Matches in SemOpenAlex for { <https://semopenalex.org/work/W2027194542> ?p ?o ?g. }
- W2027194542 endingPage "377" @default.
- W2027194542 startingPage "364" @default.
- W2027194542 abstract "Turkey is an area of complex geology with active tectonics and high geothermal potential. Especially, the western part of Turkey is a region of abundant geothermal activity. Faults accommodating the deep circulation of hydrothermal fluids of meteoric origin are the primary means by which of geothermal systems are controlled in this region. Many of the thermal activities are related to the improved dilation on the ~ E–W-strikes of the graben faults. This situation serves as a suitable environment for the presence of high levels of arsenic in geothermal water resources. The highest concentrations of naturally occurring aqueous arsenic (As) are found in certain types of geothermal waters, generally those related to major graben faults. In this regard, high arsenic concentrations in geothermal resources have been detected in Western Turkey, including but not limited to Biga Peninsulla, Gediz Graben, Kucuk, and Buyuk Menderes Graben with values ranging from 1 to 1419 ppb in geothermal fluids. The thermal waters have surface temperatures of up to 100 °C and reservoir temperatures range from 150 to 248 °C in the Menderes Graben, from 120 to 287 °C in the Gediz Graben, and from 153 to 174 °C in Biga Peninsula. Hydrogeochemically, the Menderes graben and Gediz Graben thermal waters are of the Na-HCO3, Ca-HCO3, and Na-SO4 types, whereas some geothermal fluids such as those of Tuzla and Kestanbol in the Biga Peninsula, Çeşme, and Urla are of the Na-Cl type." @default.
- W2027194542 created "2016-06-24" @default.
- W2027194542 creator A5051175344 @default.
- W2027194542 creator A5056135164 @default.
- W2027194542 date "2012-12-01" @default.
- W2027194542 modified "2023-10-05" @default.
- W2027194542 title "Source of arsenic based on geological and hydrogeochemical properties of geothermal systems in Western Turkey" @default.
- W2027194542 cites W1644867456 @default.
- W2027194542 cites W1920963120 @default.
- W2027194542 cites W1963509545 @default.
- W2027194542 cites W1968580216 @default.
- W2027194542 cites W1968807160 @default.
- W2027194542 cites W1974156405 @default.
- W2027194542 cites W1974501258 @default.
- W2027194542 cites W1979399178 @default.
- W2027194542 cites W1981685718 @default.
- W2027194542 cites W1983257548 @default.
- W2027194542 cites W1983926551 @default.
- W2027194542 cites W1985959295 @default.
- W2027194542 cites W1989178395 @default.
- W2027194542 cites W1990765583 @default.
- W2027194542 cites W1993774984 @default.
- W2027194542 cites W1997952954 @default.
- W2027194542 cites W2000745694 @default.
- W2027194542 cites W2005679595 @default.
- W2027194542 cites W2006550061 @default.
- W2027194542 cites W2007384200 @default.
- W2027194542 cites W2012498905 @default.
- W2027194542 cites W201386018 @default.
- W2027194542 cites W2014003234 @default.
- W2027194542 cites W2014968739 @default.
- W2027194542 cites W2024076833 @default.
- W2027194542 cites W2027501656 @default.
- W2027194542 cites W2031189835 @default.
- W2027194542 cites W2032912062 @default.
- W2027194542 cites W2037264285 @default.
- W2027194542 cites W2042902793 @default.
- W2027194542 cites W2044556942 @default.
- W2027194542 cites W2045594539 @default.
- W2027194542 cites W2045688410 @default.
- W2027194542 cites W2047618807 @default.
- W2027194542 cites W2048011886 @default.
- W2027194542 cites W2048683312 @default.
- W2027194542 cites W2049608724 @default.
- W2027194542 cites W2056836763 @default.
- W2027194542 cites W2056851271 @default.
- W2027194542 cites W2060703629 @default.
- W2027194542 cites W2064479186 @default.
- W2027194542 cites W2076628956 @default.
- W2027194542 cites W2087223568 @default.
- W2027194542 cites W2087226323 @default.
- W2027194542 cites W2089790038 @default.
- W2027194542 cites W2090537205 @default.
- W2027194542 cites W2092478282 @default.
- W2027194542 cites W2095601024 @default.
- W2027194542 cites W2096707152 @default.
- W2027194542 cites W2098447346 @default.
- W2027194542 cites W2100938899 @default.
- W2027194542 cites W2102099774 @default.
- W2027194542 cites W2103141690 @default.
- W2027194542 cites W2103423405 @default.
- W2027194542 cites W2105447266 @default.
- W2027194542 cites W2107080354 @default.
- W2027194542 cites W2115550380 @default.
- W2027194542 cites W2118689890 @default.
- W2027194542 cites W2120270422 @default.
- W2027194542 cites W2121320833 @default.
- W2027194542 cites W2134803715 @default.
- W2027194542 cites W2143135504 @default.
- W2027194542 cites W2144132578 @default.
- W2027194542 cites W2146808414 @default.
- W2027194542 cites W2149517976 @default.
- W2027194542 cites W2149683715 @default.
- W2027194542 cites W2150266127 @default.
- W2027194542 cites W2157184090 @default.
- W2027194542 cites W2158224153 @default.
- W2027194542 cites W2158296219 @default.
- W2027194542 cites W2160469093 @default.
- W2027194542 cites W2169326720 @default.
- W2027194542 cites W2169673818 @default.
- W2027194542 cites W2606101272 @default.
- W2027194542 cites W4232200056 @default.
- W2027194542 cites W4237735123 @default.
- W2027194542 cites W4240415773 @default.
- W2027194542 doi "https://doi.org/10.1016/j.chemgeo.2012.06.006" @default.
- W2027194542 hasPublicationYear "2012" @default.
- W2027194542 type Work @default.
- W2027194542 sameAs 2027194542 @default.
- W2027194542 citedByCount "78" @default.
- W2027194542 countsByYear W20271945422013 @default.
- W2027194542 countsByYear W20271945422014 @default.
- W2027194542 countsByYear W20271945422015 @default.
- W2027194542 countsByYear W20271945422016 @default.
- W2027194542 countsByYear W20271945422017 @default.
- W2027194542 countsByYear W20271945422018 @default.
- W2027194542 countsByYear W20271945422019 @default.
- W2027194542 countsByYear W20271945422020 @default.
- W2027194542 countsByYear W20271945422021 @default.