All Stories

  1. Along strike structural changes in thin-skinned thrusts: 3-D approach to the Leyre thrust (Southern Pyrenees). 
  2. Reverse fault propagation in shales and associated decametric deformation gradients. 
  3. Gravity data on the Central Pyrenees: a step forward to help a better understanding of the Pyrenean structures
  4. A fast way to estimate the clay fabric from shale fragments. Key example from a strained thrust footwall (Pyrenees).
  5. 3D basement geometry of the southwestern Pyrenees: Insights from seismic interpretation.
  6. Characterization of a relative gravity minimum in the core of the Pyrenean Axial Zone (Central Pyrenees) 
  7. Paleomagnetic study in lava and volcanoclastic materials of the Late-Carboniferous-Permian Cadí basin (Central-Eastern Pyrenees)
  8. The western termination of the South Pyrenean Triangle Zone; a structural and geophysical characterization.
  9. Structural and Geophysical Characterization of the Western Termination of the South Pyrenean Triangle Zone
  10. Palinspastic restorations using interfolding remagnetizations. The case of the Cretaceous widespread remagnetization of the Central High Atlas (Morocco)
  11. Contribution of magnetic fabric to the knowledge of Mesozoic and Cenozoic kinematic evolution in the Central High Atlas
  12. Analysing non-coaxial folding effects in the Small Circle Intersection method
  13. 100 Ma palinspastic restoration of the Anemzi syncline from paleomagnetic results.
  14. 3-D geological model of the Central High Atlas fold-and-thrust belt
  15. AMS of strained shales fragments: a fast way to quantify the matrix damage.
  16. Anisotropy of magnetic susceptibility (AMS) of lava and volcanoclastic flows of the Stephano-Permian Cadi basin (central-eastern Pyrenees)
  17. Geometrical and chronological constraints for magnetic signatures in the Central High Atlas
  18. Magnetic fabric in brittle faults and ductile shear-zones: Examples from cataclasites from the Iberian Peninsula
  19. Mapping strain in the footwall of a thrust: Preliminary results from 3D bulk fabric of illite.
  20. Serial gravity-constrained cross-sections in the Central Pyrenees validating its structural style
  21. Varying thrust geometry along the Central Atlas fronts: structural criteria for 3-D reconstruction
  22. Unraveling Multiple Thermotectonic Events Accommodated by Crustal‐Scale Faults in Northern Iberia, Spain: Insights From K‐Ar Dating of Clay Gouges
  23. Basement‐Cover Relationships and Their Along‐Strike Changes in the Linking Zone (Iberian Range, Spain): A Combined Structural and Gravimetric Study
  24. Kinematics and strain distribution in an orogen-scale shear zone: Insights from structural analyses and magnetic fabrics in the Gavarnie thrust, Pyrenees
  25. Multiple movements recorded in a crustal weakness zone in NE Iberia: The Vallès-Penedès Fault revisited
  26. Variable magnetic fabrics under heterogeneous deformation across a shallow fault zone in the Iberian Chain (Monroyo thrust, N Spain)
  27. Rotational Kinematics of Basement Antiformal Stacks: Paleomagnetic Study of the Western Nogueras Zone (Central Pyrenees)
  28. Inversion tectonics and magnetic fabrics in Mesozoic basins of the Western Tethys: A review
  29. Evolution of the Ridges of Midelt-Errachidia Section in the High Atlas Revealed by Paleomagnetic Data
  30. The carriers of AMS in remagnetized carbonates. Insights for remagnetization mechanism and basin evolution
  31. Anisotropic magnetite growth in remagnetized limestones: Tectonic constraints and implications for basin history
