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Growth and yield of cucumber under no-tillage cultivation using rye as a cover crop

机译:黑麦覆盖作物免耕栽培黄瓜的生长和产量

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In the first two years of study, method of cultivation did not affect the emergence of cucumber seedlings. In the third year, a drought occurring during the spring was the cause of poor seedling emergence on no-tilled plots. Six weeks after seed sowing, the shoots of cucumbers grown on the no-tilled plots were much shorter, especially in the last study year. At the time of cucumber seed sowing, no-tilled soil contained less phosphorus and potassium and in the middle of the fructification period the content of these elements in cucumber leaves was higher under no-tillage cultivation. Additional spring fertilization of rye with ammonium nitrate resulted in a higher N-NO 3 content in soil and later in a higher nitrogen content of cucumber leaves. The content of calcium and magnesium in soil and than in cucumber leaves was independent of the cultivation method. In the first two years, method of cultivation did not affect the yield of cucumber fruits and in the third year the yield was much lower under no-tillage because of poor seedling emergence. Moreover, in the third year the fruits were smaller and dry matter content of the fruit was significantly higer under no-tillage cultivation.
机译:在最初的两年研究中,耕种方法并未影响黄瓜幼苗的出苗。第三年,春季干旱是无耕地幼苗出苗不良的原因。种子播种六周后,在无耕地上生长的黄瓜的芽短得多,尤其是在上一个研究年度。黄瓜种子播种时,免耕土壤中的磷和钾含量较低,而在结实期中,免耕栽培下黄瓜叶片中这些元素的含量较高。用硝酸铵对黑麦进行额外的春季施肥会导致土壤中的N-NO 3含量更高,随后导致黄瓜叶中的氮含量更高。土壤中和黄瓜叶中钙和镁的含量与栽培方法无关。在开始的两年中,耕种方法没有影响黄瓜果实的产量,而在第三年,由于幼苗出苗差,免耕条件下的产量要低得多。此外,在第三年,在免耕栽培下,果实变小,并且果实的干物质含量明显升高。

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