Results 131 to 140 of about 878 (181)

Hydrogeochemistry and Water Quality

2020
The 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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Hydrogeochemistry in the Yilgarn Craton

Geochemistry: Exploration, Environment, Analysis, 2001
The 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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Hydrogeochemistry of Florida Karst Waters

2018
The hydrogeochemistry of Florida’s limestone aquifers is complex, dominated by carbonate equilibrium reactions and the influence of seawater.
Sam Upchurch, Thomas M. Scott, Michael C. Alfieri, Beth Fratesi, Thomas L. Dobecki   +4 more
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Hydrogeochemistry of Uranium in the Groundwaters of Serbia

2014
For the present study, 172 groundwater samples (collected from wells and natural springs in Serbia) were analyzed for different chemical parameters including uranium. For each groundwater sample, information was compiled about the basic parameters of its chemical composition. Most of the samples were found to be of the Na – HCO3 and Ca, Mg − HCO3 water
Marina Ćuk, Maja Todorović, Petar Papić, Jovan Kovačević, Zoran Nikić   +4 more
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Geohydrology: Hydrogeochemistry

2021
Janet S. Herman, Christopher A. Gellasch
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Hydrogeochemistry – A Journey of Discovery

Understanding the origin of geogenic solutes (dissolved chemical elements unaffected by human activity) in groundwater has broader implications than a traditional water resource investigation. Humans evolved over millions of years drinking water from springs and seeps within a narrow range of solute compositions and concentrations as did nearly all ...
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Monitoring at Olkiluoto in 2017, Hydrogeochemistry

2019
Maanalaisen tutkimustilan ONKALOn rakentamisen aiheuttamia mahdollisia muutoksia matalien ja syvien pohjavesien kemialliseen ympäristöön on seurattu säännöllisesti. Tässä raportissa esitetään hydrogeokemiallisen monitoroinnin vuoden 2017 mittaukset ja havainnot.Matalat pohjavedet: pH (kenttä) arvot vaihtelivat happamasta (5.4 OL-PP5:ssä) emäksiseen (8 ...
Vuorio, Marja, Lamminmäki, Tiina, Pitkänen, Petteri, Penttinen, Teea, Tiensuu, Karla, Komulainen, Jere, Wendling, Laura, Yli-Rantala, Elina, Partamies, Sami, Ahokas, Turo   +10 more
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Hydrogeochemistry of the Cobar Region

2021
Reid, Nathan, Thorne, Robert, Folkes, Chris, Gilmore, Phil, Pinchand, Tenten   +4 more
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Hydrogeochemistry of the Curnamona and Mundi region

Output Type: Exploring for the Future Extended AbstractShort Abstract: Groundwater geochemistry is an important and often under-appreciated medium to understand geology below surface and is a valuable tool as part of a regional mineral exploration program. This study presents an assessment of hydrogeochemical results from the Curnamona and Mundi region
I., Schroder, N., Reid, I., Schroder, R., Thorne, C., Folkes, S., Hore, M., Eastlake, A., Petts, T., Evans, A., Fabris, T., Pinchand, A., Henne, B.R., Palombi   +12 more
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Hydrogeochemistry of the Chiang Mai Basin, northern Thailand

Journal of Asian Earth Sciences, 1997
Abstract Chemical composition of groundwater samples collected from 247 boreholes throughout the Chiang Mai Basin was determined in order to describe the background ion concentrations and to identify the major hydrogeochemical processes that control the observed water chemistry.
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