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Articles 1 - 6 of 6
Full-Text Articles in Physical Sciences and Mathematics
Bathypelagic Ocean Waters, Christy Linardich, Tracey Sutton, Imants G. Priede, David A. Keith
Bathypelagic Ocean Waters, Christy Linardich, Tracey Sutton, Imants G. Priede, David A. Keith
Marine & Environmental Sciences Faculty Books and Book Chapters
No abstract provided.
Mesopelagic Ocean Waters, Kate E. Watermeyer, Eduard J. Gregr, Ryan R. Rykaczewski, Imants G. Priede, Tracey Sutton, David A. Keith
Mesopelagic Ocean Waters, Kate E. Watermeyer, Eduard J. Gregr, Ryan R. Rykaczewski, Imants G. Priede, Tracey Sutton, David A. Keith
Marine & Environmental Sciences Faculty Books and Book Chapters
No abstract provided.
Epipelagic Ocean Waters, Kate E. Watermeyer, Ryan R. Rykaczewski, Imants G. Priede, Tracey Sutton, David A. Keith
Epipelagic Ocean Waters, Kate E. Watermeyer, Ryan R. Rykaczewski, Imants G. Priede, Tracey Sutton, David A. Keith
Marine & Environmental Sciences Faculty Books and Book Chapters
No abstract provided.
Modification Of Turbulence At The Air-Sea Interface Due To The Presence Of Surfactants And Implications For Gas Exchange. Part Ii: Numerical Simulations, Silvia Matt, Atsushi Fujimara, Alexander Soloviev, Shin Hyung Rhee
Modification Of Turbulence At The Air-Sea Interface Due To The Presence Of Surfactants And Implications For Gas Exchange. Part Ii: Numerical Simulations, Silvia Matt, Atsushi Fujimara, Alexander Soloviev, Shin Hyung Rhee
Marine & Environmental Sciences Faculty Books and Book Chapters
We conducted high-resolution non-hydrostatic numerical simulations to study the effect of surfactants on near-surface turbulence. Laboratory experiments at the UM RSMAS ASIST facility presented in a companion paper report a reduction of turbulence below the air-sea interface and an increase of the surface drift velocity in the presence of surfactants. We implement the effect of surfactants as a rheological, viscoelastic boundary condition at the surface. Our numerical experiments are consistent with the results of the laboratory experiments. We also simulated the effect of surfactants on the temperature difference across the thermal molecular sublayer (cool skin) and on gas transfer velocity. …
Modification Of Turbulence At The Air-Sea Interface Due To The Presence Of Surfactants And Implications For Gas Exchange. Part I: Laboratory Experiment, Alexander Soloviev, S. Matt, Mikhail Gilman, H. Huhnerfuss, Brian K. Haus, D. Jeong, I. Savelyev, Mark A. Donelan
Modification Of Turbulence At The Air-Sea Interface Due To The Presence Of Surfactants And Implications For Gas Exchange. Part I: Laboratory Experiment, Alexander Soloviev, S. Matt, Mikhail Gilman, H. Huhnerfuss, Brian K. Haus, D. Jeong, I. Savelyev, Mark A. Donelan
Marine & Environmental Sciences Faculty Books and Book Chapters
The air-sea gas transfer of gases like CO2 is substantiallydetermined bythe properties of the aqueous diffusion sublayer and free-surface turbulent boundarylayer. Little is known about the effect of surfactants on turbulence in the near-surface layer of the ocean. In order to investigate the effect of surfactants on turbulent exchanges below the air-sea interface, we have conducted a series of laboratoryexperiments at the UM RSMAS Air-Sea Interaction Saltwater Tank (ASIST) facility. Results from these experiments demonstrate that the surfactant monolayer suppresses turbulence and reduces drag below the water surface and increases the surface drift velocity. This effect is important for parameterization …
Markov Models For Linking Environments And Facies In Space And Time (Recent Arabian Gulf, Miocene Paratethys), Bernhard Riegl, Samuel J. Purkis
Markov Models For Linking Environments And Facies In Space And Time (Recent Arabian Gulf, Miocene Paratethys), Bernhard Riegl, Samuel J. Purkis
Marine & Environmental Sciences Faculty Books and Book Chapters
This special publication Perspectives in Carbonate Geology is a collection of papers most of which were presented at a symposium to honor the 80th birthday of Bob Ginsburg at the meeting of Geological Society of America in Salt Lake City in 2005. The majority of the papers in this publication are connected with the study of modern carbonate sediments. Bob Ginsburg pioneered the concept of comparative sedimentology - that is using the modern to compare to and relate to and understand the ancient. These studies are concerned with Bob's areas of passion: coral reefs and sea-level; submarine cementation and formation …