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首页> 外文期刊>Universal Journal of Agricultural Research >Importance of Biodiagnostics and Irrigation Gray-Brown Soils
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Importance of Biodiagnostics and Irrigation Gray-Brown Soils

机译:生物亚智能和灌溉灰褐色土壤的重要性

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A comparative study of the biological parameters of gray-brown soils in natural cenoses and agrocenoses is an actual problem and has great practical importance. The article shows the results of modern scientific research in the field of biodiagnostics of gray brown soils. These studies make it possible to use biological indicators not only in morphological description, but also systematics and biological diagnostics of gray-brown soils. For the first time in the study area, a comparative study of the number of phytocomplexes was carried out and the importance of studying other diagnostic biological indicators was determined. Biological studies of gray-brown soils can be used as biodiagnostic tests in the systematization and classification of gray-brown soils formed in arid ecosystems. Biological diagnostics are important for conducting biological tests and determining the suitability of the soil for agriculture [10]. Along with the study of biological parameters in moist soils of natural cenoses and irrigated soils of agrocenoses, the total moisture content of these soils was studied in different seasons. The qualitative composition of irrigation water in different seasons has been studied for 3 years and the positive impact on irrigated lands was determined. The article presents some results of studies carried out on the Goychay River and its floodplains over 3 years. In accordance with the hydrographic regime and relief of the Goychay River, the qualitative composition of the water flowing in different parts of the river, dependent particles, impurities, and the degree of clay content were studied. The article shows the bio-diagnostic properties of the soil, the qualitative and microbiological composition of irrigation water in agrocenoses, as well as in natural cenoses of the study area. It was found that irrigation water has a positive effect on soils and plants of agrocenoses.
机译:自然春季灰褐色土壤生物学参数的比较研究是实际问题,具有很大的实际重要性。本文展示了灰褐色土壤生物亚基诊断领域现代科学研究的结果。这些研究使得不仅可以使用生物指标,不仅可以在形态学描述中使用生物指标,而且可以使用灰褐色土壤的系统性和生物学诊断。在研究领域的第一次进行,进行了对植物细胞数量的对比研究,确定了研究其他诊断生物学指标的重要性。灰褐色土壤的生物学研究可以用作干旱生态系统中形成的灰褐色土壤的系统化和分类中的生物仿新试验。生物诊断对于进行生物学测试并确定农业土壤的适用性是重要的[10]。除了对自然春季潮湿土壤中的生物学参数的研究以及灌溉土壤的生物参数,在不同季节研究了这些土壤的总水分含量。已经研究了不同季节的灌溉水的定性组成3年,确定了对灌溉土地的积极影响。本文介绍了一项研究的一些研究结果,在三年内在Goychay河流中进行了一项研究。根据戈内河的水文制度和救济,研究了在河流,依赖性粒子,杂质和粘土含量的不同部位流动的水的定性组成。本文展示了土壤的生物诊断性质,农学院灌溉水的定性和微生物组成,以及研究区域的天然冬季。发现灌溉水对农业植物的土壤和植物具有积极影响。

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