  32. Extensional vs. compressional deformation in the Central High Atlas salt province: A paleomagnetic approach
  33. Internal characterization of embankment dams using ground penetrating radar (GPR) and thermographic analysis: A case study of the Medau Zirimilis Dam (Sardinia, Italy)
  34. Strain indicators and magnetic fabric in intraplate fault zones: Case study of Daroca thrust, Iberian Chain, Spain
  35. Paleomagnetism applied to igneous rocks in the Atlas
  36. Integrated approach for sinkhole evaluation and evolution prediction in the Central Ebro Basin (NE Spain)
  37. Remagnetizations used to unravel large-scale fold kinematics: A case study in the Cameros Basin (Northern Spain)
  38. Diachronous folding and cleavage in an intraplate setting (Central High Atlas, Morocco) determined through the study of remagnetizations
  39. Detachment fold vs. ramp anticline: a gravity survey in the southern Pyrenean front (External Sierras)
  40. Magnetometry and ground-penetrating radar surveys applied to tracing potential collectors of mining-derived pollutants in coastal sediments (Piscinas Bay, Montevecchio mining area, SW Sardinia)
  41. Gravity modelling to assess salt tectonics in the western end of the South Pyrenean Central Unit
  42. The gravity method: new challenges for delineation diapiric structures in north-east Spain
  43. Indirect geophysical characterization of geohazards in mantled karst environments in the Ebro Basin
  44. Multidisciplinary approach to constrain kinematics of fault zones at shallow depths: a case study from the Cameros–Demanda thrust (North Spain)
  45. Rotational kinematics of a curved fold: The Balzes anticline (Southern Pyrenees)
  46. Restoring paleomagnetic data in complex superposed folding settings: The Boltaña anticline (Southern Pyrenees)
  47. Tectonic fabrics vs. mineralogical artifacts in AMS analysis: A case study of the Western Morocco extensional Triassic basins
  48. Pre-Cenomanian vs. Cenozoic folding in the High Atlas revealed by palaeomagnetic data
  49. Geophysical and Archaeological Characterization of a Modest Roman Villa: Methodological Considerations about Progressive Feedback Analyses in Sites with Low Geophysical Contrast
  50. Petrophysical properties in the Iberian Range and surrounding areas (NE Spain): 1-density
  51. Double evaporitic décollements: Influence of pinch-out overlapping in experimental thrust wedges
  52. Three dimensional characterization of complex mantled karst structures. Decision making and engineering solutions applied to a road overlying evaporite rocks in the Ebro Basin (Spain)
  53. Evidence for the Permo-Triassic transtensional rifting in the Iberian Range (NE Spain) according to magnetic fabrics results
  54. Multi-episodic remagnetization related to deformation in the Pyrenean Internal Sierras
  55. Assessing karst hazards in urbanized areas. Case study and methodological considerations in the mantle karst from Zaragoza city (NE Spain)
  56. Primary vs. secondary curved fold axes: Deciphering the origin of the Aït Attab syncline (Moroccan High Atlas) using paleomagnetic data
  57. The Naval diapir (southern Pyrenees): Geometry of a salt wall associated with thrusting at an oblique ramp
  58. Understanding the Mesozoic kinematic evolution in the Cameros basin (Iberian Range, NE Spain) from magnetic subfabrics and mesostructures
  59. Characterization of the Karstic Process in an Urban Environment Using GPR Surveys
  60. Magnetic fabrics in the Western Central-Pyrenees: An overview
  61. Widespread Cretaceous secondary magnetization in the High Atlas (Morocco). A common origin for the Cretaceous remagnetizations in the western Tethys?
