土壤湿度对南加里曼丹 Landasan Ulin 分区烧泥炭吸水率变化的影响

Syahbian Syahbian, Syaifuddin Syaifuddin, Abdul Haris
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引用次数: 0

摘要

印尼泥炭沼泽面积相当广阔,占印尼国土面积的10.8%,印尼泥炭沼泽面积估计约为1495万公顷,其中苏门答腊岛、加里曼丹岛和巴布亚岛面积最大,苏拉威西岛也有一小部分。干燥过程不好可与堆积密度有关。林达克密度低的泥炭会发生不可逆干燥,而林达克密度高的泥炭相对容易再吸收水分。泥炭土比矿质土储存更多的碳。每克干泥炭储存约180-600毫克的碳,而每克矿质土壤只含有5-80毫克的碳。该研究方法采用描述性探索性方法,其变量方法通过土地调查进行,并得到实验室土壤分析结果的支持。结果表明,班贾巴鲁泥炭土防护林泥炭土含水率和吸水率随时间的变化呈下降趋势;
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pengaruh Kebasahan Tanah terhadap Perubahan Daya Serap Air Gambut Terbakar di Kecamatan Landasan Ulin Kalimantan Selatan
Peat swamp land in Indonesia is quite extensive, which is 10.8% of Indonesia's land area, the area of peatland in Indonesia is estimated at around 14.95 million hectares, the largest on the islands of Sumatra, Kalimantan and Papua and a small part in Sulawesi. The dry process is not good can be associated with bulk density. Irreversible dryness can occur in peat with low lindak density, while peat with high lindak density is relatively easy to reabsorb water. Peat soils store much higher carbon than mineral soils. Every gr of dry peat stores about 180-600 mg of carbon, while every gr of mineral soil contains only 5-80 mg of carbon. This research method uses a descriptive exploratory method whose variable approach is carried out through land surveys and is supported by the results of soil analysis in the laboratory. The results showed the value of water content and water absorption of peat soil in the protected forest of Banjarbaru peat soil based on different times and showed a decrease in the level and absorption of peat soil.
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