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首页> 外文期刊>Canadian Journal of Soil Science >Ammonia volatilization losses were small after mowing field peas in dry conditions.
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Ammonia volatilization losses were small after mowing field peas in dry conditions.

机译:在干燥条件下修剪豌豆后,氨气挥发损失很小。

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摘要

Ammonia losses following termination of peas (Pisum sativum L.) by mowing were measured using a micrometeorological mass-balance approach. Field trials were conducted during two seasons in a semiarid climate. Plant N in the above ground biomass was 105 and 79 kg N ha-1 in 2011 and 2012, respectively. Vertical NH3 flux estimates were nominal (0.3 to 1.7 g N ha-1 h-1) in the 2 wk following mowing. Cumulative NH3 loss represented 0.3 to 0.5% of the N in plant biomass, indicating that N fertility was not diminished by NH3 volatilization in this dry climate.
机译:使用微气象质量平衡法测量了豌豆(Pisum sativum L.)割草造成的氨气损失。在半干旱气候下的两个季节中进行了田间试验。 2011年和2012年,地上生物量中的植物N分别为105和79 kg N ha -1 。割草后2 wk的垂直NH 3 通量估计值是名义值(0.3至1.7 g N ha -1 h -1 )。累积的NH 3 损失占植物生物量氮的0.3%至0.5%,这表明在这种干燥气候下,NH 3 的挥发不会降低氮的肥力。

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