CORDIS Project
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The MOTKA project aims to simulate cave temperatures during long-term climate changes using thermal conduction models. It focuses on understanding the implications of these temperature changes on paleoclimate records, particularly the oxygen isotope ratios in speleothems, which are crucial for interpreting past climate…
Karst covers approximately 20% of land on Earth, and most caves are in these regions.
Temperature records of most caves in the vadose zone (above the phreatic level) have a limited variability through the year and its value is close to the mean annual temperature of the atmosphere above the cave.
This thermal coupling is the result of the atmospheric thermal signal being transferred underground by conduction and its anomalies being attenuated and delayed with depth.
However, during persistent cl…
UNIVERSIDAD DE SALAMANCA
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