%0 Journal Article
%9 ACL : Articles dans des revues avec comité de lecture répertoriées par l'AERES
%A Amrouni, O.
%A Mahé, Gil
%A Abdeljaouad, S.
%A Abichou, H.
%A Hattour, A.
%A Akrout, N.
%A Bancon Montigny, C.
%A Benmoussa, T.
%A Ben Mustapha, K.
%A Chouba, L.
%A Chiarella, D.
%A Condomines, M.
%A Dezileau, L.
%A Dieulin, Claudine
%A Gaaloul, N.
%A Ghadoum, A.
%A Hzami, A.
%A Khelifi, N.
%A Khsiba, S.
%A Kotti, F.
%A Medhioub, M.
%A Missaoui, H.
%A Sabatier, F.
%A Sanchez, A.
%A Satta, A.
%A Sebei, A.
%A Ouertani, W.
%T Multidisciplinary approaches for the study of sediment discharges to the Mediterranean Sea to mitigate the impact of climate and anthropogenic activities on coastal environments
%B Paleobiodiversity and tectono-sedimentary records in the Mediterranean tethys and related eastern areas : proceedings of the 1st Springer Conference of the Arabian Journal of Geosciences (CAJG-1), Tunisia 2018
%C Cham
%D 2019
%E Boughdiri, M.
%E Badenas, B.
%E Selden, P.
%E Jaillard, Etienne
%E Bengtson, P.
%E Granier, B.R.C.
%L fdi:010078420
%G ENG
%I Springer
%@ 978-3-03-001451-3
%K SEDIMENTATION MARINE ; EVOLUTION ; FACTEUR CLIMATIQUE ; FACTEUR ANTHROPIQUE ; GEOMORPHOLOGIE ; COTE ; ECOSYSTEME ; ECOLOGIE ; GEOCHIMIE ; ZONE HUMIDE ; MER ; COURS D'EAU
%K MEDITERRANEE ; TUNISIE
%K MEDJERDA COURS D'EAU
%M ISI:000619257500082
%P 353-358
%R 10.1007/978-3-030-01452-0_84
%U https://www.documentation.ird.fr/hor/fdi:010078420
%> https://www.documentation.ird.fr/intranet/publi/2023-07/010078420.pdf
%W Horizon (IRD)
%X The present work is based on The RYSCMED project supported by PHC-UTIQUE 2016-2018 (16G 1005 -34854QC). The RYSCMED is an interdisciplinary project which gathers different disciplines (e.g. sedimentology, hydrology, geochemistry, ecology, paleontology, biochemistry, archeology) to quantify the sediment flow of the land-sea. This research aims at identifying coastal sediment dynamics (via the sand supply sources; i.e. Medjerda River) and hydrodynamic parameters to understand the local environmental problems in an urbanized coastal framework. The outcome is expected to produce original and new findings about the link between dams, river hydrology and sediment origin to the sea, with the impact of climate and anthropogenic activities on the coastal geomorphology and ecosystem sensitivity. The main scientific outcome will be addressed to the socio-economic actors to implement necessary solutions for remediating the Mediterranean coastal vulnerability. (Abstract author)
%S Advances in Science, Technology and Innovation
%B Conference of the Arabian Journal of Geosciences (CAJG-1)
%8 2018/11/12-15
%$ 064SEDIM