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1. Sediment Dynamics and Channel Adjustments Following Torrential Floods in an Upper Alpine Valley (Guil River, Southern French Alps)

2. Upgrading of an index-oriented methodology for consequence analysis of natural hazards: application to the Upper Guil catchment (southern French Alps)

3. Volumes of sediment stored in an Alpine catchment using geological, geomorphological and geophysical expertise: Peynin catchment (Queyras, Southern French Alps)

5. Landslide Hazard Assessment and Mapping in the Guil Catchment (Queyras, Southern French Alps) From Landslide Inventory to Suscepbility Modelling

6. Sediment tracing from small torrential channels to gravel-bed rivers using pit tags method. A case study from the upper Guil catchment

7. Torrential activity facing global change in Southern French Alps

8. Physical, social and institutional vulnerability assessment in small Alpine communities. Results of the SAMCO-ANR project in the Upper Gul valley (French Alps)

9. Gravel sediment tracing from small torrents to trunk channels using pit-tags method: A case study from the upper Guil catchment (Queyras, French Alps)

10. Physical, social and institutional vulnerability assessment in small Alpine communities. Results of the SAMCO-ANR project in the Upper Guil Valley (French Southern Alps)

11. From hydro-geomorphological mapping to sediment transfer evaluation in the Upper Guil Catchment (Queyras, French Alps)

12. Sediment Budget Analysis and Hazard Assessment in the Peynin, a Small Alpine Catchment (Upper Guil River, Southern Alps, France)

13. Tracing the contribution of debris flow-dominated channels to gravel-bed torrential river channel: implementing pit-tags in the upper Guil River (French Alps)

14. Typology of potential high contribution areas in the sediment budget in the Upper Guil Catchment (Queyras, French Alps)

15. Sediment tracing and use of terrestrial laser scanning (TLS) for monitoring and modelling hydrological and sedimentary processes in the Upper Guil Catchment (Queyras, French Alps)

16. Use of terrestrial laser scanning (TLS) for monitoring geomorphic processes and sediment transfer in the Upper Guil Catchment (Queyras, French Alps)

17. Physical and institutional vulnerability assessment method applied in Alpine communities. Preliminary Results of the SAMCO-ANR Project in the Guil Valley (French Southern Alps)

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