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(2002)
2002.Groundwater system research in Ejina basin in the lower reaches of Black River
(2003)
A kind of new tracer of groundwater dating - CFC
(2002)
Thoughts on sustainable development
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Study on the relation between groundwater dynamics and vegetation degeneration in the Ejina Oasis
(2000)
Rational utilization and characteristics of water resources of Ejina Plain
(2001)
Environmental isotope data: World survey of isotope concentration in precipirafion
(2002)
Groundwater system research in Ejina basin in the lower reaches of Black River
The essentials of isotope hydrogeology
(2002)
Environment changes of Ejina region
(2002)
Thoughts on sustainable development of water resource for the Heihe River Basin
(2002)
Environment changes of Ejina region in the lower reaches of Black River
Zhong Hua-ping (2002)
Relationship between Ejina oasis and water resources in the lower Heihe River basinAdvances in Water Science
F. Qi (2004)
The Degradation of Ecological Environment in Ejinaqi and Its Cause AnalysisPlateau Meteorology
Abstract: Environmental isotopes have been applied to analyze confined groundwater recharge in the lower reaches of the Heihe River, Inner Mongolia. CFC is regarded as a tracer that determines the date of groundwater, the date being less than 45 a. The confined groundwater within the Gurinai area and Ejin Basin other than the surface water of Heihe River might have originated from precipitation from Qilian Mountain or/and the Tibetan Plateau. The deep confined groundwater overflows into an upper aquifer and emerges into the ground, forming springs and lakes within the low‐lying area. The recharge volume is estimated to be around 400 million‐cubic meters.
Acta Geologica Sinica (English Edition) – Wiley
Published: Aug 1, 2007
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