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Chemical and isotope monitoring at Lake Albano (central Italy): water-rock interaction and climate change effects

机译:阿尔巴诺湖(意大利中部)的化学和同位素监测:水-岩相互作用和气候变化影响

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摘要

Albano is a typical maar lake showing mainly a bicarbonate-alkali geochemical facies. However,chemical monitoring shows a switch toward an alkaline earth composition in the deeper layers. Water isotope compositions of the lake from this study are compared with lake and groundwater data from the literature and are used to infer meteoric recharge and humidity variations. Enhanced evaporation is inferred, and in conjunction with a reduction in lake volume, is linked to a global relative humidity drop of about 3% by our model, which agrees with the ground level measurements during the last 20 years.
机译:阿尔巴诺是典型的马尔湖,主要表现为碳酸氢盐-碱地球化学相。然而,化学监测显示在更深层中向碱土成分转变。将这项研究中湖泊的水同位素组成与文献中的湖泊和地下水数据进行比较,并用于推断陨石的补给量和湿度变化。通过我们的模型可以推断出蒸发的增加,并与湖泊体积的减少有关,这与全球相对湿度下降约3%有关,这与过去20年的地面水位测量相符。

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