 Rodier J., 2005. L’analyse de l’eau : eaux naturelles, eaux résiduaires et eaux de mer.
Edition :DUNOD, 8ème édition, Paris, 1384 P
 Swift, D.J.P., Niedoroda, A.W., Vincent, C.E. ET Hopkins, T.S. (1985). Barrier
island evolution, middle Atlantic shelf, USA, part I: shoreface dynamics. Marine
Geology 63: 331-361.
 U.N.E.P/I.A.E.A ;1985 b. : Determination of total copper in marine sediment by
flameless atomic absorption spectrometry. (Draft) Reference methods for marine
pollution studies, UNEP, N°33. 13 p
 U.N.E.P/I.A.E.A ;1985 a. : Determination of total chromium in marine sediment by
flameless atomic absorption spectrometry. (Draft) Reference methods for marine
pollution studies, UNEP, N°31. 13 p
 UNEP/IAEA ;1985a. : Determination of total chromium in marine sediment by
flameless atomic absorption spectrophotometry. (Draft) Reference Method for Marine
pollution Studies, n°31, UNEP. 13 p
 UNEP/IAEA ;1985b. : Determination of total copper in marine sediment by flameless
atomic absorption spectrophotometry. (Draft) Reference Method for Marine pollution
Studies, n°33, UNEP. 13 p
 UNEP/IAEA ;1986C. :Determination of total Manganese in marine sediment by
flameless atomic absorption spectrophotometry. (Draft) Reference Method for Marine
pollution Studies, n°38, UNEP. 10 p
 Vatan A. ; 1967 : Manuel de sédimentologie. EdtTechnip, France. 397p
 Weydert. P., 1976: Définition d’un modèle sédimentaire en milieu récifal : la baie de
Tulear (côte SW de Madagascar).Revue Géographie physique Géologie dynamique,
18(1), 67-92.
 www.u-picardie.fr/beauchamp/cours-sed/sed-0.html