Particle flux in the South Atlantic.- Inverse Modeling of Particulate Organic Carbon Fluxes in the South Atlantic.- Transfer of Particles into the Deep Atlantic and the Global Ocean: Control of Nutrient Supply and Ballast Production.- Radionuclides as Tracers for Particle Flux and Transport of Water Masses in the Atlantic Sector of the Southern Ocean.- Heterotrophic Particle-Associated Bacteria from the South Atlantic: A Community of Marine Microorganisms with a High Organic Carbon Degradation Potential.- Documentation of the Marine Environment in Microfossil Assemblages and Stable Isotopes.- Contribution of Calcareous Plankton Groups to the Carbonate Budget of South Atlantic Surface Sediments.- Coccolithophorid and Dinoflagellate Synecology in the South and Equatorial Atlantic: Improving the Paleoecological Significance of Phytoplanktonic Microfossils.- The South Atlantic Oxygen Isotope Record of Planktic Foraminifera.- Nitrogen Isotopes in Sinking Particles and Surface Sediments in the Central and Southern Atlantic.- C37-Alkenones as Paleotemperature Tool: Fundamentals Based on Sediment Traps and Surface Sediments from the South Atlantic Ocean.- Stable Carbon Isotopic Composition of the C37:2 Alkenone: A Proxy for CO2(aq) Concentration in the Oceanic Surface Waters?.- Physical Sedimentary Records of Paleoenvironmental and Depositional Conditions.- Late Quaternary Terrigenous Sedimentation in the Western Equatorial Atlantic: South American versus African Provenance Discriminated by Magnetic Mineral Analyses.- Integrated Rock Magnetic and Geochemical Quantification of Redoxmorphic Iron Mineral Diagenesis in Late Quaternary Sediments from the Equatorial Atlantic.- Magnetic Signals in Plio-Pleistocene Sediments of the South Atlantic: Chronostratigraphic Usability and Paleooecanographic Implications.- Congo Fan Neogene and Quaternary Sedimentation: Interplay of Riverine and Current Induced Deposition.- Source and Transport Signatures of the Terrigenous Sediment Fraction.- Terrigenous Signals in Sediments of the Low Latitude Atlantic - Implications for Environmental Variations during the Late Quaternary: Part I: Organic Carbon.- Terrigenous Signals in Sediments of the Low Latitude Atlantic - Indications to Environmental Variations during the Late Quaternary: Part II: Lithogenic Matter.- Surface Sediment Bulk Geochemistry and Grain-Size Composition Related to the Oceanic Circulation along the South American Continental Margin in the Southwest Atlantic.- Terrigenous Sediment Supply in the Polar to Temperate South Atlantic: Land-Ocean Links of Environmental Changes during the Late Quaternary.- Early Diagenetic Processes and Preservation of Primary Signals.- Fluxes at the Benthic Boundary Layer — A Global View from the South Atlantic.- Processes and Signals of Non-Steady-State Diagenesis in Deep-Sea Sediments and their Pore Waters.- Late Quaternary Sedimentation and Early Diagenesis in the Equatorial Atlantic Ocean: Patterns, Trends and Processes Deduced from Rock Magnetic and Geochemical Records.- History of Upper Ocean Circulation.- The Late Pleistocene South Atlantic and Southern Ocean Surface - A Summary of Time-Series Studies.- The Atlantic Ocean at the Last Glacial Maximum: 1. Objective Mapping of the GLAMAP Sea-Surface Conditions.- The Atlantic Ocean at the Last Glacial Maximum: 2. Reconstructing the Current Systems with a Global Ocean Model.- Inverse Modeling of the Glacial Atlantic Circulation under Geostrophic Side Conditions.- Paleoceanographic Changes in the Northern Benguela Upwelling System Over the Last 245.000 Years asDerived from Planktic Foraminifera Assemblages.- History of Bottom and Deep Water Circulation.- Carbon Isotopes of Live Benthic Foraminifera from the South Atlantic: Sensitivity to Bottom Water Carbonate Saturation State and Organic Matter Rain Rate.- Carbonate Preservation in Deep and Intermediate Water Masses in the South Atlantic: Evaluation and Geological Record (a Review).- Last Glacial to Holocene Changes in South Atlantic Deep Water Circulation.- Last Glacial ?13C Distribution and Deep-Sea Circulation in the Atlantic Ocean: A Model — Data Comparison.