Index Catalog // ScholarsArchive@OSU

Creator:: Goni, Miguel A., Monacci, Natalie, Gisewhite, Rachel, Crockett, John, Nittrouer, Charles, Ogston, Andrea, Alin, Simone R., and Aalto, Rolf
Abstract:: Although an inordinate fraction of the global sediment flux to the ocean occurs in tropical mountainous river margins, little is known regarding the sources and fate of organic matter in these systems. To address these knowledge gaps, the distribution and composition of organic matter in sediments from the Fly River...
Resource Type:: Article
Full Text:: the fate of both terrige- nous and marine OM in delta-clinoform systems, it is critical to account for

Creator:: Ogston, Andrea S., Sternberg, Richard W., Nittrouer, Charles A., Martin, D. Preston, Goni, Miguel A., and Crockett, John S.
Abstract:: In tidally dominated deltas, sediment discharged from the river sources must transit through an estuarine region located within the distributary channels, where particle pathways can undergo significant transformations. Water column profiles and time series data were collected in the distributaries and shallow nearshore region offshore of the Fly River, Papua...
Resource Type:: Article
Full Text:: -member example in delta classification schemes for tidally dominated deltas [e.g., Wright, 1985]. [8

Creator:: Goni, Miguel A., O’Connor, Alison E., Kuzyk, Zou Zou, Yunker, Mark B., Gobeil, Charles, and Macdonald, Robie W.
Abstract:: As part of the International Polar Year research program, we conducted a survey of surface marine sediments from box cores along a section extending from the Bering Sea to Davis Strait via the Canadian Archipelago. We used bulk elemental and isotopic compositions, together with biomarkers and principal components analysis, to...
Resource Type:: Article
Full Text:: evidence for significant amounts of bound inorganic N in our Arctic margin surface sediments, we assume

Creator:: Alin, Simone R., Aalto, Rolf, Goni, Miguel A., Richey, Jeffrey E., and Dietrich, William E.
Abstract:: The highstanding islands of Oceania are recognized as a source of significant particulate organic carbon delivered to nearshore marine environments. The existing data on carbon export in Oceania are largely derived from small mountainous watersheds (<10,000 km2) with little or no sediment storage capacity and located in subtropical to temperate...
Resource Type:: Article
Full Text:: Oceania, ranking among the top 25 rivers in the world for water and sediment discharge at 189 � 109 m3 a�1

ScholarsArchive@OSU