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印度尼西亚泥炭地燃烧后地下水中硫酸化合物污染的长期风险。

Long-time risk of groundwater/drinking water pollution with sulphuric compounds beneath burned peatlands in Indonesia.

作者信息

Hammen V C

机构信息

Helmholtz Centre for Environmental Research - UFZ, Department of Community Ecology, Theodor-Lieser Str. 4, 06120 Halle an der Saale, Germany.

出版信息

Water Sci Technol. 2007;56(1):253-8. doi: 10.2166/wst.2007.459.

Abstract

Smoke-haze episodes caused by vegetation and peat fires affect parts of Indonesia every year with significant impacts on human health and climate. The forest fires 1997/1998 were by far the largest in Indonesian history, burning between 5 and 8 million hectares before they were stopped by the monsoon rains in December 1997. Fires sprang up again in 1998 on Kalimantan when monsoon rain paused. Peat forests and peatlands are in particular severely affected. In the 1997/1998 haze event, 2.1-2.5 million hectare of peat swamp forest burnt in Indonesia. The remaining ash contains high concentrations of sulphur and sulphuric compounds which eventually leach into the groundwater, thus polluting groundwater and drinking water. The thicker the peat layer is and the higher the number of fires in the respective area the more sulphuric compounds will leach into the groundwater. Risk areas for the sulphur loads of the ash are identified.

摘要

由植被和泥炭火灾引发的烟雾霾事件每年都会影响印度尼西亚的部分地区,对人类健康和气候产生重大影响。1997/1998年的森林火灾是印度尼西亚历史上规模最大的,在1997年12月被季风雨扑灭之前,烧毁了500万至800万公顷的土地。1998年,当季风雨暂停时,加里曼丹再次燃起大火。泥炭林和泥炭地受到的影响尤为严重。在1997/1998年的霾灾事件中,印度尼西亚有210万至250万公顷的泥炭沼泽森林被烧毁。剩余的灰烬中含有高浓度的硫和硫化合物,这些物质最终会渗入地下水,从而污染地下水和饮用水。泥炭层越厚,相应地区的火灾次数越多,就会有越多的硫化合物渗入地下水。确定了灰烬硫负荷的风险区域。

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