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LIVING IN A DUSTY WORLD: AIRBORNE DUST AS A KEY FACTOR FOR ALPINE LAKES

机译:生活在尘土飞扬的世界中:空中尘埃是阿尔卑斯湖的关键因素

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Abstract. For a long time studies on precipitation and lake-water chemistry have focussed on the deposition of strong acids. Dust in snow and rain was analyzed much less intensively, but recent findings suggest that it may be the missing link which explains why many low-alkalinity lakes in the Alps and the Pyrenees did not become acidic and nutrient levels are seasonally high, whereas lakes in areas which are rarely influenced by dust depositions, for instance in Scandinavia, have acidified. Beside being a dominant factor for nutrient inputs to oceans, rain forests and remote lakes, dust can also play a major role in global warming and cooling, and it may significantly contribute to soil formation at mountain sites in the Mediterranean. I suggest that future changes in dust deposition and warming will be key factors for the development of alpine lakes.acidification;dust deposition;high mountain lakes
机译:抽象。长期以来,有关降水和湖泊水化学的研究一直集中在强酸的沉积上。对雪和雨中的灰尘的分析强度要低得多,但最近的发现表明,这可能是缺失的一环,这解释了为什么阿尔卑斯山和比利牛斯山脉的许多低盐度湖泊没有变成酸性且养分水平季节性偏高,而湖泊中很少受灰尘沉积影响的区域(例如在斯堪的纳维亚半岛)已经酸化。灰尘是海洋,雨林和偏远湖泊中养分输入的主要因素,粉尘也可能在全球变暖和降温中起主要作用,并且可能显着促进地中海山区的土壤形成。我认为尘埃沉积和变暖的未来变化将成为高山湖泊发展的关键因素。酸化;尘埃沉积;高山湖泊

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