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Spring Barley Yield Parameters after Lignite, Sodium Humate and Nitrogen Utilization

机译:褐煤,腐植酸钠和氮肥利用后的大麦春季产量参数

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The existence of a small number of publications dealing with the impact of solid sodium humate and lignite on the quantity and quality of grown crops was the reason for establishing the field experiment. The objective of this experiment was to detect the impact of solid lignite and solid sodium humate on the quantity and quality of spring barley yield. These substances were applied into the soil either independently or along with nitrogen fertiliser. The next objective was to determine the impact of foliar application of sodium humate water solution applied either independently or along with nitrogen fertiliser on the quality and quantity of spring barley yield. The achieved results showed that the autumn application of solid lignite and the presowing application of solid sodium humate into the soil tended to decrease the yield of both grain and straw of spring barley, crude protein content in grain, proportion of the first-class grains and volume weight of grain, whereas the impact of humate was more negative. Lignite and sodium humate in the solid form should be used along with nitrogen fertiliser. The application of sodium humate in liquid form during the growth season of barley tended to increase the yield of both grain and straw. The joint application of nitrogen and liquid sodium humate during the growth season of barley increased the grain yield of barley significantly. A lower dose of nitrogen, applied during the growth season of barley (growth season BBCH 23), increased the grain yield of barley considerably more than a higher N dose, applied into the soil before barley sowing.
机译:关于固体腐植酸钠和褐煤对种植作物的数量和质量影响的出版物很少,这是开展田间试验的原因。该实验的目的是检测固体褐煤和腐植酸钠对春季大麦产量的数量和质量的影响。这些物质可单独或与氮肥一起施用到土壤中。下一个目标是确定单独或与氮肥一起施用的腐植酸钠水溶液的叶面施用对春季大麦产量的质量和数量的影响。取得的结果表明,秋季施用固体褐煤和腐植酸钠固体在土壤中的播种倾向于降低春ley米的谷粒和秸秆的产量,谷粒中的粗蛋白含量,一级谷粒的比例和谷物的重量,而腐殖酸的影响更为负面。固体形式的褐煤和腐植酸钠应与氮肥一起使用。在大麦生长季节以液体形式施用腐植酸钠倾向于增加谷物和稻草的产量。大麦生长季氮和液态腐植酸钠的联合施用显着提高了大麦的籽粒产量。在大麦生长季节(生长季节BBCH 23)施用较低剂量的氮,比大麦播种前向土壤施用的较高N剂量大得多。

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