匈牙利Baradla洞穴四种石笋的岩石学比较——对古气候解释的启示

A. Németh
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引用次数: 0

摘要

巴拉德拉洞穴是世界遗产,位于匈牙利东北部。据推测,该洞穴本身形成于中生代海相碳酸盐岩的上新世,目前总长度为25公里。本区气候为大陆性气候,降水多出现在初夏,但主要入渗期为降水超过蒸散的11月至4月。根据最近的监测数据,洞穴内的温度全年变化在9.8°C左右,而洞穴空气的pCO 2遵循季节性循环。夏季co2混合比最高(~4200 ppm),冬季最低(~1600 ppm)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Petrographic comparison of four recent stalagmites from Baradla Cave Hungary - implications for the paleoclimate interpretation
Baradla Cave is a world heritage site situated in the northeastern part of Hungary. The cave itself formed supposedly from the Pliocene in Mesozoic marine carbonates and today has a total length of 25 km. The climate of the area is continental most of the precipitation arrives during early-summer, however, the main infiltration period is from November to April when precipitation exceeds evapotranspiration. According to recent monitoring data, temperature in the cave varies around 9.8°C throughout the year while the pCO 2 of the cave air follows a seasonal cycle. The CO 2 mixing ratio is highest (~4200 ppm) during the summer and lowest during in winter (~1600 ppm)
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