The Amazon Basin plays key roles in the carbon and water cycles, climate change,
atmospheric chemistry, and biodiversity. It has already been changed significantly by human …

Abstracts Research on the stable boundary layer is not only a scientific challenge but is also
the foundation of studies on the atmospheric environment, weather, and climate change …

Different aspects of the stable boundary‐layer structure are contrasted between the very
stable and the weakly stable regimes from a new point of view. This study finds a limit wind …

The literature includes a wide variety of definitions or perceptions of non-stationarity. Non-
stationarity can be expressed in terms of turbulence statistics or variability of the forcing of …

Intermittent transitions between turbulent and nonturbulent states are ubiquitous in the
stable atmospheric surface layer (ASL). Data from two field experiments in Utqiaġvik, Alaska …

We examine the dependence of several turbulence quantities on the wind speed and
stability using nocturnal data from the Shallow Cold Pool Experiment. The turbulent …

Turbulence intermittency driven by submeso motions limits the progress of turbulence
theory. Field observations from the Horqin Atmospheric Boundary‐Layer and Environment …

Atmospheric turbulence over the Arctic sea‐ice surface has been understudied due to the
lack of observational data. In this study, we focus on the turbulence kinetic energy (TKE) …

Submeso motions add complexities to the structure of the stable boundary layer. Such
motions include horizontal meandering and gravity waves, in particular when the large-scale …

Turbulent motions in the Arctic stable boundary layer are characterized by intermittency, but
they are rarely investigated due to limited observations, in particular over the sea‐ice …