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Издание:Elsevier, 2005 г., 2300 стр.
Язык(и)Английский
Journal of Structural Geology (2005)/ Журнал структурной геологии (2005)

1. Publisher’s Note — Casper van Dijk. JSG 27(1) 1.

2. Rounding hinges to fault-bend folding: geometric and kinematic implications — Stefano Tavani, Fabrizio Storti, Francesco Salvini. JSG 27(1) 3–22.

3. Extensional fault arrays in strike-slip and transtension — John W.F. Waldron. JSG 27(1) 23–34.

4. Fault growth by dike reactivation, Sierra Nevada, California — M. d’Alessio, S.J. Martel. JSG 27(1) 35–49.

5. Fold-thrust styles in the Absaroka thrust sheet, Caribou National Forest area, Idaho-Wyoming thrust belt — Subhotosh Banerjee, Shankar Mitra. JSG 27(1) 51–65.

6. Relationships between vein sets in the Lodève Permian Basin (Languedoc, Southern France) — G. de Joussineau et al. JSG 27(1) 67–87.

7. Experimental microstylolites in quartz and modeled application to natural stylolitic structures — J.P. Gratier, L. Muquet, R. Hassani, F. Renard. JSG 27(1) 89–100.

8. Indosinian deformation of the Songpan Garzé Fold Belt, northeast Tibetan Plateau — Mathew J. Harrowfield, Christopher J.L. Wilson. JSG 27(1) 101–117.

Издание:Elsevier, 2006 г., 2269 стр.
Язык(и)Английский
Journal of Structural Geology (2006)/ Журнал структурной геологии (2006)

1. A rapid method for strain estimation from flattened parallel folds — D.C. Srivastava, J. Shah. JSG 28 (2006) 1–8.

2. Anisotropy of magnetic susceptibility (AMS) analysis of basalt dikes at Cathedral Cliffs, WY: implications for Heart Mountain faulting — J. DeFrates, D.H. Malone, J.P. Craddock. JSG 28 (2006) 9–18.

3. Double-edge fault-propagation folding: geometry and kinematics — S. Tavani, F. Storti, F. Salvini. JSG 28 (2006) 19–35.

4. Thrust dip and thrust refraction in fault-bend folds: analogue models and theoretical predictions — B. Maillot, H. Koyi. JSG 28 (2006) 36–49.

5. Consistent kinematic architecture in the damage zones of intraplate strike-slip fault systems in North Victoria Land, Antarctica and implications for fault zone evolution — F. Storti, F. Rossetti, A.L. Laufer, F. Salvini. JSG 28 (2006) 50–63.

Издание:Pergamon Press, 2007 г., 2037 стр.
Язык(и)Английский
Journal of Structural Geology (2007) / Журнал структурной геологии (2007)

1. Intrusion mechanisms in a turbidite sequence: the Voetspoor and Doros plutons in NW Namibia — C.W. Passchier et al. JSG 29(3) 481–496.

2. Deformation in the core of a fold: Unraveling the kinematic evolution of tight, multilayer folds developed in the upper crust — Z. Ismat, B.A. Benford. JSG 29(3) 497–514.

3. Fluid flow during accretion in sediment-dominated margins: Evidence of a high-permeability fossil fault zone from the Internal Ligurian accretionary units of the Northern Apennines, Italy — F. Meneghini et al. JSG 29(3) 515–529.

4. Hypoplastic simulation of normal faults without and with clay smears — G. Gudehus, C. Karcher. JSG 29(3) 530–540.

Издание:Pergamon Press, 2008 г., 1610 стр.
Язык(и)Английский
Journal of Structural Geology (2008) / Журнал структурной геологии (2008)

1. List of reviewers 2007 — Editors and Publisher. JSG 30(3) 406–407.

2. Editorial — Editorial Board Journal of Structural Geology. JSG 30(7) 809.

3. Geological and isotopic constraints on the structure of the Bilbao anticlinorium (Basque-Cantabrian basin, North Spain) — B. Ábalos, A. Alkorta, V. Iribar. JSG 30(11) 1354–1367.

