Use of post-event surveys of impacts on railways for the evaluation of the IRIP method for surface runoff mapping

IRIP – Indicator of Intense Pluvial Runoff (French Acronym) – is a method to map the susceptibility of territories to surface runoff generation, transfer and accumulation. The method is based on a geomatic combination of landscape factors extracted from topography, land use and soil type. This study...

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Main Authors: Lagadec Lilly-Rose, Breil Pascal, Chazelle Blandine, Braud Isabelle, Moulin Loïc
Format: Article
Language:English
Published: EDP Sciences 2016-01-01
Series:E3S Web of Conferences
Online Access:http://dx.doi.org/10.1051/e3sconf/20160710005
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author Lagadec Lilly-Rose
Breil Pascal
Chazelle Blandine
Braud Isabelle
Moulin Loïc
author_facet Lagadec Lilly-Rose
Breil Pascal
Chazelle Blandine
Braud Isabelle
Moulin Loïc
author_sort Lagadec Lilly-Rose
collection DOAJ
description IRIP – Indicator of Intense Pluvial Runoff (French Acronym) – is a method to map the susceptibility of territories to surface runoff generation, transfer and accumulation. The method is based on a geomatic combination of landscape factors extracted from topography, land use and soil type. This study is part of the method evaluation process and suggests using information from post-event surveys of surface runoff events to evaluate the agreement between the IRIP maps and the field observations. Surface runoff susceptibility maps are produced at five meters resolution for three impact areas on railways with different infrastructure and environment configurations. First, information categories are extracted from the post-event surveys, and then the IRIP maps are analyzed to see if and how the information categories are retrieved. This study shows that the IRIP maps fit the impact description. The areas susceptible to surface runoff transfer fit the gullies locations and the areas susceptible to surface runoff accumulation fit the sediment deposit traces. The comparison also highlights that the IRIP maps can give further information on the event spatial dynamics. Given the simplicity and the robustness of the mapping method, IRIP can be a tool to perform surface runoff post-event surveys and to improve the surface runoff hazard assessment.
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spelling doaj.art-78f0255adca049f29c63ff37718c46382022-12-21T23:38:40ZengEDP SciencesE3S Web of Conferences2267-12422016-01-0171000510.1051/e3sconf/20160710005e3sconf_flood2016_10005Use of post-event surveys of impacts on railways for the evaluation of the IRIP method for surface runoff mappingLagadec Lilly-RoseBreil Pascal0Chazelle Blandine1Braud Isabelle2Moulin Loïc3IRSTEA, Hydrology-Hydraulics research unitSNCF Réseau, Engineering and Projects, Lines-Track-Environment departmentIRSTEA, Hydrology-Hydraulics research unitSNCF Réseau, Engineering and Projects, Lines-Track-Environment departmentIRIP – Indicator of Intense Pluvial Runoff (French Acronym) – is a method to map the susceptibility of territories to surface runoff generation, transfer and accumulation. The method is based on a geomatic combination of landscape factors extracted from topography, land use and soil type. This study is part of the method evaluation process and suggests using information from post-event surveys of surface runoff events to evaluate the agreement between the IRIP maps and the field observations. Surface runoff susceptibility maps are produced at five meters resolution for three impact areas on railways with different infrastructure and environment configurations. First, information categories are extracted from the post-event surveys, and then the IRIP maps are analyzed to see if and how the information categories are retrieved. This study shows that the IRIP maps fit the impact description. The areas susceptible to surface runoff transfer fit the gullies locations and the areas susceptible to surface runoff accumulation fit the sediment deposit traces. The comparison also highlights that the IRIP maps can give further information on the event spatial dynamics. Given the simplicity and the robustness of the mapping method, IRIP can be a tool to perform surface runoff post-event surveys and to improve the surface runoff hazard assessment.http://dx.doi.org/10.1051/e3sconf/20160710005
spellingShingle Lagadec Lilly-Rose
Breil Pascal
Chazelle Blandine
Braud Isabelle
Moulin Loïc
Use of post-event surveys of impacts on railways for the evaluation of the IRIP method for surface runoff mapping
E3S Web of Conferences
title Use of post-event surveys of impacts on railways for the evaluation of the IRIP method for surface runoff mapping
title_full Use of post-event surveys of impacts on railways for the evaluation of the IRIP method for surface runoff mapping
title_fullStr Use of post-event surveys of impacts on railways for the evaluation of the IRIP method for surface runoff mapping
title_full_unstemmed Use of post-event surveys of impacts on railways for the evaluation of the IRIP method for surface runoff mapping
title_short Use of post-event surveys of impacts on railways for the evaluation of the IRIP method for surface runoff mapping
title_sort use of post event surveys of impacts on railways for the evaluation of the irip method for surface runoff mapping
url http://dx.doi.org/10.1051/e3sconf/20160710005
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