The leading anomalous Kolmogorov scaling exponent μθ in the inertial range of temperature spectra is calculated on the … basis of a recent theory involving a 4D spectral analysis of fully developed Navier–Stokes–Boussinesq turbulence. …

percentage of saturation and pH data show remarkably nice scaling ranges, indicating an important coupling with turbulence, but … reveal the possible influence of environmental factors such as tides and turbulence. Turbidity variability is highly complex … and does not appear to be directly coupled to turbulence, since no clear range is visible. On the other hand, oxygen …

Almost all regions of the oceans are heavily influenced by the effects of physical processes such as turbulence which …

suggests that the concept of Log-Poisson statistics of (appropriately normalized) variables can be used to describe scaling not … only in turbulence but also in a wide range of driven dissipative systems. …

not scale like power laws, as generally assumed. A much improved scaling function is deduced, in analogy with a procedure … first applied to nearest-neighbour dimension estimators. Extremely accurate determination of the scaling exponents is thus … possible. Our refined formula is immediately applicable to the analysis of time series in turbulence, physiology, or economics. …

In fully developed turbulence, intermittency is classically characterized by ζE(q), the Eulerian scaling exponent of … to relate the scaling functions and explore the links between ζL(q) and ζE(q). We first provide different transformations … provides a methodology for future comparisons of Eulerian and Lagrangian scaling exponents. …

scaling: the vertical extent (Δz) of structures is typically ≈ΔxHz where Δx is the horizontal extent and Hz is a …