  62. y-gRaph: An OpenOffice application to reconstruct paleostress fields from striated faults
  63. 3D alluvial aquifer reconstruction in polluted areas by means of GPR (Sabiñánigo, N Spain)
  64. The influence of surface and tectonic processes on landscape evolution of the Iberian Chain (Spain): Quantitative geomorphological analysis and geochronology
  65. Reverse magnetic anomaly controlled by Permian igneous rocks in the NE Iberian Chain (N Spain)
  66. Heterogeneous deformation recorded by magnetic fabrics in the Pyrenean Axial Zone
  67. Palaeomagnetism and magnetic fabrics of the Late Palaeozoic volcanism in the Castejón-Laspaúles basin (Central Pyrenees). Implications for palaeoflow directions and basin configuration
  68. Magnetic fabrics in the Jurassic–Cretaceous continental basins of the northern part of the Central High Atlas (Morocco): Geodynamic implications
  69. On the origin of cleavage in the Central Pyrenees: Structural and paleo-thermal study
  70. Factors influencing magnetic susceptibility in the southern Pyrenees
  71. Thermal history of the Aragón-Béarn basin (Late Paleozoic, western Pyrenees, Spain); insights into basin tectonic evolution
  72. Actual extension of sinkholes: Considerations about geophysical, geomorphological, and field inspection techniques in urban planning projects in the Ebro basin (NE Spain)
  73. Interpretation of gravimetric and magnetic anomalies in the Cameros Basin (North Spain): combination of deep and shallow sources
  74. Development of magnetic fabric in sedimentary rocks: insights from early compactional structures
  75. Analysis of the ferromagnetic contribution to the susceptibility by low field and high field methods in sedimentary rocks of the Southern Pyrenees and Northern Ebro foreland basin (Spain)
  76. Transition from extensional to compressional magnetic fabrics in the Cretaceous Cabuérniga basin (North Spain)
  77. Comment on González-Acebrón et al. Criteria for the recognition of localization and timing of multiple events of hydrothermal alteration in sandstones illustrated by petrographic, fluid inclusion, and isotopic analysis of the Tera Group, Northern Spain...
  78. Switch of Mesozoic extensional tectonic style in the Lusitanian basin (Portugal): Insights from magnetic fabrics
  79. Chronostratigraphy of the Boltana anticline and the Ainsa Basin (southern Pyrenees)
  80. Magnetic and structural study of the Eaux-Chaudes intrusion: understanding the Variscan deformation in the Western Axial Zone (Pyrenees)
  81. On the reliability of AMS in ilmenite-type granites: an insight from the Marimanha pluton, central Pyrenees
  82. Rotational velocity for oblique structures (Boltaña anticline, Southern Pyrenees)
  83. New and revisited paleomagnetic data from Permian–Triassic red beds: Two kinematic domains in the west-central Pyrenees
  84. Multidisciplinary approach for urban planning in alluvial karstic zones
  85. Applying GPR-amplitude wave maps and Am-scans as a semi-quantitative approach to the internal structure of sediments
  86. Structuring and evolution of Neogene transcurrent basins in the Tellian foreland domain, north-eastern Tunisia
  87. Widespread Cretaceous inversion event in northern Spain: evidence from subsurface and palaeomagnetic data
  88. Geophysical techniques applied to urban planning in complex near surface environments. Examples of Zaragoza, NE Spain
  89. Lithology-dependent reliability of AMS analysis: A case study of the Eocene turbidities in the southern Pyrenees (Aragón, Spain)
  90. A transtensional basin model for the Organyà basin (central southern Pyrenees) based on magnetic fabric and brittle structures
  91. Paleomagnetic evidence for dextral strike-slip motion in the Pyrenees during alpine convergence (Mauléon basin, France)
  92. Anisotropic magnetic susceptibility record of the kinematics of the Boltaña Anticline (Southern Pyrenees)
  93. A geophysical survey routine for the detection of doline areas in the surroundings of Zaragoza (NE Spain)
  94. Integrated geophysical and building damages study of karst effects in the urban area of Alcalá de Ebro, Spain
  95. Tertiary compressional overprint on Aptian–Albian extensional magnetic fabrics, North-Pyrenean Zone
  96. Characterization of karst hazards from the perspective of the doline triangle using GPR — Examples from Central Ebro Basin (Spain)
  97. On the tectonic origin of Iberian topography
  98. Oblique strain partitioning and transpression on an inverted rift: The Castilian Branch of the Iberian Chain
  99. Multidisciplinary approach to an extensional syncline model for the Mesozoic Cameros Basin (N Spain)
