日诺克和奈瓦·奥德斯卡品种更经济,早春生长更密集。在春季植被恢复期间,可可卡品种分蘖节的糖含量在黑色休耕期间为28.4%,在非休耕后为25.9%。关键词:冬小麦,品种,可溶性碳水化合物,作物,营养背景。
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