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1. Smartphone Structure-from-Motion Photogrammetry from a Boat for Coastal Cliff Face Monitoring Compared with Pléiades Tri-Stereoscopic Imagery and Unmanned Aerial System Imagery

2. The potential of Pléiades images with high angle of incidence for reconstructing the coastal cliff face in Normandy (France)

3. Examining high-resolution survey methods for monitoring cliff erosion at an operational scale

4. Adequacy of pseudo-direct georeferencing of terrestrial laser scanning data for coastal landscape surveying against indirect georeferencing

5. Collaborative Science to Enhance Coastal Resilience and Adaptation

6. A strategy for monitoring systemic vulnerability to marine erosion and flooding

7. Une méthode de suivi de la vulnérabilité systémique à l’érosion et la submersion marines

8. Systemic vulnerability of coastal territories to erosion and marine flooding: A conceptual and methodological approach applied to Brittany (France)

9. Experimental field study on the fatigue and failure mechanisms of coastal chalk cliffs: Implementation of a multi-parameter monitoring system (Sainte-Marguerite-sur-Mer, France)

10. Marine and subaerial controls of coastal chalk cliff erosion in Normandy (France) based on a 7-year laser scanner monitoring

11. Three-dimensional (3D) reconstructions of the coastal cliff face in Normandy (France) based on oblique Pléiades imagery: assessment of Ames Stereo Pipeline® (ASP®) and MicMac® processing chains

12. Contribution of oblique satellite imagery to monitor and understand the coastal cliff erosion in France and Greece

13. Studies of 'cliff erosion' and 'coastal flooding' hazards (France, Greece, Canada)

14. A strategy for monitoring systemic vulnerability to marine erosion and flooding

15. Évaluation de l’imagerie Pléiades pour le suivi du front de falaise en Normandie

16. Experimental field study on the fatigue and failure mechanisms of coastal chalk cliffs: implementation of a multi-parameter monitoring in Sainte-Marguerite-sur-Mer (Seine-Maritime, France)

17. Combination of aerial and near surface methods. Application at two different types of coast and landslides (Normandy cliffs, France)

18. UAV survey of a coastal cliff face – Selection of the best imaging angle

19. Evolution générale du littoral et des fonds

20. Conditions météo-marines responsables des inondations par la mer en Manche orientale française

21. High-resolution monitoring of complex coastal morphology changes: cross-efficiency of SfM and TLS-based survey (Vaches-Noires cliffs, Normandy, France)

22. Examining high-resolution survey methods for monitoring cliff erosion at an operational scale

23. Statistical and empirical analyses of the triggers of coastal chalk cliff failure

24. Taux d’ablation des falaises crayeuses haut-normandes : l’apport du scanner laser terrestre

25. Hard rock cliff erosion in Brittany (France): Impact of subaerial and marine agents and processes on rock micro-fracturing

26. Suivi de l’évolution des processus hydrogravitaires des falaises des Vaches Noires par analyse multi-méthodes (Calvados, Normandie, France)

27. Processes and mechanisms governing hard rock cliff erosion in western Brittany, France

28. Impacts des vagues et de la circulation d’eau sur la microfracturation des falaises rocheuses : mise en place d’un suivi multiparamètre en Bretagne

29. Adequacy of pseudo-direct georeferencing of terrestrial laser scanning data for coastal landscape surveying against indirect georeferencing

30. Spatial analysis of coastal chalk cliff falls in upper Normandy (France). From Veules-les-Roses to Le Treport (2002-2009)

31. Vitesses et modalités de recul des falaises crayeuses de Haute-Normandie (France) : méthodologie et variabilité du recul

32. Suivi de la dynamique des falaises argilo-marneuses par scanner laser terrestre et photogrammétrie (Calvados, Normandie) depuis septembre 2014

33. Le projet CROCO-DYL : Les côtes rocheuses : comparaison de sites et de leurs dynamiques pour quantifier le recul littoral court et long terme

34. Apport du scanner laser terrestre pour la compréhension du recul des falaises crayeuses hautes normandes

35. Six années de suivi de l’érosion des falaises crayeuses en Seine-Maritime au scanner laser terrestre

36. Coastal flooding hazard mapping in Normandy: dynamic and static method comparison

37. Landslide detection and monitoring capability of boat-based mobile laser scanning along Dieppe coastal cliffs, Normandy

38. Le scanner laser terrestre : intérêts pour le suivi des dynamiques des côtes à falaises crayeuses

39. The Hydro-sedimentary System of the Upper-Normandy Coast: Synthesis

40. Taux d'ablation, modalités et agents responsables du recul des falaises crayeuses haut-normandes : l'apport du scanner laser terrestre

41. Hazard of coastal chalk cliff erosion in Upper Normandy: the contribution of terrestrial laser scanning about the understanding of ablation rates, modalities and agents responsible for retreat

42. L'apport du scanner laser terrestre dans la compréhension du recul des falaises

43. Long term evolution of ‘Les Vaches Noires’ cliffs and spatio-temporal occurrence of landslides (Calvados, Basse-Normandie, France). First preliminary results

44. Coupling terrestrial and marine datasets for coastal hazard assessment and risk reduction in changing environments – A EUR-OPA Major Hazards Agreement Project

45. Les submersions marines en Manche orientale : approche inductive et naturaliste pour la caractérisation des facteurs responsables des inondations par la mer

46. Mobile Laser Scanning along Dieppe coastal cliffs: reliability of the acquired point clouds applied to rockfall assessments

47. Les submersions de tempête de la nuit du 10 au 11 mars 2008 sur la côte d’Albâtre (Haute-Normandie, France) : détermination météo-marine

48. Effondrements des falaises crayeuses en Haute-Normandie

49. Coastal Flooding Events on the French coast of the Eastern English Channel: the Result of a Combination of Meteorological, Marine, and Morphological Factors

50. Vers la caractérisation des phénomènes météo-marins responsables des inondations par la mer des côtes basses en Manche orientale

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