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Inorganic Hydrogeochemistry in the 21st Century
Groundwater, 2023Abstract Chemical and isotopic processes occur in every segment of the hydrological cycle. Hydrogeochemistry—the subdiscipline that studies these processes—has seen a transformation from “witch's brew” to credible science since 2000. Going forward, hydrogeochemical research and applications are critical to meeting
Chen Zhu, Alan E. Fryar, John Apps
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Water Resources Research, 1990
From September 18 to 21, 1989, the American Geophysical Union (AGU) sponsored a Chapman Conference on Hydrogeochemical Responses of Forested Catchments. Approximately 130 hydrologists, geochemists, soil scientists, ecologists, and other scientists involved in research on forested catchments presented results of their investigations and discussed the ...
M. Robbins Church +2 more
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From September 18 to 21, 1989, the American Geophysical Union (AGU) sponsored a Chapman Conference on Hydrogeochemical Responses of Forested Catchments. Approximately 130 hydrologists, geochemists, soil scientists, ecologists, and other scientists involved in research on forested catchments presented results of their investigations and discussed the ...
M. Robbins Church +2 more
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Hydrogeochemistry at mining districts
Geochemistry International, 2016The Southern Urals exemplifies hydrogeochemical environments at mining districts. Information obtained by studying the geochemistry of nonferrous-metal industrial wastes (both mine and dump drainage) is important not only because these wastes are potential sources of base metals but also in the context of geoecological problems.
R. F. Abdrakhmanov, R. M. Akhmetov
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Vendian Hydrogeochemistry of the Siberian Platform
Russian Geology and Geophysics, 2021Abstract —The Vendian deposits of the Siberian Platform are represented by four regional horizons (from bottom to top): Nepa, Vilyuchan, Tira, and Danilovka. The TDS of brines in the Nepa and Vilyuchan horizons varies from 170.3 to 470.1 g/L, and the TDS in the overlying Tira and Danilovka horizons, from 84.6 to 583.1 g/L.
D.A. Novikov +4 more
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Groundwater hydrogeochemistry in permafrost regions
Permafrost and Periglacial Processes, 2019AbstractThis review paper provides a summary of the current state of knowledge regarding groundwater hydrogeochemistry in permafrost regions and presents expected impacts of permafrost degradation on groundwater quality. Using published case studies, the most practical monitoring approaches are reviewed, possible monitoring issues are highlighted, and ...
Marion Cochand +2 more
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Hydrogeochemistry and Water Quality
2020The waters associated with carbonate aquifers are of calcium and/or calcium–magnesium carbonate types, with the ratio r Mg/r Ca increasing with the dolomite content of the rock, possibly exceeding that of the unit. Classic texts to consult on the matter are: Hem [1], Catalan [2], Custodio [3, 4, 5], Appelo and Postma in Chap. 2 [1] and Fagundo (in Chap.
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Groundwater hydrogeochemistry of Trikala municipality, central Greece
Environmental Monitoring and Assessment, 2012Sixty-four samples from the groundwater resources of Trikala municipality, central Greece, were collected during two periods (2006 and 2007) and analyzed for physico-chemical parameters (temperature, pH, specific electrical conductivity, and total dissolved solids), major ions (Ca(2+), Cl(-), HCO(3)(-), K(+), Mg(2+), Na(+), NO(3)(-), SO(4)(2-)), and ...
Konstantinos, Skordas +4 more
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Hydrogeochemistry of Florida Karst Waters
2018The hydrogeochemistry of Florida’s limestone aquifers is complex, dominated by carbonate equilibrium reactions and the influence of seawater.
Sam Upchurch +4 more
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Hydrogeochemistry in the Yilgarn Craton
Geochemistry: Exploration, Environment, Analysis, 2001The hydrogeochemistry of the Yilgarn Craton and its margins has been extensively investigated, with particular emphasis on the chemistry of Au. Four groundwater regions have been delineated based on variations in salinity, acidity and oxidation potential: (1) Northern (N Yilgarn and margins) – Fresh and neutral ...
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