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首页> 外文期刊>Polish Journal of Environmental Studies >Effect of Post-Harvest Residue of Maize, Rapeseed, and Sunflower on Humic Acids Properties in Various Soils
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Effect of Post-Harvest Residue of Maize, Rapeseed, and Sunflower on Humic Acids Properties in Various Soils

机译:玉米,油菜籽和向日葵收获后残留对不同土壤腐殖酸特性的影响

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摘要

The aim of our paper was to determine the properties of humic acids produced as a result of decomposition (under controlled conditions) of post-harvest residue of maize, rapeseed, and sunflower in different soiltypes (haplic luvisol, chernozems, haplic arenosols, and haplic gleysols). The extraction of humic acids was performed from the samples obtained directly once the post harvest residue was mixed with soil material, and after 360 days of incubation. The properties of humic acids were determined based on elemental analysis HPLC and HPSEC. The qualitative parameters of humic acids demonstrated that introducing sunflower post-harvest residue into the soil causes the formation of humic acids typical for soils without any additives. On the other hand, properties of humic acids after introducing maize post-harvest residue into soil are most modified.
机译:本文的目的是确定在不同土壤类型(单倍卢维索,黑猩猩,单倍槟榔和单倍体)中玉米,油菜籽和向日葵的收获后残留物分解(在受控条件下)产生的腐殖酸的性质。 gleysols)。一旦收获后的残留物与土壤材料混合,并在孵育360天后,从直接获得的样品中提取腐殖酸。腐殖酸的性质是根据​​元素分析HPLC和HPSEC确定的。腐殖酸的定性参数表明,将向日葵收获后的残留物引入土壤会导致典型的腐殖酸的形成,这种腐殖酸是没有任何添加剂的典型土壤。另一方面,将玉米收获后的残留物引入土壤后,腐殖酸的性质得到了最大程度的改变。

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