Climatic warming and freshwater environment. Change of subsurface thermal regime caused by climatic change.
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概要
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It is generally recognized that the temperature profile in a borehole is influenced by both groundwater flow and past climatic change. Geophysicists seek to remove such effects from a tem-perature profile to make corrections in terrestrial heat flow values. It is also well known among hydrogeologists that the distribution of subsurface temperature is affected by groundwater flow, and that temperature data can be used to estimate the direction and velocity of that flow. To date, there are few studies simultaneously concerned with both effects. This paper provides a review of the literature dealing with the effects of groundwater flow and past climatic change on the subsurface thermal regime. Then, temperature profiles and the distribution of temperature inversions observed in the Nobi Plain around Nagoya, Japan are presented as an example showing the effects of both groundwater flow and surface warming caused by global warming and urbanization.
- 日本陸水学会の論文
日本陸水学会 | 論文
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