Chemical characterisation of the gases released at Gyali Island, Dodecanese, Greece and preliminary estimation of the CO2 output

K. Daskalopoulou, S. Calabrese, A. Gagliano, K. Kyriakopoulos, L. Vigni, M. Longo, G. Pecoraino, W. D’Alessandro
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引用次数: 1

Abstract

Greece belongs to the most geodynamically active regions of the world and as such, it has to be considered an area of intense geogenic degassing. In terms of carbon, the territory is characterized by the high hydrothermal and volcanic activity of the South Aegean Active Volcanic Arc (SAAVA), and by widespread geological seeps of buried carbon dioxide and methane. In the present work, we investigate the island of Gyali located in the volcanic system Kos-Gyali-Nisyros. Nine gas samples have been collected on the island of Gyali in areas found both on land, in a small lake (~2000 m2) along its beach, and in the sea close to the shore at shallow depths (
希腊多德卡尼斯Gyali岛释放的气体的化学特征和二氧化碳排放量的初步估计
希腊属于世界上地球动力学最活跃的地区,因此,它必须被视为一个强烈的地质脱气地区。就碳而言,该地区的特点是南爱琴海活火山弧(SAAVA)的高热液和火山活动,以及埋藏的二氧化碳和甲烷的广泛地质渗漏。在目前的工作中,我们调查了位于科斯-贾利-尼西罗斯火山系统中的甲里岛。在Gyali岛收集了9个气体样本,这些样本既可以在陆地上找到,也可以在沿着海滩的一个小湖泊(约2000平方米)中找到,也可以在靠近海岸的浅海中找到(
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