Inventory of armourstone

Natural armourstone is widely used for hydraulic works, both in the coastal domain and in border of rivers and torrents, especially to protect against flood and the effects of waves and currents. To meet the expectations associated with this resource, an inventory of armourstone quarries was realize...

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Main Authors: Le Turdu Valéry, Igigabel Marc, Barlier Sébastien, Masset Jean-Paul, Bodet Raphaël, Dumas Mikaël, Robert Nicolas, Berenger Bruno
Format: Article
Language:English
Published: EDP Sciences 2016-01-01
Series:E3S Web of Conferences
Online Access:http://dx.doi.org/10.1051/e3sconf/20160712006
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spelling doaj-b92e24fad6fa410489228d2d6274ae592021-03-02T10:26:33ZengEDP SciencesE3S Web of Conferences2267-12422016-01-0171200610.1051/e3sconf/20160712006e3sconf_flood2016_12006Inventory of armourstoneLe Turdu Valéry0Igigabel Marc1Barlier Sébastien2Masset Jean-Paul3Bodet Raphaël4Dumas Mikaël5Robert Nicolas6Berenger Bruno7CeremaCeremaCeremaCeremaUnion Nationale des Producteurs de GranulatsCompagnie Nationale du RhôneCeremaCeremaNatural armourstone is widely used for hydraulic works, both in the coastal domain and in border of rivers and torrents, especially to protect against flood and the effects of waves and currents. To meet the expectations associated with this resource, an inventory of armourstone quarries was realized on a national scale in France. This inventory informs not only about the localization of quarries but also about the quality and the availability of materials. To fully optimize this inventory in a dynamic format, the association of all actors of the sector was preferred to archival research. This partnership approach led to project deliverables that can constitute durably a shared reference. The database can indeed be updated regularly thanks to the contacts established with the professionals of quarries. The access to this database is offered to a wide public: maritime and fluvial ports, local authorities in charge of planning and managing structures that protect against flood and other hydraulic hazards. This new database was organized considering its importance on the operational plan. This led to a hierarchical organization at two levels for each quarry face: first level, a synthesis sheet brings the essential information to realize choices upstream to the operational phases. Second level, a detailed specification sheet presents the technical characteristics observed in the past on the considered face. The atlas has two information broadcasting formats: a pdf file with browsing functions and a geographical information system that allows remote request of the database. These two media have their own updating rhythms, annual for the first and continue for the second.http://dx.doi.org/10.1051/e3sconf/20160712006
collection DOAJ
language English
format Article
sources DOAJ
author Le Turdu Valéry
Igigabel Marc
Barlier Sébastien
Masset Jean-Paul
Bodet Raphaël
Dumas Mikaël
Robert Nicolas
Berenger Bruno
spellingShingle Le Turdu Valéry
Igigabel Marc
Barlier Sébastien
Masset Jean-Paul
Bodet Raphaël
Dumas Mikaël
Robert Nicolas
Berenger Bruno
Inventory of armourstone
E3S Web of Conferences
author_facet Le Turdu Valéry
Igigabel Marc
Barlier Sébastien
Masset Jean-Paul
Bodet Raphaël
Dumas Mikaël
Robert Nicolas
Berenger Bruno
author_sort Le Turdu Valéry
title Inventory of armourstone
title_short Inventory of armourstone
title_full Inventory of armourstone
title_fullStr Inventory of armourstone
title_full_unstemmed Inventory of armourstone
title_sort inventory of armourstone
publisher EDP Sciences
series E3S Web of Conferences
issn 2267-1242
publishDate 2016-01-01
description Natural armourstone is widely used for hydraulic works, both in the coastal domain and in border of rivers and torrents, especially to protect against flood and the effects of waves and currents. To meet the expectations associated with this resource, an inventory of armourstone quarries was realized on a national scale in France. This inventory informs not only about the localization of quarries but also about the quality and the availability of materials. To fully optimize this inventory in a dynamic format, the association of all actors of the sector was preferred to archival research. This partnership approach led to project deliverables that can constitute durably a shared reference. The database can indeed be updated regularly thanks to the contacts established with the professionals of quarries. The access to this database is offered to a wide public: maritime and fluvial ports, local authorities in charge of planning and managing structures that protect against flood and other hydraulic hazards. This new database was organized considering its importance on the operational plan. This led to a hierarchical organization at two levels for each quarry face: first level, a synthesis sheet brings the essential information to realize choices upstream to the operational phases. Second level, a detailed specification sheet presents the technical characteristics observed in the past on the considered face. The atlas has two information broadcasting formats: a pdf file with browsing functions and a geographical information system that allows remote request of the database. These two media have their own updating rhythms, annual for the first and continue for the second.
url http://dx.doi.org/10.1051/e3sconf/20160712006
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AT massetjeanpaul inventoryofarmourstone
AT bodetraphael inventoryofarmourstone
AT dumasmikael inventoryofarmourstone
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