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Climate-Induced Saltwater Intrusion in 2100: Recharge-Driven Severity, Sea Level-Driven Prevalence. [PDF]

Geophys Res Lett
Adams KH, Reager JT, Buzzanga BA, David CH, Sawyer AH, Hamlington BD.   +5 more
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Mud volcanism and creeping mud flows

2023
Mud volcanism is a natural phenomenon manifesting at the surface of the body with spectacular eruptions and a large variety of morphologies resulting both from explosive and effusive activity. In this study, we targeted two large (MVs) in Azerbaijan (Lokbatan and Goturdagh) characterized by different behaviors in eruptive activity. We investigated them
Adriano Mazzini, Clara Jodry, Petr Broz, Grigorii Akhmanov, Jan Blahůt, Matteo Lupi, Nigar Karimova, Damian Braize, Adriano Nobile, Ayten Khasayeva-Huseynova, Ibrahim Guliyev   +10 more
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Mud Volcanism and Mineral Resources

2020
In this chapter, the connection between mineral resources and mud volcanism is explored. Mud volcanoes can be widely used by humans to assist in the search for fossil fuels, iron ores, rare chemical elements, non-metallic raw materials, therapeutic mud, and much more.
Evgeny Shnyukov, Valentina Yanko-Hombach
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Accompanying Mud Volcanic Structures

2020
This chapter describes the structures associated with mud volcanoes. Mud volcanic activity is accompanied by the eruption of huge volumes of gases, mud breccia, detrital rock material, and water. This has led to the creation of weakened zones in the depths near mud volcanoes due to the removal of sedimentary material.
Evgeny Shnyukov, Valentina Yanko-Hombach
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Origin of mud volcanism and diapirism

International Geology Review, 1983
(1983). Origin of mud volcanism and diapirism. International Geology Review: Vol. 25, No. 8, pp. 877-881.
N. Vu. Khalilov, A. A. Kerimov
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Mud Volcanism in Azerbaijan

AIP Conference Proceedings, 2006
Mud volcanoes of Azerbaijan and the South‐Caspian Basin (SCB) are closely related to the tectonic processes in the basin and the orogenic system of the Greater and Lesser Caucasus. The maximum density of the mud volcanoes in Azerbaijan and the SCB is observed in the Shamakha‐Gobustan zone.
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Modelling of possible mud volcanism on Titan

Icarus, 2006
Possible sedimentary basins on Titan are potential sites for the formation of mud volcanoes. In order to constrain the appearance of such features in remotely sensed imagery being acquired by the Cassini spacecraft, we have modelled the formation of mud volcanoes on Titan for a series of plausible mud compositions, climatic conditions and geological ...
A. Dominic Fortes, Peter M. Grindrod
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Peculiarities of mud volcanism in Lake Baikal

2020
<p><span lang="EN-GB">Baikal is the largest and oldest freshwater lake on Earth. This syn-rift thick sedimentary basin hosts a large variety of present-day geological sedimentary processes, among which focused fluid seepage, mud volcanism and gas hydrate accumulation, that manifests a relationship with ...
Grigorii Akhmanov, Adriano Mazzini, Oleg Khlystov, Alina Kudaeva, Olesia Vidishcheva   +4 more
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Mud volcanism and creepy mud flows: A new model

Geology
Mud volcanism is a widespread geological phenomenon characterized by spectacular mud flow deposits extending for kilometers. However, only a few eruptive events have been reported to be long-lasting and voluminous enough to create such extensive flows.
Adriano Mazzini, Petr Brož, Matteo Lupi, Michal Břežný, Clara Jodry, Julien Sfalcin, Caroline Fenske, Giancarlo Morelli, Federico Fishanger, Ayten Huseynova, Arif Huseynov   +10 more
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