All Stories

  1. Seismic diffraction imaging illuminates faults in the eastern Molasse Basin along the TRANSALP section
  2. A Shallow Reflector Beneath Krafla Volcano, NE Iceland, Detected With Seismic Migration of Local Earthquake Phases
  3. Detection of Lowermost Mantle Heterogeneity Using Seismic Migration of Diffracted S‐Waves
  4. DiffractioNet: Deep-learning seismic and GPR diffraction separation
  5. Adapting Controlled-Source Seismic Techniques for Earthquake Reflection Imaging in Complex Environments: Insights from Krafla Volcano, NE Iceland
  6. Seismic diffraction imaging illuminates faults in the eastern German Molasse Basin along the TRANSALP section
  7. Enhancing 1D and 2D passive seismic imaging of urban ambient noise DAS recordings
  8. Mapping Glacier Hydrology in 3D: Novel GPR Acquisition and Processing Techniques
  9. New insights into seismic structures around the Tauern Window and the Periadriatic Fault System from reprocessing of TRANSALP seismic reflection data
  10. Detection of lowermost mantle heterogeneity using seismic migration of diffracted S-waves
  11. Link between seismic velocity changes and the 2020 unrest in Reykjanes revealed by wavelength-dependent spatial stacking of distributed dynamic strain
  12. Urban subsurface exploration improved by denoising of virtual shot gathers from distributed acoustic sensing ambient noise
  13. Coherent Wavefield Reconstruction Improves Event Location With Dense Seismic Arrays
  14. Stacking of distributed dynamic strain reveals link between seismic velocity changes and the 2020 unrest in Reykjanes
  15. Coherence-based Amplification of Rayleigh Waves from Urban Anthropogenic Noise recorded with Distributed Acoustic Sensing
  16. Deep learning diffraction separation for seismic and GPR data
  17. Exploring the potential of 3D diffraction imaging for GPR data
  18. Coherent wavefield reconstruction improves event location with dense seismic arrays
  19. Fibre optic distributed acoustic sensing of volcanic events
  20. Coherence-based GPR diffraction imaging and inversion
  21. Non-linear ground response triggered by volcanic explosions at Etna Volcano, Italy
  22. Seismology Perspectives on Integrated, Coordinated, Open, Networked (ICON) Science
  23. Seismology Perspectives on Integrated, Coordinated, Open, Networked (ICON) Science
  24. Reanalysis of polythermal glacier thermal structure using radar diffraction focussing
  25. Seismology Perspectives on Integrated, Coordinated, Open, Networked (ICON) Science
  26. Diffraction imaging and depth-velocity inversion with 3D P-Cable seismic data
  27. Leveraging coherent wave field analysis and deep learning in fiber-optic seismology
  28. Coherent diffraction imaging for enhanced fault and fracture network characterization
  29. When There Is No Offset: A Demonstration of Seismic Diffraction Imaging and Depth‐Velocity Model Building in the Southern Aegean Sea
  30. replies RC1
  31. replies RC2
  32. When there is no offset - a demonstration of seismic diffraction imaging and depth-velocity model building in the southern Aegean Sea
  33. Coherent diffraction imaging for enhanced fault and fracture network characterization
  34. Seismic diffraction imaging - a case study from the Southern Aegean Sea
  35. Application of diffraction wavefront tomography to GPR data from a glacier
  36. Automated estimation of englacial radar velocity from zero offset data; implications for glacier bed topography retrieval
  37. Recent advances and challenges of waveform‐based seismic location methods at multiple scales
  38. An introduction to seismic diffraction
  39. Locating a seismic source without knowledge of the medium
  40. An attempt at automated seismic imaging
  41. Seismic imaging in highly scattering media
  42. Extracting the high-resolution component of your data
  43. Data-driven identification of individual scattering structures
  44. Seismic diffraction - What is it about and why is it important?
  45. An unsupervised strategy for the global tagging of individual diffractions
  46. Extracting full-wavefield information on scattering structures
  47. A wavefront perspective on seismic data
  48. Making seismic diffraction usable in practice
  49. An implementation perspective on wavefronts and stacking
  50. A unified inversion scheme for diffractions and passive events
  51. Automated Single-Channel Data Inversion Using Diffractions
  52. Normal Moveout in a 3D Auxiliary Medium
  53. Quantifying Diffracted and Passive Event Location Uncertainties with Local Wavefront Measurements
  54. The Shifted Hyperbola in 3D
  55. The two faces of emerging wavefronts
  56. Utilizing diffractions increase the lateral resolution of wavefront tomography
  57. Improving the resolution of wavefront tomography by utilizing diffractions
  58. On the symmetry of diffracted wavefronts
  59. Detecting seismic sources by focusing wavefronts in depth
  60. A Competitive Comparison of Multi-parameter Stacking Approaches
  61. Automatic Joint Location and Velocity Inversion for Passive Seismic Data
  62. Kinematic Time Demigration with an Automatically Generated Velocity Model
  63. Utilizing Diffractions in Wavefront-based Tomography
  64. Prestack diffraction enhancement using a traveltime decomposition approach
  65. Efficient common-reflection-surface-based prestack slope determination for stereotomography
  66. Data-driven time migration using a multiparameter approach
  67. How optics can sharpen diffuse images of structures in the Earth's brittle crust
  68. Zero-offset Based Prediction of Common-offset Diffraction Traveltimes
  69. Shifted Hyperbola Revisited - The Two Faces of NMO
  70. Approximating back-scattered wavefronts for continuous and sharply changing interfaces
  71. Common reflection surface (CRS) based pre-stack diffraction separation
  72. Application of the 3D CRS Workflow in Crystalline Rock Environment
  73. Auxiliary Media - A Generalized View on Stacking
  74. Auxiliary Media - A Generalized View on Stacking
  75. From Zero-offset to Common-offset with Diffractions
  76. i-CRS: application of a new multi-parameter stacking approach to complex media
  77. Double-square root traveltime approximation for converted waves
  78. i-CRS: a new multiparameter stacking operator for an/isotropic media
  79. Implementation of Double Square Root Traveltime Approximation for Converted Waves