4. From Adria- to Africa-driven orogenesis: Evidence from porphyroblasts in the Betic Cordillera, Spain — Domingo Aerden, Mohammad Sayab. JSG 30(10) 1272–1287.

5. Total bulk strain in flattened parallel folds — J. Aller, N.C. Bobillo-Ares, F. Bastida, R.J. Lisle. JSG 30(7) 827–838.

6. Complex deformation during arc–continent collision: Quantifying finite strain in the accreted Alisitos arc, Peninsular Ranges batholith, Baja California — H. Alsleben, P.H. Wetmore, K.L. Schmidt, S.R. Paterson, E.A. Melis. JSG 30(2) 220–236.

Издание:Elsevier, 2009 г., 1623 стр.
Язык(и)Английский
Journal of Structural Geology (2009) / Журнал структурной геологии (2009)

1. Journal of Structural Geology Student Author of the Year Award 2008 — Cees Passchier. JSG 31(2) 116.

2. Publisher’s Note: “Folding with thermal mechanical feedback: A reply” — Bruce Hobbs, Klaus Regenauer-Lieb, Alison Ord. JSG 31(5) 540.

3. Oblique normal faulting along the northern edge of the Majella Anticline, central Italy: Inferences on hydrocarbon migration and accumulation — Fabrizio Agosta, Mauro Alessandroni, Emanuele Tondi, Atilla Aydin. JSG 31(7) 674–690.

4. From decades to epochs: Spanning the gap between geodesy and structural geology of active mountain belts — Richard W. Allmendinger, John P. Loveless, Matthew E. Pritchard, Brendan Meade. JSG 31(11) 1409–1422.

5. Three dimensional sheath folds in quartz mylonite, Cap de Creus — Ian Alsop. JSG 31(1) 1–2.

6. Discussion of Sheath fold development with viscosity contrast: analogue experiments in bulk simple shear by Marques, F.O., Guerreiro, S.M., Fernandes, A.R. — G.I. Alsop, R.E. Holdsworth. JSG 31(2) 215–217.

7. Reply to comment by G. Etiope and G. Martinelli: “Pieve Santo Stefano” is not a mud volcano: Comment on Structural controls on a carbon dioxide-driven mud volcano field in the Northern Apennines — Marco Bonini. JSG 31(10) 1272–1274.

Издание:Elsevier, 2010 г., 2066 стр.
Язык(и)Английский
Journal of Structural Geology (2010) / Журнал структурной геологии (2010)

1. Conjugate-shear folding: A model for the relationships between foliations, folds and shear zones — Domingo G.A.M. Aerden, Mohammad Sayab, Mohamed L. Bouybaouene. JSG 32(8) 1030–1045.

2. Oblique normal faulting along the northern edge of the Majella Anticline, central Italy: Inferences on hydrocarbon migration and accumulation — Fabrizio Agosta, Mauro Alessandroni, Emanuele Tondi, Atilla Aydin. JSG 32(9) 1317–1333.

3. Faulting and fracturing of carbonate rocks: New insights into deformation mechanisms, petrophysics and fluid flow properties — Fabrizio Agosta, Emanuele Tondi (Foreword). JSG 32(9) 1185–1186.

4. Photograph of the Month: Flexural slip folding of foresets in cross-bedded sandstones — J. Aller, F. Bastida, R.J. Lisle, J.G. Ramsay. JSG 32(6) 725–726.

5. Kinematic analysis of asymmetric folds in competent layers using mathematical modelling — J. Aller, N.C. Bobillo-Ares, F. Bastida, R.J. Lisle, C.O. Menéndez. JSG 32(8) 1170–1184.

6. Late Pleistocene – Holocene ruptures of the Lima Reservoir fault, SW Montana — David J. Anastasio, Christina N. Majerowicz, Frank J. Pazzaglia, Christine A. Regalla. JSG 32(12) 1996–2008.

