Physical properties of a soil under a pig slurry application and organic matter activators

Q3 Agricultural and Biological Sciences Research in Agricultural Engineering Pub Date : 2021-12-17 DOI:10.17221/84/2020-rae
Václav Novák, P. Šařec, K. Křížová
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Abstract

To investigate the effects of organic matter activators combined with a pig slurry on a soil’s physical properties, a field experiment was carried out in a monoculture of corn (2015–2017). Three pig slurry application variants complemented with the activators in question, i.e. with PRP SOL spread directly on the soil surface (SOL), with Z’fix added to the slurry during the pig housing (ZF) and with a combination of both PRP SOL and Z’fix (ZF_SOL), were compared with just the pig slurry (C) under an equal dose of nitrogen and a uniform growing technology. According to the results, a positive effect of the penetration resistance with the pig slurry and the activators of organic matter (Z’fix and PRP SOL) was not proven. The saturated hydraulic conductivity was demonstrably better achieved with the Z’fix activator, but PRP SOL activator also provided a certain improvement. The largest change in the unit draught was observed in the ZF_SOL application (20% increase). The results seem ambiguous; however, they give a good indication of the activators’ effect in practice. Nevertheless, the findings would certainly benefit from further verification.
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施用猪粪浆和有机物活化剂时土壤的物理特性
为了研究有机物质活化剂与猪浆联合施用对土壤物理性质的影响,在玉米单作中进行了田间试验(2015-2017)。在相同的氮剂量和均匀生长技术下,将三种不同的猪浆液与活化剂进行了比较,即PRP溶胶直接涂抹在土壤表面(SOL),在猪饲养过程中向浆液中添加Z 'fix (ZF),以及PRP溶胶和Z 'fix (ZF_SOL)的组合。结果表明,未证实猪浆和有机物活化剂(Z 'fix和PRP SOL)对渗透阻力有积极影响。Z 'fix活化剂能显著提高饱和水导率,但PRP SOL活化剂也有一定的改善。在ZF_SOL应用程序中观察到的单位风量变化最大(增加20%)。结果似乎模棱两可;然而,它们在实践中很好地表明了活化剂的效果。然而,这些发现肯定会受益于进一步的核查。
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来源期刊
Research in Agricultural Engineering
Research in Agricultural Engineering Engineering, agriculture-
CiteScore
1.40
自引率
0.00%
发文量
21
审稿时长
24 weeks
期刊介绍: Original scientific papers, short communications, information, and studies covering all areas of agricultural engineering, agricultural technology, processing of agricultural products, countryside buildings and related problems from ecology, energetics, economy, ergonomy and applied physics and chemistry. Papers are published in English.
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