  100. Mapping subsurface karst features with GPR: results and limitations
  101. Characterizing the Mesozoic extension direction in the northern Iberian plate margin by anisotropy of magnetic susceptibility (AMS)
  102. Remagnetizations as a tool to analyze the tectonic history of inverted sedimentary basins: A case study from the Basque-Cantabrian basin (north Spain)
  103. Mesozoic extension in the Basque–Cantabrian basin (N Spain): Contributions from AMS and brittle mesostructures
  104. Structural and magnetic fabric study of the Marimanha granite (Axial Zone of the Pyrenees)
  105. Geometry of half-grabens containing a mid-level viscous décollement
  106. Detection of underground cavities by combining gravity, magnetic and ground penetrating radar surveys: a case study from the Zaragoza area, NE Spain
  107. Evolution of experimental thrust wedges accreted from along-strike tapered, silicone-floored multilayers
  108. Magnetic prospection as an efficient tool for doline detection: a case study in the central Ebro Basin (northern Spain)
  109. Along-strike variation of orogenic wedges associated with vertical axis rotations
  110. The Variscan Millares granite (central Pyrenees): Pluton emplacement in a T fracture of a dextral shear zone
  111. Impact of backstop thickness lateral variations on the tectonic architecture of orogens: Insights from sandbox analogue modeling and application to the Pyrenees
  112. Folded onlap geometries: implications for recognition of syn-sedimentary folds
  113. The main Variscan deformation event in the Pyrenees: new data from the structural study of the Bielsa granite
  114. Evidence of a Cretaceous remagnetization in the Cameros Basin (North Spain): implications for basin geometry
  115. Basement deformation: tertiary folding and fracturing of the Variscan Bielsa granite (Axial zone, central Pyrenees)
  116. Granite laccolith emplacement in the Iberian arc: AMS and gravity study of the La Tojiza pluton (NW Spain)
  117. Influence of along-strike pre-orogenic sedimentary tapering on the internal architecture of experimental thrust wedges
  118. The role of tectonic inheritance in the development of recent fracture systems, Duero Basin, Spain
  119. Role of lateral thickness variations on the development of oblique structures at the Western end of the South Pyrenean Central Unit
  120. Cenozoic landscape development within the Central Iberian Chain, Spain
  121. Sequential limb rotation and kink-band migration recorded by growth strata, Almazán Basin, North Spain
  122. Cratered cobbles in Triassic Buntsandstein conglomerates in northeastern Spain: An indicator of shock deformation in the vicinity of large impacts: Comment and Reply
  123. Geometrical relationships between unconformities and subsequent folding: the Arro fold system (southern Pyrenees)
  124. Influence of syntectonic sedimentation on thrust geometry. Field examples from the Iberian Chain (Spain) and analogue modelling
  125. Role of the backstop-to-cover thickness ratio on vergence partitioning in experimental thrust wedges
  126. Tertiary compressional deformation of the Iberian plate
  127. Analogue models of transpressive systems
  128. Thermal history during Mesozoic extension and Tertiary uplift in the Cameros Basin, northern Spain
  129. LINDENS: A program for lineament length and density analysis
  130. Intraplate deformation and basin formation during the Tertiary within the northern Iberian plate: Origin and evolution of the Almazán Basin
  131. Syn-tectonic sedimentation and thrust-and-fold kinematics at the intra-mountain Montalbán Basin (northern Iberian Chain, Spain)
  132. Extensional subsidence, contractional folding and thrust inversion of the eastern Cameros basin, northern Spain
  133. The Rioja Trough (N Spain): tectosedimentary evolution of a symmetric foreland basin
  134. Deflection of a compressional stress field by large-scale basement faults. A case study from the Tertiary Almazán basin (Spain)
  135. Discussion on palaeostresses associated with thrust sheet emplacement and related folding in the southern central Pyrenees, Huesca, Spain Journal, Vol. 152, 1995, 353–356
  136. Quaternary reactivation of flexural-slip folds by diapiric activity: example from the western Ebro Basin (Spain)
  137. Oblique tectonic inversion and basement thrusting in the Cameros Massif (Northern Spain)
  138. Stress field and thrust kinematics: a model for the tectonic inversion of the cameros massif (Spain)
  139. Peritidal Carbonate–Evaporite Sedimentation Coeval to Normal Fault Segmentation During the Triassic–Jurassic Transition, Iberian Chain