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Multivariable Statistical Regression Models Of The Areal Extent Of Hypoxia Over The Texas-Louisiana Continental Shelf, David R. Forrest, Robert D. Hetland, Steven F. Dimarco
Multivariable Statistical Regression Models Of The Areal Extent Of Hypoxia Over The Texas-Louisiana Continental Shelf, David R. Forrest, Robert D. Hetland, Steven F. Dimarco
VIMS Articles
No abstract provided.
On The Accumulation Of Organic Matter On The Southeastern Brazilian Continental Shelf: A Case Study Based On A Sediment Core From The Shelf Off Rio De Janeiro, Renato Da Silva Carreira, Elizabeth A. Canuel, Stephen A. Macko, Mariana B. Lopez, Leticia G. Luz, Luciana N. Jasmim
On The Accumulation Of Organic Matter On The Southeastern Brazilian Continental Shelf: A Case Study Based On A Sediment Core From The Shelf Off Rio De Janeiro, Renato Da Silva Carreira, Elizabeth A. Canuel, Stephen A. Macko, Mariana B. Lopez, Leticia G. Luz, Luciana N. Jasmim
VIMS Articles
Sterol and fatty acid biomarkers and isotopic composition (delta 13C and delta 15N) of bulk organic matter (OM) were quantified in a sediment core to characterize the accumulation of autochthonous OM in an area on the continental shelf adjacent to Rio de Janeiro State. In the sediment surface (0-1 cm) the concentration of total sterols and fatty acids was at least one order of magnitude higher than that measured deeper down in the core and was dominated by labile and planktonic-derived biomarker compounds. These results suggest, as is confirmed by multivariate statistical analysis, the occurrence of an event of enhanced …
A Fully Coupled 3d Wave-Current Interaction Model On Unstructured Grids, Aron Roland, Yinglong J. Zhang, Harry V. Wang, Yanqiu Meng, Yi-Cheng Teng, Vladimir Maderich, Igor Brovchenko, Mathieu Dutour-Sikiric, Ulrich Zanke
A Fully Coupled 3d Wave-Current Interaction Model On Unstructured Grids, Aron Roland, Yinglong J. Zhang, Harry V. Wang, Yanqiu Meng, Yi-Cheng Teng, Vladimir Maderich, Igor Brovchenko, Mathieu Dutour-Sikiric, Ulrich Zanke
VIMS Articles
We present a new modeling system for wave-current interaction based on unstructured grids and thus suitable for very large-scale high-resolution multiscale studies. The coupling between the 3D current model (SELFE) and the 3rd generation spectral wave model (WWM-II) is done at the source code level and the two models share same sub-domains in the parallel MPI implementation in order to ensure parallel efficiency and avoid interpolation. We demonstrate the accuracy, efficiency, stability and robustness of the coupled SELFE-WWM-II model with a suite of progressively challenging benchmarks with analytical solution, laboratory data, and field data. The coupled model is shown to …