应用灰炭制备农炭对油籽亚麻产量及普通黑钙土微生物数量的影响

G. Kyzdarbekova, A. Khusainov, B. Yessenzholov, A.A. Sarsenova, N. Mamytova
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引用次数: 0

摘要

每年对哈萨克斯坦领土上的自然资源,特别是对土壤覆盖的人为影响都在增加,从而导致其退化。与此同时,共和国土壤中可用的养分形式腐殖质含量减少,导致作物生产力急剧下降。在这方面,人们越来越关注保持该国土壤资源稳定的生物生产力。为了解决存在的问题,国家必须采取措施恢复土壤肥力,合理利用土壤资源和农用地。垃圾的堆积也是一个全球性和全国性的环境问题。灰和炉渣属于V级危险废物(实际上是安全的),它们作为农业肥料非常适用,并且对环境非常重要,因为它们有助于废物处理。本文研究了灰渣制剂和工肥对普通黑钙土生物活性和油麻产量的剂量效应。实验在乌利哈诺夫科赫舍托大学“精英”教育科学生产中心实验场进行。采用施麻法测定土壤微生物活性。应用灰渣和炭黑制备的制剂,可以激活普通黑钙土中的微生物过程,提高油亚麻的产量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The yield of oilseed flax and the microbiocenosis of ordinary chernozem when applying an ash-carbon preparation of agrobiones
Every year the anthropogenic impact on natural resources on the territory of Kazakhstan, in particular, on the soil cover, is increasing, which leads to its degradation. Along with this, there is a decrease in the content of humus, available forms of nutrients in the soils of the republic, which leads to a sharp decrease in the productivity of crops. In this regard, there is increasing concern for maintaining a stable bioproductivity of the country's soil resources. To solve existing problems, it becomes necessary to take measures on the part of the state to reproduce soil fertility and rational use of soil resources and agricultural land. The accumulation of waste is also a global and national environmental problem. Ash and slag belong to V hazard class waste (practically safe), and they are quite applicable as fertilizers for agriculture and are of great importance for the environment, as they contribute to waste disposal. The article presents the results of examining the doses effect of the preparation from ash and slag and technical fertilizer on the biological activity of ordinary chernozem and the yield of oil flax. The experiments were carried out on the experimental field of the Educational-Scientific-Production Center "Elite" of Sh. Ualikhanov Kokshetau University. The microbiological activity of the soil was determined by the method of application of flax. It has been established that the application of the preparation made from ash and slag and carbon black contributes to the activation of microbiological processes in ordinary chernozem and an increase in the yield of oil flax.
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