Ketersediaan Unsur Besi, Molibdenum, Aluminium dan C/N Total Pada Lahan Gambut Bekas Terbakar Berulang di Kabupaten Bengkalis

T. A. Hanifah
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Abstract

Land fire will be impact to the physical and chemical characteristics of soil that caused of  decomposition proces. The different land fire frequency will be affect to different in the soil composition. To know how far that the composition is different so it need to do research about the contains of micro element such as Fe, Mo, Al available and ratio C/N in area Pakning Asal, Bengkalis Regency. The contains of Fe and C-organic was determined using Spectrophotometer UV-VIS, the contains of Mo and Al was determined using Atomic Absorbtion Spectrophotometer and the contain of N was determined by Kjeldahl method. Analysis result showed that contains of Fe, Mo, Al and ratio C/N in unburnt soil, once burned soil and several times burned (2 – 3 times in last 5 years) there were 14.1566 mg/Kg; 15.3151 mg/Kg and 5.7677 for Fe; 0,0548 mg/Kg, 0.1345 mg/Kg and 0.0830 mg/Kg for Mo; 12.5655 mg/Kg, 12.2220 mg/Kg and 8.9683 mg/Kg for Al and was increased 16.6855; 20.6787 and 25.5206 for ratio C/N.
土地火灾会对土壤的理化特性产生影响,引起土壤的分解过程。不同的土地火灾频率会对不同的土壤成分产生影响。为了了解其组成差异有多大,需要对孟加拉地区Pakning Asal地区的有效铁、钼、铝等微量元素的含量和碳氮比进行研究。用紫外可见分光光度法测定了铁和有机碳的含量,用原子吸收分光光度法测定了钼和铝的含量,用凯氏定氮法测定了氮的含量。分析结果表明,未烧、一次烧和多次烧(近5年2 ~ 3次)土壤中Fe、Mo、Al含量和C/N比值为14.1566 mg/Kg;铁为15.3151 mg/Kg、5.7677 mg/Kg;Mo为0,0548 mg/Kg、0.1345 mg/Kg和0.0830 mg/Kg;Al为12.5655 mg/Kg、12.2220 mg/Kg和8.9683 mg/Kg,增加16.6855 mg/Kg;C/N比值为20.6787和25.5206。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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