Cambios en la presencia de especies de oribátidos (Acarina, Oribatida) asociados a la fertilización con purín porcino en clima Mediterráneo seco

H. Cugno, Àngela D. Bosch-Serra, Jordi Orobitg, M. R. Yagüe, Francesc Domingo-Olivé
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Abstract

In rainfed agricultural systems, the sustainability of fertilization practices with products of organic origin needs indicators that guarantee their suitability. Oribatid mites, because of their growth characteristics and their function as organic matter transformers, are potential biological indicators. A study on the presence of oribatid mite species in a fertilization experiment (a treatment with pig slurry at a dose of 161 kg N·ha -1 and a control) was carried out. Under a dry Mediterranean climate, the experiment was established twelve years ago. It included a rotation of wheat-barley under rainfed conditions. During the barley’s cropping season (October, March and June), three soil samples were taken for the identification of the number of individuals for the different oribatid species present. Four species were found, but there were no significant differences in diversity or dominance between treatments. However, a significantly higher abundance of oribatids was found in plots with slurry application, linked to a significant increment of Oribatula (Zygoribatula) excavata. The higher presence of this species, with no de-triment to the rest, can be considered a positive indicator regarding the sustainability of this fertilization practice. In other words, it endorses the absence of negative impacts on soil health when the applied slurry rate was below the limit for N of organic origin established in N vulnerable zones.
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在干燥的地中海气候中,与猪粪施肥有关的口蝠科(Acarina, Oribatida)物种出现的变化。
在雨水灌溉农业系统中,使用有机产品施肥的可持续性需要有指标来保证其适用性。Oribatid 螨虫因其生长特性和作为有机物转化器的功能而成为潜在的生物指标。在一项施肥试验(使用猪泥浆进行施肥,施肥量为 161 kg N-ha -1 和对照)中,对螨类的存在进行了研究。该试验于 12 年前在干燥的地中海气候条件下进行。试验包括在雨水灌溉条件下轮作小麦-大麦。在大麦种植季节(10 月、3 月和 6 月),采集了三个土壤样本,用于鉴定不同oribatid 种类的个体数量。结果发现有 4 个物种,但不同处理之间在多样性或优势度方面没有显著差异。不过,在施用泥浆的地块中,口蝠科动物的数量明显较多,这与出土口蝠科动物的显著增加有关。在其他物种没有受到影响的情况下,该物种的大量存在可被视为这种施肥方法可持续发展的一个积极指标。换句话说,当施用的泥浆量低于氮脆弱区规定的有机源氮上限时,它证明对土壤健康没有负面影响。
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