Abstract
This paper presents data obtained between 1983 and 1989 on concentration of heavy metals in sediments of five Cuban bays having different physical and geographical characteristics and differing degrees of anthropogenic activities. Data are normalized with respect to Al, Fe, and organic content and processed through statistical techniques of multivariate analysis. The degree of heavy metal pollution among the harbors decreases in the following order: Havana, Santiago de Cuba, Cienfuegos ≈ Matanzas, Cárdenas
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Ablanedo N, González H, Ramírez M & Torres I. (1990) Evaluación del erizo de marEchinometra lucunter como indicador de contaminación por metales pesados. Aquatic Living Resources 3: 113–120
Badri MA & Aston SR (1983) Observations on heavy metal geochemical associations in polluted and non-polluted estuarine sediments. Environmental Pollution (B)6: 181–193
Becerra M & Díaz G (1985) Contaminación urbana Cáp. VIII: 340–353, Tomo I. Volumen II-Resultados. Investigación y control de la contaminación marina en la bahía de La Habana. Proyecto Cub/80/001 PNUD-PNUMA-UNESCO
Becerra M, González H, Díaz G, Espinosa M & Alvarez R (1985) Pollution loads from electric power plants to the Havana Bay. Environment Protection Engineering 11: 47–57
Boothe PN & Presley BJ (1987) The effects of exploratory petroleum drilling in the Northwest Gulf of Mexico on trace metal concentrations in near rig sediments and organisms. Environmental Geology Water Science 9: 173–182
Cato I (1989) Normalization of heavy metal data by the gradient method. ICES WG MSRP, Savannah, Georgia, WGMS 1989/3.2
Dissanayake CB, Tobschall HJ, Palme H, Rast U & Spettel B (1983) The abundance of some major and trace elements in highly polluted sediments from the Rhine River near Maniz, West Germany. The Science of the Total Environment 29: 234–260
Espinosa M, Acosta R & Tur A (1985) Contaminación industrial. Cáp VII: 281–339, Tomo I, Volumen II-Resultados. Investigación marina en la bahía de La Habana. Proyecto CUB/80/001 PNUD-PNUMA-UNESCO
Forstner U & Wittmann G (1979) Metal pollution in the aquatic environment. Springer-Verlag, Berlin-Heidelberg, 486 pp
González H (1989) Estudio de la contaminación marina por metales pesados en algunas áreas cubanas. Ph.D. thesis, National Center for Scientific Research, Havana, 98 pp
González H & Brugmann L (1989) Heavy metals in sediments of Matanzas Bay, Cuba. Chemistry and Ecology 4: 37–46
González H. & Brugmann L (1991) Heavy metals in littoral deposits off Havana City, Cuba. Chemistry and Ecology 5: 171–179
González H, Lera L & Torres I (1985) Heavy metal distribution in surface sediments and core samples from Havana Bay, Cuba. International Conference “Heavy Metals in the Environment”. Athens 2: 424–426
González H & Torres I (1988) Distribución de mercurio en sedimentos de bahías cubanas. Revista Cubana de Química IV(2): 47–55
González H, Torres I & Lera L (1985) Metales pesados en sedimentos de la bahía de Santiago de cuba. Memorias XI Conferencia de Química II Congreso Sociedad Cubana de Quimica, Libro IV: 117–122
Larsen PF, Zdanowicz V, Johnson AC & Doggett LF (1983) Trace metals in New England marine sediments: Casco Bay, Maine, in relation to other sites. Chemistry in Ecology 1: 191–200
Pelletier E & Canuel G (1988) Trace metals in surface sediments of the Saguenay Fjord, Canada. Marine Pollution Bulletin 19: 336–338
Ramírez M, González H, Ablanedo N & Torres I (1988) Mercurio en gónadas del erizo de marLytechinus varieqatus. Memorias Quimindustriá 88, Química Aplicada, Tomo I: 223–225
Ramírez M González H Ablanedo N & Torres I (1990) Heavy metals in macroalgae of Havana's littoral, Cuba. Chemistry and Ecology 4: 49–55
Rebordedo F & Pais J (1984) Trace metal content of sediments of the salt marsh of Sado estuary-Portugal. The importance of the organic mater in the binding of metal ions. Third International Symposium ‘Interactions between sediments and water', Geneve, (pp 267–279)
Robbe D (1984) Interprétation des teneurs en éléments métalliques associés aux sédiments. Rapport des laboratoires, LCPC. Serie Environment et génie urbain, EG-1, 149 pp
Salomons W & Forstner U (1984) Metals in the Hydrocycle. Springer-Verlag, Berlin-Heidelberg, 349 pp
Thomson EA, Luoma SN, Johansson CE & Cain DJ (1984) Comparison of sediments and organisms in identifying sources of biologically available trace metal contamination. Water Research 18: 755–765
Trocine RP & Trefry JH (1983) Particulate metal tracers of petroleum drilling mud dispersion in the marine environment. Environmental Science and Technology 17: 507–512
Villasol A, Maldonado A & Quintana H (1985) Geología marina. Cáp. V: 132–218. Tomo I. Volumen II-Resultados. Investigación marina en la bahía de La Habana. Proyecto CUB/80/001 PNUD-PNUMA-UNESCO
Wheeler RB, Schwarzer RR & Anderson JB (1978) Assessment of environmental impact of offshore production in the Buccaneer oil field: sedimentologic and geochemical results. Proceedings, offshore technology conference, Houston, Texas, OTC 3082: 285–290