Selection of soil thermal conductivity models matters
编号:2005 稿件编号:1823 访问权限:仅限参会人 更新:2021-06-16 17:38:49 浏览:637次 口头报告

报告开始:2021年07月11日 13:10 (Asia/Shanghai)

报告时间:10min

所在会议:[S20] 20、地球关键带与全球变化 » [S20-4/6] S20-4/6 20、地球关键带与全球变化

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摘要
Soil thermal conductivity (STC) as the critical soil thermal properties, determines hydrothermal processes within soil and at the land-atmosphere interface. The predictive models have been widely adopted in environmental science, engineering and associated numerical simulations. However, the research status of measurement and modelling of soil thermal conductivity remain unclear. The presentation report: (1) the currently available STC predictive models (160+), their categories and evolution history; (2) performance assessment of STC predictive models of various categories with large dataset of STC measurements, challenges in modelling STC in unfrozen and frozen soils are also discussed; (3) effects of STC predictive models on the prediction of soil temperature and moisture regime in land surface models. The presentation ends with perspectives on future studies.
关键字
土壤物理,热特性,陆面模式,参数化方案
报告人
何海龙
西北农林科技大学

稿件作者
何海龙 西北农林科技大学
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