Geophysical Survey of a Mud Volcano Chongeleksky

Геофизическое исследование грязевого вулкана Чонгелексский
И. Н. Модин, A.D. Skobelev, A.Y. Palenov, Tatiana Shirokova, D.A. Kvon, Т. Б. Соколова, I. V. Lygin, David Аrutyunyan
2020-01-01

Bulganakskoie-type mud volcanoTobechik anticlineUAV aerial photographyelectrical resistivity tomography (ERT)emanation registrationgravity field anomaly profilingmagnetic field area surveymud volcano Chongelekskynon-seismic geophysical methodspetrophysical resistivity modelingradiometryself-potential (SP) methodsurface water resistivitythermometry
Summary Changelessly mud volcano refers to bulganakskoie type with the constant mode of eruption and irregular placement of griffins and Salz. The volcano is located in the core of the Tobechik anticline, the axis of which, presumably, sinks under the bottom of the Tobechik lake and extends to the NORTH. In order to assess the possibility of using non-seismic geophysical methods in the study of such geological formations, a set of ground-based geophysical studies was performed on the South shore of lake Tobechik, including electrotomography (ERT), the natural electric field (SP) method, surface water resistivity, area survey of the magnetic field, kappametry, profile observations of gravity field anomalies, radiometry, registration of emanations, thermometry and petrophysical modeling of resistivity. Based on the results of ground-based geophysical studies, the studied profiles make it possible to understand the structure of the Chongelek mud volcano, which is consistent with the geological concepts of the structure of such objects. Given a more dense network of observations, involving research in the lake area and aerial photography of the area using UAVs, we can talk about the possibility of studying the structure of such phenomena using non-seismic methods.
1
A multi-method ground geophysical survey (ERT, SP, surface water resistivity, magnetics, kappametry, gravity profiles, radiometry, emanation registration, thermometry, petrophysical resistivity modeling) was conducted on the south shore of Tobechik lake.
2
Denser observations including lake-area surveys and UAV aerial photography would enable studying the structure of these phenomena using non-seismic methods.
3
Results from the ground-based geophysical profiles allow interpretation of the mud volcano structure consistent with existing geological concepts for such objects.
4
The Chongeleksky mud volcano is a Bulganakskoie-type with a constant eruption mode and irregular placement of griffins and Salz.
5
The volcano is located in the core of the Tobechik anticline whose axis likely extends north beneath Tobechik lake.

Chongeleksky mud volcano (mud volcano on the south shore of Tobechik Lake)

Structure and subsurface features of the Chongeleksky mud volcano as imaged by non-seismic ground-based geophysical methods (ERT, SP, surface water resistivity, magnetics, kappametry, gravity profiles, radiometry, emanation registration, thermometry, and petrophysical resistivity modeling)

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2020-01-01
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И. Н. Модин
A.D. Skobelev
A.Y. Palenov
Tatiana Shirokova
D.A. Kvon
Т. Б. Соколова
I. V. Lygin
David Аrutyunyan
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