Vadose Zone Science and Technology Solutions
Brian B. Looney & Ronald W. Falta
Hydrogeology (1)
Проектирование водозаборов подземных вод. Под ред. Ф. М. Бочевера.
Ф. М. Бочевер & А. И. Арцев & Н. Н. Лапшин & Э. М. Орадовская (...)
4D сейсморазведка: Выпрямленные горизонтальные смещения по времени ...
Paul Hatchell & Barbara Cox
Topography. Phototopography (1)
СЕЙСМИЧЕСКОЕ МИКРОРАЙОНИРОВАНИЕ
О.В. ПАВЛОВ & В.А. РОГОЖИН
Общая геофизика (1)
A review of recent developments concerning the structure, mechanics ...
D.R. Faulkner & C.A.L. Jackson & R.J. Lunn & R.W. Schlische (...)
Geological and geophysical studies of the deep structure of the Earth (1)
Faulteslip analysis and transpressional tectonics: A study of ...
L. Federico & L. Crispini & G. Capponi (...)
Neotectonics and Tectonics and Seismology (1)
An experimental investigation of the development and permeability ...
F. Cuisiat & E. Skurtveit
Small-scale faulting in the Upper Cretaceous of the Groningen ...
Heijn van Gent & Stefan Back & Janos L. Urai & Peter Kukla (...)
Geology of oil, gas and condensate fields (1)
Evolution of fault zones in carbonates with mechanical stratigraphy ...
Marc Holland & Ramon Loosveld & Janos L. Urai & Heijn W. van Gent (...)
General Geology (1)
Effects of internal structure and local stresses on fracture ...
Trine H. Simmenes & Belinda Larsen & Sonja L. Philipp & Agust Gudmundsson (...)
The effect of the intermediate principal stress on fault formation ...
Bezalel Haimson & John W. Rudnicki
Tectonics (1)
Normal-fault development during two phases of non-coaxial extension: ...
Alissa A. Henza & Martha O. Withjack & Roy W. Schlische (...)
Structural geometry of Raplee Ridge monocline and thrust fault ...
G.E. Hilley & I. Mynatt & D.D. Pollard (...)
Using empirical geological rules to reduce structural uncertainty ...
Brett Freeman & Peter J. Boult & Graham Yielding & Sandy Menpesc (...)
Magma-driven antiform structures in the Afar rift: The Ali Sabieh ...
Ren? C. Maury & Jo?l Rolet & Bernard Le Gall & Mohamed Ahmed Daoud (...)
Relationship between fault growth mechanism and permeability ...
Eiichi Ishii & Hironori Funaki & Tetsuya Tokiwa & Kunio Otsubo (...)
Analysis of the internal structure of a carbonate damage zone: ...
Stefan Hausegger & Walter Kurz & Robert Rabitsch & Eva Kiechl (...)
Lithology (1)
Determination of amphibole fracture strength for quantitative ...
Shotaro Nakayama & Katsuhiro Tsukimura & Shinko Miwa & Nozomi Kimura (...)
Active fault and shear processes and their implications for ...
Steven Micklethwaite & Heather A. Sheldon & Timothy Barker (...)
Simulating brittle fault evolution from networks of pre-existing ...
Heather Moir & Rebecca J. Lunn & James D. Kirkpatrick & Zoe K. Shipton (...)
Fault zone structure and ?uid–rock interaction of a high angle ...
G. Cortecci & L. Vaselli & G. Ottria & G. Molli (...)
Normal fault interactions, paleoearthquakes and growth in an ...
P. Villamor & H. Seebeck & A. Nicol & J.J. Walsh (...)
Linear to non-linear relationship between vein spacing and layer ...
Koen Van Noten & Manuel Sintubin
Controls on fault damage zone width, structure, and symmetry ...
Paul R. Riley & Laurel B. Goodwin & Claudia J. Lewis (...)