Jean-Luc PEIRY

Dr. Jean-Luc PEIRY

orcid

Research Focus & Metrics

Academic Career Length

40Years (1987-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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19 September 2005 in River Research and Applications
Verified
Journal Article
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JSJ. Steiger
J. Steiger
ETE. Tabacchi
E. Tabacchi
SDS. Dufour
S. Dufour
DCD. Corenblit
D. Corenblit
JPJean-Luc PEIRY
Jean-Luc PEIRY

1 January 1997 in Regulated Rivers: Research & Management
Verified
Journal Article
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JBJean-Paul Bravard
Jean-Paul Bravard
CAClaude Amoros
Claude Amoros
GPGuy Pautou
Guy Pautou
Gudrun BornetteGudrun Bornette
Gudrun Bornette
MBMichel Bournaud
Michel Bournaud
HTHenri Tachet
Henri Tachet

17 June 2006 in Hydrobiologia
Verified
Journal Article
Closed access
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ABAude Beauger
Aude Beauger
NLN. Lair
N. Lair
PRP. Reyes-Marchant
P. Reyes-Marchant
JPJean-Luc PEIRY
Jean-Luc PEIRY

1 December 1999 in Geomorphology
Verified
Journal Article
Closed access
JBJ.-P Bravard
J.-P Bravard
NLN Landon
N Landon
JPJean-Luc PEIRY
Jean-Luc PEIRY
HPH Piégay
H Piégay

24 February 2013 in Ecohydrology
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Journal Article
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ACAna Casado
Ana Casado
DHDavid M. Hannah
David M. Hannah
JPJean-Luc PEIRY
Jean-Luc PEIRY
ACAlicia M. Campo
Alicia M. Campo

1 January 2009 in Géomorphologie : relief, processus, environnement
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Journal Article
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GFGilles ARNAUD- FASSETTA
Gilles ARNAUD- FASSETTA
LALaurent Astrade
Laurent Astrade
ÉBÉric Bardou
Éric Bardou
JCJeannine Corbonnois
Jeannine Corbonnois
DDDaniel Delahaye
Daniel Delahaye
MPMarie-Josée Penven
Marie-Josée Penven
This paper focuses on the contribution of fluvial geomorphology to flood management. We define what fluvial geomorphologists understand by “fluvial risk” and examine the relationship between fluvial geomorphology and fluvial hazards. The paper details how fluvial geomorphology can present innovative approaches to flood prevention, river maintainance and floodplain restoration. Management of soil erosion and floodwaters is the key question in the plateaus and plains of northern France. In mountainous terrain, strong connectivity between the slopes and high order streams induces permanent risk for local people living near the river, on alluvial fans or on the lower river terraces as demonstrated in the French Alps and in Nepal Himalayas. Management of debris flows resulting from interaction of erosion processes on the slopes and valley bottom is of fundamental importance. The paper highlights the diversity of concepts and methods, such as hydrogeomorphological mapping, sediment budget and functional flood areas, developed by fluvial geomorphologists in order to understand spatio-temporal variability of flood hazard and induced flood risk in temperate, Mediterranean and mountainous areas. The discussion places the existing research in the context of the main ecological issues, future climate change and the constraints imposed by the land-use conflicts, political and social choices and the need to preserve natural heritage.