Putra Utama, Sri Ritawati, Dewi Firnia
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引用次数: 0

摘要

Al, Fe和Mn的毒性很大程度上取决于金属组分的形状。因此,了解土壤中Al、Fe和Mn的具体形态是非常重要的,因为它们与土壤肥力有关。本研究旨在确定万丹省勒巴克县旱地酸性土壤剖面中Al组分的分布。这项研究于2019年4月至6月在万丹勒巴克县的Maja区进行。本研究为描述性探索性研究,采用有目的的特殊抽样。采用单次萃取法对土壤进行了主要参数测试。结果表明:在0 ~ 120 cm的各层中,非晶态Al (o)比溶解态Al (dd)更占优势;在0 ~ 15 cm水平层,有机非晶态Al (Al-p)比无机非晶态Al (Al-po)的含量更占优势,而在15 ~ 120 cm水平层,Al-po的含量高于Al-p。在0 ~ 120 cm土层中,有机无定形形式的Al组分比有机无定形形式的Al组分具有更高的结合力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
SEBARAN FRAKSI AL PADA PROFIL TANAH MASAM LAHAN KERING DI KABUPATEN LEBAK PROVINSI BANTEN
ABSTRACT The toxicity of Al, Fe, and Mn is highly determined by the shape of the metal fractions. Therefore, the specific forms of Al, Fe, and Mn inside the soil are very important to know because they are related to soil fertility. The purpose of this study was to determine the distribution of the Al fraction on the acid soil profile of dry land in Lebak Regency, Banten Province. This research was conducted from April to June 2019 in Maja District, Lebak Regency, Banten. The research was descriptive explorative with intentional sampling for special purposive sampling. The soil was tested with a main parameter using single extraction for Al Fractionation. The results showed that the Al fraction in amorphous form (Al-o) was more dominant than Al in dissolved form (Al-dd) in all horizon layers (0-120 cm). Moreover, the Al fraction in organic amorphous form (Al-p) was also more dominant than Al in the inorganic amorphous form (Al-po) at horizon layer of 0-15 cm, while at horizon laeyer of 15-120 cm the Al-po form was higher than Al-p. Al fraction in the form of organic amorphous had higher bond compared with Al form of organic amorphous in the soil layer of 0-120 cm.
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