In this work we show how to retrieve information about temporal changes of turbulence in
the atmosphere based on in situ wind velocity measurements performed by aircraft. We …

We compare turbulence properties in coupled and decoupled marine stratocumulus-topped
boundary layers (STBLs) using high-resolution in situ measurements performed by the …

In this work, direct numerical simulation (DNS) of the stratocumulus cloud-top mixing layer is
used to test various approaches to estimate the turbulence kinetic energy (TKE) dissipation …

The turbulent kinetic energy dissipation rate is one of the most important quantities
characterizing turbulence. Experimental studies of a turbulent flow in terms of the energy …

We investigate the scale‐by‐scale budget of turbulence kinetic energy in convective
atmospheric boundary layers using airborne measurements performed in the shallow trade …

This work concerns analysis of turbulence in the atmospheric boundary layer (ABL) shortly
before and after sunset. Based on a large set of Doppler lidar measurements at rural and …

A Novel approach has been proposed for the measurement of turbulent energy dissipation
rate (ε) from Nonlinear index (NLI) based measurements using the Higher Order Spectral …

In this work we study different techniques to estimate basic properties of turbulence, that is
its characteristic velocity and length scale from low-resolution data. The methods are based …

Clouds are crucial to the Earth's radiation budget and energy balance. Inadequately
resolved cloud processes are a major source of uncertainty in weather forecasts and climate …

The aerosol–cloud–precipitation interactions within the cloud-topped marine boundary layer
(MBL) are examined using aircraft in situ measurements from Aerosol and Cloud …