Vestnik AGGE | Issue 2 2026

Vestnik AGGE

№ 2 (6), 2026

Published: 30.06.2026

DOI: https://doi.org/10./3034-6703-2026-2

Two-dimensional acoustic seismic inversion for determining impedance of diffraction objects

Maksim Protasov, Danil Dmitrachkov, Dmitriy Lanshkov

pp. 1–13

Areview of near-surface electrical exploration technologies used in archaeology and precision agriculture

Evgeniy V. Balkov

pp. 14–24

Zoning of agricultural fields using electromagnetic profiling data

Yuriy Karin, Evgeniy V. Balkov, Aleksandr Prokopiev, Pavel Barsukov

pp. 25–33

Application of electrical resistivity tomography and electromagnetic mapping methods to study the Tanai burial mound

Il'ya Shaparenko, Yuri Karin, Zoya Kuzina, Evgeniy Balkov

pp. 34–39

Geological interpretation of electrical exploration results in solving hydrogeological problems

Vladimir Ageev

pp. 40–48

Airborne geophysical survey with EQUATOR system for tungsten targets

Yuriy Podmogov, Irina Savinova, Elena Vorgacheva

pp. 49–56

Assessment of the influence of near-surface conditions on the shear wavefield

Alexey Turchkov, Anna P. Ruhmanova

pp. 57–72

Manifestation of a 3D thaw bulb beneath a road embankment on geoelectrical sections obtained from 2D inversion of electrical resistivity tomography data with different observation system layouts

Zoya Kuzina, Vladimir Olenchenko

pp. 73–82

An approach to identifying the position of a well relative to a system of natural macrofractures based on the results of pressure transient analysis of fractured-porous reservoirs

Alexandr Gershtanskiy

pp. 83–96

Analysis of section types and interwell correlation in natural reservoirs with mixed terrigenous-carbonate sedimentation

Olesya V. Metelina, V Poshibaev*, Sergey Taldykin

pp. 97–106

Discrete Fracture Network Modeling of a Carbonate Reservoir: A Machine Learning Case Study from a Gas Field in Uzbekistan

Shorekh Togaev, Alexey Gavrilov, Aleksandr Klevitskiy

pp. 107–121

Improving the accuracy of wellbore positional at the Russkoe field: Application of the “Survey Management” service using the multi-station analysis MSA

Denis Generalov

pp. 122–136

Vladimir Ulyanov. When Geology Became His Destiny

Anna E. Kosmacheva

pp. 137–139

Articles:: 13
Rubrics:: 4
Quantity of pages:: 139

Subject area

VAK Russia

Code: 1.6
Name: Науки о Земле и окружающей среде
Code: 1.2.1
Name: Искусственный интеллект и машинное обучение
Code: 1.2.2
Name: Математическое моделирование, численные методы и комплексы программ
Code: 1.6.9
Name: Геофизика
Code: 1.6.11
Name: Геология, поиски, разведка и эксплуатация нефтяных и газовых месторождений
Code: 2.8.4
Name: Разработка и эксплуатация нефтяных и газовых месторождений

UDC

Code: 550.34.01
Name: Теория, моделирование, исследования и разработка
Code: 550.372
Name: Электропроводность и диэлектрические свойства земной коры
Code: 55
Name: Геология. Геологические и геофизические науки
Code: 550.3
Name: Геофизика
Code: 550.8
Name: Прикладная геология и геофизика. Геологические методы поисков и разведки, интерпретация их результатов
Code: 550.834.04
Name: Наблюдения сейсмических волн
Code: 550.834.015.24
Name: Интерферирующие волны
Code: 303.62
Name: Опросы. Интервью
Code: 004.032.26
Name: Нейронные сети
Code: 550.832
Name: Геофизические методы исследования скважин. Каротаж
Code: 553.98
Name: Месторождения углеводородов. Нефтегазоносность

CSCSTI

Code: 37.00
Name: ГЕОФИЗИКА
Code: 37.01
Name: Общие вопросы геофизики
Code: 38.01
Name: Общие вопросы геологии

Russian Classification of Professions by Education

Code: 05.06.01
Name: Науки о Земле

Russian Library and Bibliographic Classification

Code: 263
Name: Геологические науки

Russian Trade and Bibliographic Classification

Code: 6324
Name: Геоэлектричество. Геомагнетизм

Chief Editor

Leonid Gaydukov

leonid68@inbox.ru

Confirmation