分析土壤化学的性质,并测试狗唾液细菌的抵抗力

Sjamsiah Sjamsiah, A. Arifuddin, Mashuri Masri, Sappewali Sappewali, I. Islamiah, Hardiyanti Hamrullah, Elmika Nesti
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引用次数: 0

摘要

本研究旨在分析稻田、园地和城市地区土壤的理化性质,并确定狗唾液细菌的土壤抑制试验。结果表明,这三种土壤类型具有不同的理化性质,对狗唾液细菌有不同的抑制区。稻田、园地和城市(0 cm)土壤的物理化学性质如下:颜色;黑巧克力;灰褐色;和黑灰,质地:粘土;黏土砂质粘土,含水量7.14;6.53;2.13.对于接近中性的pH,约6.52-7.03;总氮含量较低(0.08-0.23);有机C化合物被分类为中等;Ca/Mg营养成分含量为中等(9.55/1.70~14.89/2.22);稻田、花园和化合物中的阳离子交换能力较高(25.32-29.03)。狗唾液细菌的抑制区最高的是花园土壤(3.7厘米),其次是水稻土(2.86厘米)和城市地区的土地(1.6厘米)。
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Analisis Sifat Fisika Kimia Tanah dan Uji Daya Hambatnya terhadap Bakteri Air Liur AnjingLiar
This study aims to analyze the physical and chemical properties of soil from paddy fields, garden lands and city area also determine the soil inhibitory test of dog saliva bacteria. The results showed that these three soil types have different physical chemical properties and have different inhibitory zones against dog saliva bacteria. The physical chemistry of soil from paddy fields, garden lands and city area (0 cm) are as follows: for color; dark chocolate; grayish brown; and blackish ash, for texture: clay; clay; and sandy clay, for moisture content: 7.14; 6.53; 2.13. for pH close to neutral around 6.52-7.03; Total N is low (0.08-0.23); organic C compounds are classified as moderate; nutrient content of Ca/Mg is classified as moderate (9.55 /1.70 - 14.89/2.22); cation exchange capacity is classified as high (25.32-29.03) in paddy fields and gardens and compounds. The inhibitory zone of the highest dog saliva bacteria is in garden soil (3.7 cm), then paddy soil (2.86 cm) and land in the city area (1.6 cm).  
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审稿时长
24 weeks
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