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List of Accepted Contributions - TS1.2 From stress field evaluation to crustal rheology characterization (co-listed in MPRG)
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EGU06-A-00195
Gunzburger, Y.; Cornet, F.H.
How can accurate stress profiles help characterizing rock mass rheology at geological scales? |
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EGU06-A-01287
Judge, P.; Klepeis, K.
Paleostress and fault inversions along the southern Alpine Fault, New Zealand (withdrawn) |
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EGU06-A-02362
Haimson, B
Case histories of stress measurements across faults and varying lithologies |
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EGU06-A-02423
Caputo, R.
On the meaning of 'regional stress field' and 'tectonic phase'. |
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EGU06-A-02867
TATARINOV , V.; MOROZOV , V.; KOLESNIKOV , I.; BELOV, S.; TATARINOVA, T.
Technology of the prediction of the tectonic processes at a selected (withdrawn) |
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EGU06-A-03909
Pascal, C.; Roberts, D.; Gabrielsen, R.H.; Olesen, O.
Present-day stress orientations in Norway as deduced from stress-release features and active, post-glacial reverse faulting |
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EGU06-A-04112
Mariucci, M.T.; Montone, P. ; Pierdominici, S.
New Insights on Active Stress Field in Italy and its Implications with Tectonics |
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EGU06-A-04613
Eyal, Y.; Feinstein, S.; Osadetz, O.
Brittle aspects of early Tertiary extension in the Canadian cordillera |
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EGU06-A-04819
Desroches, J.; Etchecopar, A.; Wileveau, Y.
A combined method to determine the full state of stress from wellbore measurements: examples of application highlight the specific behaviour of shales in a geological sequence. |
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EGU06-A-05498
Otsubo, M.; Yamaji, A.
A technique for separating stresses from heterogeneous focal mechanism data: adaptation of the multiple inverse method |
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EGU06-A-06250
Collettini, C.; Trippetta, F.
Frictional control on aftershock rupture planes and implications for crustal strength |
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EGU06-A-06821
Yamaji, A.; Sato, K.
Angular stress distance as a new dissimilarity measure for stress tensors determined by the inversion of fault-slip or focal mechanism data |
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EGU06-A-07816
MERRIEN-SOUKATCHOFF, V.; DUNNER, C.; SAUSSE, J.; CLEMENT, C.
Influence of topographic roughness and surface rheology on the stress state in a sloped rock-mass |
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EGU06-A-08566
Angelier, J.; Chen, R.-F.; Chu, C.-H.; Hu, J.-C.; Lee, J.-C.; Lu, C.-Y.; Chung, L.-H.; Huang, C.; Jiang, Y.-L.; Tang, C.-R.
Impact structures in conglomerates allow determination of five unknowns of the paleostress tensor: the Hoyenshan case, Taiwan |
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EGU06-A-09060
Fernandez-Fernandez, E.M.; Jabaloy, A.; Stich, D.; Morales, J.
Evolution of the stresses in the eastern Betic Cordillera from the Early Miocene to the present-day |
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EGU06-A-09750
Rojay, B.; Karaca, A.
post-miocene paleo-stress distribution in nw of central anatolia (turkey) |
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EGU06-A-10815
Sulem, J
Stress orientation evaluation from mechanical evaluation of fault gouge |
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EGU06-A-10817
Roeckel, Th.; Lempp, Ch.
The state of stres in the North german Basin |
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