The Data Analysis Center for Geomagnetism and Space Magnetism has dual aspects: it is a facility of the Graduate School of Science, Kyoto University and, at the same time, it is part of the international organization, World Data Centers.

Chiara Colombero, Cesare Comina and Alberto Godio Special Issue “Remote Sensing in Applied Geophysics”
Edward R. Henry, Alice P. Wright, Sarah C. Sherwood, Stephen B. Carmody, Casey R. Barrier and Christopher Van de Ven Beyond Never-Never Land: Integrating LiDAR and Geophysical Surveys at the Johnston Site, Pinson Mounds State Archaeological Park, Tennessee, USA
Luca Piroddi, Sergio Vincenzo Calcina, Antonio Trogu and Gaetano Ranieri Automated Resistivity Profiling (ARP) to Explore Wide Archaeological Areas: The Prehistoric Site of Mont’e Prama, Sardinia, Italy
Rita Deiana, David Vicenzutto, Gian Piero Deidda, Jacopo Boaga and Michele Cupit `o Remote Sensing, Archaeological, and Geophysical Data to Study the Terramare Settlements: The Case Study of Fondo Paviani (Northern Italy)

In China, oil and gas resources mainly accumulated in the Mesozoic and Cenozoic continental basins, and the proven reserves of oil and gas in continental basins account for three-quarters and nearly half of China’s total reserves, respectively (Zhai, 1996). Almost 95% of the proven oil reserves in China are concentrated in continental basins (Dai, 2000). After more than half a century of exploration, a large number of structural reservoirs and some lithological and stratigraphic reservoirs were discovered in continental basins. Although the exploration efforts of many Mesozoic and Cenozoic basins has been relatively high, especially for eastern basins, there is still a great potential for the exploration of lithological and stratigraphic reservoirs. In order to promote petroleum exploration development, we must develop new technologies and methods, and strengthen the basic research theories targeting lithological and stratigraphic reservoirs, using petroleum geological characteristics of continental basins (Jia, 2003). <...>

„Справочная книга геофизика-разведчика* состоит из четырех выпусков, освещающих осповпые разделы прикладной геофизики.
Выпуск четвертый состоит из двух частей: I—сейсмический метод и ц—электрические методы. В книге даны осповпые установки методов, описаны аппаратура и полевые операции, а также основы интерпретации с приведением важнейших таблиц, необходимых в практической работе.
„Справочная книга" предназначается для геофизиков-разнедчиков, геологов-разведчиков, студентов геологических втузов и прорабов нолевых геофизических пар гит.

The use and application of in-situ testing has continued to expand in the past few decades. This paper focuses on some major in-situ tests (SPT, CPT and DMT) and presents selected insights that the geotechnical engineering profession may find helpful. Many of the recommendations contained in this paper are focused on low to moderate risk projects where empirical interpretation tends to dominate. For projects where more advanced methods are more appropriate, the recommendations provided in this paper can be used as a screening to evaluate critical regions/zones where selective additional in-situ testing and sampling may be appropriate. <...>

Macroseismic effects of the principal earthquakes occurring in the United States from 1568 through 1989 are described. Principal earthquakes are defined as those of Modified Mercalli intensity > VI or Richter magnitude > 4.5. Exceptions are the State of Alaska and the offshore areas of California, Oregon, and Washington, where the magnitude cutoff is > 5.5.

Have Inertial Waves Been Identified from the Earth's Core?

Inertial Modes in the Earth's Fluid Outer Core

Variational Calculation of Core Modes in Realistic Earth Models

Core Undertones in an Elliptical Uniformly Rotating Earth

An Experimental Study of Inertial Waves in a Spheroidal Shell of Rotating Fluid

The Excitation of Core Modes by Earthquakes

В учебно-методическом пособии представлена структура дисциплины «Проектная работа». Его специфика заключается в том, что в нем не только изложено краткое содержание тем учебного курса, но и представлены примерные проектные работы, а также разъяснены основные термины присущие проектной работе. Учебное пособие предназначено для студентов, обучающихся по направлению 05.04.01 Геология, профиль Цифровые технологии и методы моделирования в нефтегазовой геологии при изучении дисциплины «Проектная работа». В качестве дополнительной литературы может использоваться студентами, аспирантами, преподавателями при написании научных  проектов, курсовых работ и выпускных квалификационных работ. <...>

Whole Earth Geophysics illustrates how different types of geophysical observations provide constraints on Earth’s gross structure and composition. It introduces geology students with a basic grounding in math and physics to the fundamentals of various geophysical techniques, but does not stop there. Specific observations illustrate how each technique constrains certain aspects of the plate tectonic framework that is fundamental to the study of Earth science today.
This book is designed for a Solid Earth Geophysics course at the advanced undergraduate or beginning graduate level. While the primary objective is to illustrate the utility of geophysical observations to geology students, geophysics students may benefit from the book by seeing the basics of their discipline in the context of geology. <...>