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Vol 224
Pages:
156-162
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RUS ENG
Article
Geology

Result of combining data from impulse electrical prospecting and aeromagnetic prospecting for groundwater exploration in the south of Yakutia

Authors:
A. Yu. Davydenko1
N. A. Aikasheva2
S. V. Bukhalov3
Yu. A. Davydenko4
About authors
  • 1 — Ph.D., Dr.Sci. professor Irkutsk State University
  • 2 — junior researcher Irkutsk National Research Technical University
  • 3 — post-graduate student Irkutsk National Research Technical University
  • 4 — Ph.D. associate professor Irkutsk National Research Technical University
Date submitted:
2016-10-30
Date accepted:
2017-01-02
Date published:
2017-04-14

Abstract

In 2014 in the south of Yakutia in the course of groundwater exploration works a complex of geophysical methods was tested: aeromagnetic and electrical prospecting was carried out using near-field transient sounding and electromagnetic sounding with induced polarization. Prospective structures for hydrogeological drilling are zones of discontinuous tectonic faults. In order to identify them, data from aeromagnetic and electrical prospecting were used. Results of drilling confirmed the presence of watered areas; however, analysis of obtained information allowed to come to the conclusion that the amount of water in the faults has no direct connection to electrical conductivity.

Область исследования:
Geology
Keywords:
electromagnetic sounding induced polarizations transient processes aeromagnetic prospecting magnetic susceptibility groundwater
10.18454/pmi.2017.2.156
Go to volume 224

Funding

We are grateful to our colleagues hydrogeologists and geologists L.I.Auzina, V.V.Shulga, A.M.Usmanova, G.S.Lonshakov; scientists from the laboratory of «Geologic Computer Technologies» A.V.Parshin, S.A.Shestakov, A.V.Blinov, A.V.Kosterev, S.N.Prosekin and scientists from the laboratory «Integration of Geophysical Methods» K.Yu.Tkacheva, M.S.Shkirya, V.A.Belov, A.S.Bashkeev for fruitful discussions at different stages of research, as well as to students from the group TG-12, Irkutsk National Research Technical University, D.E.Dvoryansky and A.A.Subbotin, who carried out field operations. The research has been completed with financial support within the project No 13.7232.2017/BCh as a part of state order from the Ministry of Education and Science of Russian Federation.

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