Case studies of electrical and electromagnetic methods applied to mapping active faults beneath the thick quaternary

by Fujimitsu, Yasuhiro, Jomori, Akira, Kusunoki, Kenichiro, Mogi, Tohru, Suzuki, Koichi, Toda, Shinji
Source: 1. Engineering geology 1. 0013-7952 1. Roč. 56, č. 1-2 (apríl 2000), s. 29-45

An experimental study of soil memory and preconsolidation adjacent to an active tectonic structure: the Meers fault, Oklahoma, USA

by Cetin, H.
Source: 1. Engineering geology 1. 0013-7952 1. Roč. 57, č. 3-4 (júl 2000), s. 169-178

Seismic risk assessment of an active fault system: the example of the Tsurugawan-Isewan tectonic line

by Kanaori, Y.
Source: 1. Engineering geology 1. 0013-7952 1. Roč. 56, č. 1-2 (apríl 2000), s. 109-123

Kinematics of active faults in Lokris, Central Greece - block rotation within a crustal-scale shear zone?

by Kranis, H.D
Source: 1. Geologica carpathica 1. 1335-0552 1. Roč. 53, zvláštne č. (2002), s. 157-159

Hazards posed by active major faults along the Golmud-Lhasa railway route, Tibetan Plateau, China

by Barosh, Patrick J., Hu, Daogong, Jiang, Wan, Wu, Zhenhan, Wu, Zhonghai, Ye, Peisheng, Zhao, Xitao
Source: 1. Engineering geology 1. 0013-7952 1. Roč. 74, č. 3-4 (2004), s. 163-182

Neotectonic fault mapping at the Gibraltar Strait Tunnel area, Bolonia Bay (South Spain)

by Bardaji, T., González-Hernández, F.M, Goy, J.L, Lario, J., Luque, L., Silva, P.G, Somoza, L., Zazo, C.
Source: 1. Engineering geology 1. 0013-7952 1. Roč. 84, č. 1-2 (2006), s. 31-47