首页> 外文期刊>Ecological engineering: The Journal of Ecotechnology >Rewetting former agricultural peatlands: Topsoil removal as a prerequisite to avoid strong nutrient and greenhouse gas emissions
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Rewetting former agricultural peatlands: Topsoil removal as a prerequisite to avoid strong nutrient and greenhouse gas emissions

机译:重新润湿以前的农业泥炭地:去除表层土壤是避免大量养分和温室气体排放的先决条件

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摘要

Globally 15%, and in Europe over 50%, of all peatlands have been drained for agricultural use leading to high carbon (C) losses, severe land subsidence and increased flooding risks. For the restoration of C sequestration and peat formation, abandoned peatlands are being rewetted at a large scale, but this transforms them into strong methane (CH4) sources. Furthermore, due to the high topsoil nutrient contents and/or high buffering capacities of water used for rewetting, this will inevitably result in eutrophication of restored peatlands and downstream areas, which may compromise the regrowth of peat forming vegetation including Sphagnum spp.
机译:在全球范围内,有15%的泥炭地被排干了,在欧洲超过50%的土地被用于农业用途,导致高碳(C)损失,严重的地面沉降和洪水风险增加。为了恢复C的固存和泥炭的形成,废弃的泥炭地正在大规模地重新湿润,但这将它们转变成强甲烷(CH4)来源。此外,由于高表层土壤养分含量和/或用于再湿润的水具有很高的缓冲能力,这将不可避免地导致恢复的泥炭地和下游地区富营养化,这可能会损害包括泥炭藓在内的泥炭形成植被的再生。

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