Effect of basalt dust application with sulfur addition on soil pH and nutritional value of wheat and pea

Q4 Agricultural and Biological Sciences Progress in Plant Protection Pub Date : 2023-01-01 DOI:10.14199/ppp-2023-010
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Abstract

The microplot experiment was carried out on two soils (clay and sandy) with spring wheat and fodder pea. In the experiment, the effect of a granular product made of basalt dust and elemental sulphur with a sulphur content of 1.5% was tested. Fertilization of wheat with sulphur in the dose of 30 kg/ha S and pea in the dose of 20 kg/ha S in the form of basalt-sulphur granulate resulted in a significant increase in the content of methionine, cystine and protein in wheat grain on sandy soil. However, no increase in the content of these amino acids and protein in pea seeds was observed. Moreover, an increase in the content of sulphur in wheat grain and straw as well as in pea straw was noted. The use of sulphur in combination with basalt dust did not lower the pH of any of the experimental soils.
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玄武岩粉尘加硫对小麦和豌豆土壤pH和营养价值的影响
在粘土和沙质两种土壤上进行了春小麦和饲料豌豆的小小区试验。在实验中,测试了玄武岩粉尘与单质硫组成的颗粒状产品,其硫含量为1.5%。以玄武岩硫粒的形式施用30 kg/ha S的小麦和20 kg/ha S的豌豆,可显著提高沙质土壤小麦籽粒中蛋氨酸、胱氨酸和蛋白质的含量。然而,豌豆种子中这些氨基酸和蛋白质的含量没有增加。此外,小麦和秸秆以及豌豆秸秆的硫含量也有所增加。硫与玄武岩粉尘混合使用并没有降低任何试验土壤的pH值。
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来源期刊
Progress in Plant Protection
Progress in Plant Protection Environmental Science-Pollution
CiteScore
0.60
自引率
0.00%
发文量
10
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