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Work Package 3: Past and Present Response & Informed Proxies [100.00% relevance%]
series data will be jointly investigated to (i) validate the different biological models used … ii) understand the effects of multiple drivers (i.e. climate, eutrophication and fisheries)
KLAUSI: project details [99.52% relevance%]
C. Ioakeimidis, U. Kammann, S. Kühn, C. Lacroix, I. Lips, A. L. Loza, M. E. Molina Jack, K. Norén,
List of Abstracts [99.50% relevance%]
the inference of three key quantities namely: (i) the rate of dissipation of turbulent kinetic … applied in ocean models. In this contribution, I will first address the estimation of lateral … applications to ocean models. In the following, I will address the subsurface and three- … of ocean mixing viewed in Lagrangian frame. I will also consider heat transport estimates ( … can be identified across the water column: (i) turbulent flow at the surface, (ii) damped flow … framework of truncated closure schemes, where (i) the Reynolds-stress and scalar-flux equations ( … Two distinct stability regimes are identified: (i) the main frontal region, where the cyclonic … in the strongly turbulent flow near boundaries. I will suggest an explanation for the uniformity … based on the Miles-Howard theorem. Finally I will describe observations that conflict with … based on the Knudsen relations are threefold: (i) it does not depend on internal dynamics of the … . More specifically, microplastics
KLAUSI: project details [97.40% relevance%]
dynamics. Publikationen Müller, D. J. M., I. Neugebauer, R. J. Kearney, M. J. Schwab, O.
Courses [96.95% relevance%]
-Ludwig-Jahn-Straße 17A, 17489 Greifswald, SR K I wöchentlich, mittwochs 14:15 - 15:00 Uhr 15.10.
KLAUSI: project details [95.51% relevance%]
doi: 10.1016/j.gca.2025.12.042 Müller, D. J. M., I. Neugebauer, R. J. Kearney, M. J. Schwab, O.
Abstracts [92.27% relevance%]
with vertically sheared horizontal currents. I show that for Froude numbers of order one, the … scaling associated with the law-of-the-wall (i.e. z-1). We propose that the near-surface region … regimes. Giddy, Isabelle, Whitt, D., Fer, I., Breivik, Ø, Swart, S, Nicholson, S.-A.: Waves … drive nutrients into the euphotic zone. Here, I will present data from both process-based field … mixing and its vertical distribution. Finally, I will share detailed near-seabed observations … things for which we yet have no names. Here I’ll show examples from a decade of observations … `Abyssal recipes' framework of Munk 1966, i.e. a 1D advection-diffusion balance, by … away from their generation sites. In this talk, I will discuss the role of coastally trapped waves … interplay of mixing and estuarine circulation (i.e., the salty inflow and brackish outflow … mixing on a single surface of constant salinity (i.e., isohaline) is closely linked to the water … , L., St. Laurent, L., Musgrave, R., Fer,
Abstracts [92.26% relevance%]
with vertically sheared horizontal currents. I show that for Froude numbers of order one, the … scaling associated with the law-of-the-wall (i.e. z-1). We propose that the near-surface region … regimes. Giddy, Isabelle, Whitt, D., Fer, I., Breivik, Ø, Swart, S, Nicholson, S.-A.: Waves … drive nutrients into the euphotic zone. Here, I will present data from both process-based field … mixing and its vertical distribution. Finally, I will share detailed near-seabed observations … things for which we yet have no names. Here I’ll show examples from a decade of observations … `Abyssal recipes' framework of Munk 1966, i.e. a 1D advection-diffusion balance, by … away from their generation sites. In this talk, I will discuss the role of coastally trapped waves … interplay of mixing and estuarine circulation (i.e., the salty inflow and brackish outflow … mixing on a single surface of constant salinity (i.e., isohaline) is closely linked to the water … , L., St. Laurent, L., Musgrave, R., Fer,
KLAUSI: project details [91.93% relevance%]
Klaeger, F., A. S. Tagg, S. Otto, M. Bienmüller, I. Sartorius and M. Labrenz (2019). Residual
Projekte: Ökosysteme im Wandel [91.69% relevance%]
(15.02.2020 - 31.08.2023) SolClim I: Solar influences on climate during the last and