Assessment of torrential flood hazard in Haut-Vallespir needed quantification of slope supplies to torrents, resulting from erosion processes. A methodology was achieved an then validated with the help of data gathered upon the cataclysmic flood on october, 1940. / L'estimation des risques de crue torentielle dans le Haut-Vallespir a nécessité la quantification des apports de matériaux aux torrents par érosion des versants. Une méthodologie a été mise au point puis validée à partir des observations recueillies sur la crue catastrophique d'octobre 1940
Abstract In the massif of Gigondas, the September 22 th, 1992 storm rainfall (more than 200 mm in 4h...
The Highlands of the French Central Massive are regularly affected by localized violent storms, resu...
[Departement_IRSTEA]Eaux [TR1_IRSTEA]RIVAGE [ADD1_IRSTEA]Hydrosystèmes et risques naturelsInternatio...
In order to study prevention or protection rules, it was necessary to define possible torrential flo...
The Haut-Vallespir (Haut-Tech watershed, Eastern Pyrenees, 308 km2) can be submitted to very heavy t...
Abstract The Riou Chanal is one of the first torrents in France to have undergone corrective measure...
Abstract The Verdarel torrent is located in the lower portion of the Guisane valley, near the city o...
En montagne, les fortes précipitations sont à l'origine de phénomènes naturels souvent très violents...
The so-called " torrential " floods which occur periodically raise a definition problem. Based on th...
Steep slope stream hydraulics, i.e. mountain-rivers’ hydraulics is a complicated field of works. It ...
The need for mitigating torrential hazards in mountainous areas has increased in the recent years. A...
Prediction of sediment yield from torrential basins is an important objective for research upon torr...
In torrent risks engineering, the practitioners are at present confronted with a problem of manageme...
Torrents, avalanches and a forest in Central Pyrenees. The famous Laou d'Esbas in the Central Pyréné...
Debris flows constitute a major natural risk in mountainous areas. Debris flows consist of a highly ...
Abstract In the massif of Gigondas, the September 22 th, 1992 storm rainfall (more than 200 mm in 4h...
The Highlands of the French Central Massive are regularly affected by localized violent storms, resu...
[Departement_IRSTEA]Eaux [TR1_IRSTEA]RIVAGE [ADD1_IRSTEA]Hydrosystèmes et risques naturelsInternatio...
In order to study prevention or protection rules, it was necessary to define possible torrential flo...
The Haut-Vallespir (Haut-Tech watershed, Eastern Pyrenees, 308 km2) can be submitted to very heavy t...
Abstract The Riou Chanal is one of the first torrents in France to have undergone corrective measure...
Abstract The Verdarel torrent is located in the lower portion of the Guisane valley, near the city o...
En montagne, les fortes précipitations sont à l'origine de phénomènes naturels souvent très violents...
The so-called " torrential " floods which occur periodically raise a definition problem. Based on th...
Steep slope stream hydraulics, i.e. mountain-rivers’ hydraulics is a complicated field of works. It ...
The need for mitigating torrential hazards in mountainous areas has increased in the recent years. A...
Prediction of sediment yield from torrential basins is an important objective for research upon torr...
In torrent risks engineering, the practitioners are at present confronted with a problem of manageme...
Torrents, avalanches and a forest in Central Pyrenees. The famous Laou d'Esbas in the Central Pyréné...
Debris flows constitute a major natural risk in mountainous areas. Debris flows consist of a highly ...
Abstract In the massif of Gigondas, the September 22 th, 1992 storm rainfall (more than 200 mm in 4h...
The Highlands of the French Central Massive are regularly affected by localized violent storms, resu...
[Departement_IRSTEA]Eaux [TR1_IRSTEA]RIVAGE [ADD1_IRSTEA]Hydrosystèmes et risques naturelsInternatio...