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The following HTML text is provided to enhance online readability. Many aspects of typography translate only awkwardly to HTML. Please use the page image as the authoritative form to ensure accuracy. Australia fluvial sediment discharge, 82 paleoflood records, 88 paleohydrological studies, 92-93 preserved paleochannels, 87 Australian Desert, 117 B Bacterial activity association with temperature and mineral dissolution, 39 Bactericides, 127 Baffin Island glaciated coastlines, sediment flux, 106-111 Baltic Sea sediment accumulation rates, 20 Bathymetry, 103 Bengal Delta, 83 Benthic flux chambers, 144-147 Benthic sediment flux diagenetic flux and sedimentation, 143-160 ocean sediment rain and burial, 125-141 Bering Sea sediment mass and accumulation rates, 21 Biogenic materials carbon removal from ocean, 139-140 ocean sediment biogenic aggregation, 136-139 silica flux, 101 Biostratigraphy, 108 Black Sea fluvial sediment discharge, 80 sediment mass and accumulation rates, 21 Black Waters, 63 Brahmaputra River sediment discharge, 76 Brahmaputra River, 83 British Columbia, 87 Burdekin River, 82 Buzzards Bay, Massachusetts, 158 C Calcite, 135 Calcium weathering rate, 39-40 Calcium compensation depth, 57 California Current ocean sediment rain and burial, 127-141 Canadian Arctic glaciated coastlines, sediment flux, 106-112 Canadian Rockies, 52 Canadian Shield erosion by Laurentide Ice Cap, 24 Cape Lookout Bight, 155 Carbon benthic diagenetic flux, 147-151 organic carbon as acidity source, 42 organic carbon ocean burial efficiency, 156-159 organic carbon ocean rain and burial, 129-141 removal of carbon from ocean, 139 Carbon dioxide atmosphere and water acidity, 38, 40-42 climate, weathering, and carbon dioxide, 54-55 glacial meltwater, 52 low atmospheric concentration and ocean carbon transfer, 132 Carbonate minerals benthic diagenetic flux and sedimentation, 147-160 dissolution and weathering rates, 35-40 glaciated coastlines, sediment flux, 110-111 ocean sediment rain and burial, 129-141 rivers, dissolved elements and sediment, 66-68 sea level rises and falls, effect on sedimentation, 22-23 sediment accumulation rates, 19 Caribbean benthic diagenetic flux and sedimentation, 149 Catastrophic events, 7 effect on chemical weathering, 30 Caucasus Mountains, 80 fluvial sediment discharge, 83 Chao Phya River, 82 Chemical reactions organic carbon degradation at seafloor, 145-160 Chemical weathering, 8 France, 63 glacial time scale, 46-58 Pleistocene-Holocene rates, 15-25 rates of dissolution and weathering, 30-43 China eolian dust transport and deposition, 117, 118 paleoflood records, 88 China Loess Plateau, 120 Chira River, 79 Clastic sediments, 23 Clasts, 53 Clathrates, 9 Clay, 129-130 glaciated coastlines, sediment sources, 108-111 Climatic changes carbon dioxide, weathering, and climate, 54-55 glacial sediment transport, 55-56 ice age and present, 47-48 tectonic activity and climate, 24-25 Cold regions rivers, dissolved elements and sediment, 71 Columbia River, 87-88 sediment discharge from Mount St. Helens, 84 Commission on Global Continental Paleohydrology (GLOCOPH), 90 Continental glaciation, 4 chemical weathering, 46-58 effect on forests, 55 glacial cataclysmic floods, 89-94 glacial-interglacial alternations, effect on sedimentation, 24 ice sheet temperature dynamics and water production, 51-53 Neoglaciation and paraglaciation, sediment flux, 105 sediment transport and deposition, 24 Continental margins, 5 active/passive margins and sedimentation, 83-84 benthic diagenic flux and sedimentation, 148-150 high-latitude glaciated, sediment flux, 100-113 Continental rises sediment mass and accumulation rates, 18-19 Continental shelf, 6 sediment accumulation rates, 22 high-latitude glaciated margins, sediment flux, 100-113 ice age exposure, 48-49 Cooper River, 82 Cooperative Holocene Mapping Project (COHMAP) paleohydrological mapping, 93
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