期刊
EARTH-SCIENCE REVIEWS
卷 216, 期 -, 页码 -出版社
ELSEVIER
DOI: 10.1016/j.earscirev.2020.103197
关键词
Thermochronology; Thermal history; Episodic heating and cooling
Recent discussions on extracting thermal histories from low temperature thermochronology data fail to address key limitations of system response. Geological evidence is essential to define periods of cooling and reheating, and assumptions of slow continuous cooling may not be appropriate. A revised approach focusing on data information is recommended.
Recent exchanges concerning methods for extracting thermal histories from low temperature thermochronology data do not address key limitations imposed by the nature of system response. Thermochronology data in isolation cannot define periods when samples were cooler and subsequently reheated. This can only be defined with the aid of constraints from geological evidence. The common assumption of slow continuous cooling is clearly not appropriate in many situations, and cooling rates derived from such studies have little relevance to geological processes. We suggest a revised approach, which focuses on the information contained in the data.
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