在多瑙河低地试验田试验生物炭改良微酸性土壤的可行性

J. Horák
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引用次数: 23

摘要

摘要以春大麦(Hordeum vulgare L.)为研究对象,在斯洛伐克西部进行了为期一年的田间试验,研究了生物炭改性对草甘醇pH值的影响。48°19 ' 00″;朗。18°09 ' 00″)。将pH值较高(8.8)的生物炭施用于初始pH值为5.6的微酸性土壤。田间试验包括对照、10和20 t ha - 1 (B0、B10、B20)生物炭与3个氮肥水平(0、40和80 kg N ha - 1) (N0、N40、N80)相结合。每个月(2014年3 - 10月)测量1次深度为0 ~ 10 cm的土壤pH (KCl)。与对照相比,施用生物炭(10和20 t hm - 1)在所有三个施肥水平(0、40和80 kg N hm - 1)下均使pH值(在所有月份)增加了0.13-1.09个单位。然而,只有未施氮处理B10N0(8次测量事件中的3次)和B20N0(8次测量事件中的6次)和施氮处理B20N80(8次测量事件中的5次)显著增加(p <0.05)。因此,在土壤中掺入生物炭可能是一种改良土壤的方法,并可能有效提高土壤pH值。
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Testing Biochar As a Possible Way To Ameliorate Slightly Acidic Soil At The Research Field Located In The Danubian Lowland
Abstract One-year field experiment with spring barley (Hordeum vulgare L.) was carried out to evaluate the effect of biochar amendment on the pH of Orthic Luvisol at the research site located in western Slovakia (lat. 48° 19′ 00″; lon. 18° 09′ 00″). Biochar with higher pH (8.8) was applied to slightly acidic soils with the initial pH at 5.6. The field experiment consisted of control, 10 and 20 t ha−1 (B0, B10, B20) of biochar application to soils combined with three levels of nitrogen fertilization (0, 40 and 80 kg N ha−1) (N0, N40, N80). The soil pH (KCl) at depth 0–10 cm was measured once a month (March – October, 2014). Application of both biochar rates (10 and 20 t ha−1) increased pH (in all months) with the magnitude of 0.13–1.09 units in all three fertilization levels (0, 40 and 80 kg N ha−1) compared to the control one. However, the significant increase (p <0.05) was found only in the treatment B10N0 (3 of 8 measurement events) and B20N0 (6 of 8 measurements) when no nitrogen was applied and in the treatment B20N80 (5 of 8 measurements) when 80 kg of nitrogen was applied. According to this, the biochar incorporation to soil can be suggested as a possible way to ameliorate soils and may be effective in increasing soil pH.
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