Издание:Elsevier, 2011 г., 1836 стр.
Язык(и)Английский
Journal of Structural Geology (2011) / Журнал структурной геологии (2011)

1. Journal of Structural Geology Student Author of the Year Award 2011 — Editorial. JSG 33(12) 1713.

2. EBSD microfabric study of pre-Cambrian deformations recorded in quartz pebbles from the Sierra de la Demanda (N Spain) — B. Ábalos, P. Puelles, S. Fernández-Armas, F. Sarrionandia. JSG 33(4) 500–518.

3. Fold geometry toolbox – Automated determination of fold shape, shortening, and material properties — Marta Adamuszek, Daniel Walter Schmid, Marcin Dabrowski. JSG 33(9) 1406–1416.

4. Photograph of the Month: Tank track folding in marls covering a salt glacier, Garmsar, Iran — Pedram Aftabi. JSG 33(8) 1219.

5. Magnetic anisotropy reveals Neogene tectonic overprint in highly strained carbonate mylonites from the Morcles nappe, Switzerland — Bjarne S.G. Almqvist, Ann M. Hirt, Marco Herwegh, Bernd Leiss. JSG 33(5) 1010–1022.

Издание:Elsevier, 2012 г., 553 стр.
Язык(и)Английский
Journal of Structural Geology (2012) / Журнал структурной геологии (2012)

1. Saw-tooth structures and curved veins related to folds in the south-central Pyrenees (Spain) — F. Bastida, J. Aller, R.J. Lisle, N.C. Bobillo-Ares, C.O. Menendez. JSG 34 43–53.

2. Anisotropy of magnetic susceptibility (AMS) and diamagnetic fabrics in the Duruses Limestone, NW Scotland — G.J. Borradaile, B.S.G. Almqvist, I. Geneviciene. JSG 34 54–60.

3. Origin and behavior of clay minerals in the Bogd fault gouge, Mongolia — M.D. Buatier, A. Chauvet, W. Kanitpanyacharoen, H.R. Wenk, J.F. Ritz, M. Jolivet. JSG 34 77–90.

4. The influence of viscosity contrast on the strain pattern and magnitude within and around dense blocks sinking through Newtonian rock salt — Steffi Burchardt, Hemin Koyi, Harro Schmeling. JSG 35 102–116.

Автор(ы):Winkler A.
Издание:Goldschneck-Verlag, 1986 г., 50 стр.
Язык(и)Немецкий
Jura-fossilien erkennen und bestimmen. 1. Belemniten, brachiopoden, foraminiferen, rohrenwurmer / Диагностика и идентификация юрских окаменелостей. 1. Белемниты, брахиоподы, фораминиферы, трубчатые черви

Mit diesem Sonderheft soll den Wünschen vieler Sammlerfreunde entsprochen werden, die meine Ausarbeitungen zur Bestimmung von Jura-Fossilien in zusammenhängender Form besitzen und gebrauchen möchten. Gleichzeitig wurde die Bitte berücksichtigt, jene in den MINERA-LIEN-MAGAZIN-Heften 9/1979 und 2/1980 beschriebenen Foraminiferen nochmals zu veröffentlichen. Für alle Anregungen und Unterstützung möchte ich an dieser Stelle dem Verlag, seinen wissenschaftlichen Mitarbeitern sowie meinen zahlreichen Sammlerfreunden danken.

Автор(ы):Arkell W.J.
Издание:Oliver and Boyd LTD, 1956 г., 806 стр.
Язык(и)Английский
Jurassic geology of the wolrd / Геология юрских отложений мира

The comprehensive Treatise of Geology has had its day. No man can hope any longer to assimilate and summarize the whole known geological history of the world. It has become almost a whole-time occupation to keep track of the literature of a single geological system.
This book represents the first attempt at a synthesis of one system on the basis of marine faunas in all parts of the world. Its object is twofold: first, to present a unified description as a reference work, and second, to enquire what can be deduced as to faunal realms, climate, palaeogeography, volcanic and plutonic activity and earth-movements, and especially the distribution of these in space and time, during one reasonably circumscribed period of geological history. The prerequisite of all such investigations is faunal correlation over the whole world, and no small part
of the object of this attempt has been to test the principles and performance of palaeontological correlation on the world scale, to establish its capabilities and limitations. <...>

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