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Chemistry of marine water and sediments
Gianguzza, A.; Pelizzetti, E.; Sammartano, S. (Ed.) (2002). Chemistry of marine water and sediments. Environmental Science Series. Springer: Berlin. ISBN 3-540-42055-X. XVIII, 508, ill. fig. pp. https://dx.doi.org/10.1007/978-3-662-04935-8
Part of: Environmental Science Series. Springer-Verlag: New York. ISSN 2212-778X, more

Available in  Authors 
    VLIZ: Chemistry CHE.10 [101027]

Keywords
    Environments > Aquatic environment > Marine environment
    Organic matter
    Properties > Physical properties
    Sediment
    Sediments > Chemical sediments
    Sediments > Chemical sediments > Metalliferous sediments
    Water > Sea water
    Marine/Coastal

Authors  Top 
  • Gianguzza, A., editor
  • Pelizzetti, E., editor
  • Sammartano, S., editor

Content
  • Millero, F.J. (2002). Sea water as an electrolyte, in: Gianguzza, A. et al. (Ed.) Chemistry of marine water and sediments. Environmental Science Series, : pp. 3-34, more
  • Prospero, J.M. (2002). The chemical and physical properties of marine aerosols: an introduction, in: Gianguzza, A. et al. (Ed.) Chemistry of marine water and sediments. Environmental Science Series, : pp. 35-82, more
  • Pelizzetti, E.; Calza, P. (2002). Photochemical processes in the euphotic zone of sea water: progress and problems, in: Gianguzza, A. et al. (Ed.) Chemistry of marine water and sediments. Environmental Science Series, : pp. 83-103, more
  • Hedges, J.I. (2002). Sedimentary organic matter preservation and atmospheric O2 regulation, in: Gianguzza, A. et al. (Ed.) Chemistry of marine water and sediments. Environmental Science Series, : pp. 105-123, more
  • Lee, C. (2002). Particulate organic matter composition and fluxes in the sea, in: Gianguzza, A. et al. (Ed.) Chemistry of marine water and sediments. Environmental Science Series, : pp. 125-146, more
  • Wakeham, S. (2002). Diagenesis of organic matter at the water-sediment interface, in: Gianguzza, A. et al. (Ed.) Chemistry of marine water and sediments. Environmental Science Series, : pp. 147-164, more
  • Morse, J.W. (2002). Sedimentary geochemistry of the carbonate and sulphide systems and their potential influence on toxic metal bioavailability, in: Gianguzza, A. et al. (Ed.) Chemistry of marine water and sediments. Environmental Science Series, : pp. 164-189, more
  • Millero, F.; Pierrot, D. (2002). Speciation of metals in natural water, in: Gianguzza, A. et al. (Ed.) Chemistry of marine water and sediments. Environmental Science Series, : pp. 193-220, more
  • De Stefano, C.; Foti, C.; Gianguzza, A.; Piazzese, D.; Sammartano, S. (2002). Binding ability of inorganic major components of sea water toward some classes of ligands, metal and organometallic cations, in: Gianguzza, A. et al. (Ed.) Chemistry of marine water and sediments. Environmental Science Series, : pp. 221-261, more
  • Grenthe, I. (2002). Equilibrium analysis, the ionic medium method and activity factors, in: Gianguzza, A. et al. (Ed.) Chemistry of marine water and sediments. Environmental Science Series, : pp. 263-282, more
  • Sastre de Vicente, M.E.; Vilariño, T. (2002). Acid-base equilibria in saline media: application of the mean spherical approximation, in: Gianguzza, A. et al. (Ed.) Chemistry of marine water and sediments. Environmental Science Series, : pp. 283-294, more
  • Ferri, D.; Manfredi, C.; Vasca, E.; Fontanella, C.; Caruso, V. (2002). Modelling of natural fluids: are the available databases adequate for this purpose?, in: Gianguzza, A. et al. (Ed.) Chemistry of marine water and sediments. Environmental Science Series, : pp. 295-305, more
  • Preston, M.R. (2002). Endocrine-disrupting chemicals in marine environment, in: Gianguzza, A. et al. (Ed.) Chemistry of marine water and sediments. Environmental Science Series, : pp. 309-324, more
  • Petrosyan, V.S. (2002). Chemistry of organic toxicants in marine environment, in: Gianguzza, A. et al. (Ed.) Chemistry of marine water and sediments. Environmental Science Series, : pp. 324-335, more
  • Pellerito, L.; Barbieri, R.; Di Stefano, R.; Scopelliti, M.; Pellerito, C.; Fiore, T.; Triolo, F. (2002). Toxic effects of organometallic compounds towards marine biota, in: Gianguzza, A. et al. (Ed.) Chemistry of marine water and sediments. Environmental Science Series, : pp. 337-381, more
  • Worsfold, P.J.; Achterberg, E.P.; Bowie, A.R.; Sandford, R.; Cannizzaro, V.; Gardolinski, P. (2002). Flow injection techniques for the in situ monitoring of marine processes, in: Gianguzza, A. et al. (Ed.) Chemistry of marine water and sediments. Environmental Science Series, : pp. 385-402, more
  • Roda, A.; Pasini, P.; Guardigli, M. (2002). Luminescence for the analysis of organic compounds in natural waters, in: Gianguzza, A. et al. (Ed.) Chemistry of marine water and sediments. Environmental Science Series, : pp. 403-413, more
  • Mascini, M. (2002). Affinity electrochemical biosensors for pollution control, in: Gianguzza, A. et al. (Ed.) Chemistry of marine water and sediments. Environmental Science Series, : pp. 415-422, more
  • Wakeham, S. (2002). Palaeoenvironmental reconstructions using stable carbon isotopes and organic biomarkers, in: Gianguzza, A. et al. (Ed.) Chemistry of marine water and sediments. pp. 423-443, more
  • Rivaro, P.; Frache, R. (2002). Studies of water masses mixing in the Ross Sea (Antarctica) using chemical tracers, in: Gianguzza, A. et al. (Ed.) Chemistry of marine water and sediments. Environmental Science Series, : pp. 445-454, more
  • Ianni, C.; Ruggieri, N. (2002). Solid speciation and selective extraction procedures: trace metal distribution and speciation in coastal sediments of the Adriatic Sea, in: Gianguzza, A. et al. (Ed.) Chemistry of marine water and sediments. Environmental Science Series, : pp. 455-468, more
  • Pettine, M.; Patrolecco, L.; Capri, S. (2002). Organic matter sources and dynamics in northern Adriatic coastal water, in: Gianguzza, A. et al. (Ed.) Chemistry of marine water and sediments. Environmental Science Series, : pp. 469-484, more

Abstract
    The most important processes on the Earth`s surface occur in the Ocean where materials and energy are primarily exchanged. In the case of marine chemistry different fields of chemistry from organic to inorganic as well as thermodynamics and biochemistry are involved. Analytical Chemistry is a very important tool for the quantification of biogeochemical processes by providing correct and even more sophisticated methodologies. These are often directly applied "in situ", in order to detect trace and ultra-trace natural and anthropogenic substances. Kinetic and thermodynamic studies allow us to establish whether the process occurs. Once discovered it is then possible to build up general models for environmental systems.

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