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The role of highly silicious rocks in increasing productivity and obtaining ecologically-safe agricultural products

机译:高度硅基岩石在提高生产力和获得生态安全农产品的作用

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The paper presents results of long-term research on effectiveness of application of highly-siliceous rocks (diatomite and zeolite) in crop cultivation technology in the conditions of leached black soil of the Middle Volga region. Crop yields and content of heavy metals (Zn, Cu, Pb, Cd, Ni) in products are given in two variants: control and variant with introduction of the highly-siliceous rocks into the soil. It has been established that diatomite from Inza deposit and zeolite from Yushanskiy deposit of Ulyanovsk region are highly effective non-traditional fertilizers due to a complex positive effect on the "soil-plant" system. Thus, the yield increase of sugar beet roots amounted to 6.4 t/ha (+23 %) when diatomite was introduced into the soil at the dose of 5 t/ha, barley – 0.93 t/ha (+52 %), spring wheat – 0, 67 t/ha (+42 %). Highly-siliceous rocks with a highly developed specific surface area, possessing unique physicochemical properties, contribute to production of ecologically safe products. At the same time, the intake of heavy metals in agricultural products for some crops and metals decreased by more than 2 times.
机译:本文介绍了高硅质岩石(硅藻土和沸石)在中间伏尔加地区浸出黑土条件下对作物培养技术应用的长期研究的结果。产物中的作物产量和重质金属(Zn,Cu,Pb,Cd,Ni)的含量在两个变体中给出:控制和变体,引入了高度硅质岩石进入土壤。已经确定,由于对“土壤 - 植物”系统的复杂阳性效应,来自乌利亚诺夫克地区的乌利亚斯基地区的乌利亚斯基矿床和沸石的硅藻土是高效的非传统肥料。因此,当硅藻土以5T / ha的剂量将硅藻土引入土壤时,甜菜根部的产量增加为6.4吨/小时(+23%),大麦 - 0.93吨/公顷(+ 52%),春小麦 - 0,67 t / ha(+ 42%)。具有高度开发的特异性表面积的高度硅质岩石,具有独特的物理化学性质,有助于生产生态安全产品。与此同时,农产品中的重金属在一些作物和金属中的摄入量减少了2倍以上。

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