氮对蔬菜干物质和氮积累和分配的影响。1. 球芽甘蓝。

H. Biemond, J. Vos, P. Struik
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引用次数: 24

摘要

对球芽甘蓝进行了3个温室试验和1个田间试验。在伊卡洛斯SG2004中,处理包括不同的施氮量和施用日期。在作物生长过程中,经常测量茎、顶芽和叶片、叶柄和芽群中DM和N的积累。施氮量和施氮日期对DM和N的总积累量有影响,但DM和N的最终收获指数(分别为0.10 ~ 0.35和0.20 ~ 0.55)受处理影响不显著。硝态氮浓度仅在种植后不久较高(可达2%左右)。叶片和叶柄的总氮浓度随叶片数量的增加而增加。这种增加是由于叶片生命期氮浓度下降所致。芽中总氮含量随叶片数变化不大。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Effects of nitrogen on accumulation and partitioning of dry matter and nitrogen of vegetables. 1. Brussels sprouts.
Three greenhouse trials and one field trial were carried out on Brussels sprout cv. Icarus SG2004 in which the treatments consisted of different N amounts and application dates. DM and N accumulation in stems, apical buds and groups of leaf blades, petioles and sprouts were measured frequently throughout crop growth. Total amounts of accumulated DM and N were affected by amount of N applied and date of application, but the final harvest indexes for DM and N (0.10-0.35 and 0.20-0.55, respectively) were not significantly affected by treatments in most experiments. Nitrate N concentrations were only high (up to about 2%) shortly after planting. The total N concentration of leaf blades and petioles increased with increasing leaf number. This increase resulted from a decreasing N concentration during the leaf's life. The total N concentration in sprouts changed little with leaf number.
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