The atmospheric boundary layer experiences multiple changes in coastal regions,
especially with wind directions from land towards the sea, where the wind speed usually …

Sampling the atmospheric boundary layer with small unmanned aircraft is a difficult task
requiring informed selection of sensors and algorithms that are suited to the particular …

This paper presents the unmanned research aircraft Carolo P360" ALADINA"(Application of
Light-weight Aircraft for Detecting IN situ Aerosol) for investigating the horizontal and vertical …

The aim of the research project “Innovative Strategies for Observations in the Arctic
Atmospheric Boundary Layer (ISOBAR)” is to substantially increase the understanding of the …

We analyze the influence of atmospheric boundary-layer development on new particle
formation (NPF) during the morning transition. Continuous in-situ measurements of vertical …

One of the biggest challenges in probing the atmospheric boundary layer with small
unmanned aerial vehicles is the turbulent 3D wind vector measurement. Several …

Originally designed for atmospheric boundary layer research, the MASC (Multipurpose
Airborne Sensor Carrier) RPA (Remotely Piloted Aircraft, also known as Unmanned Aerial …

For atmospheric boundary-layer (ABL) studies, unmanned aircraft systems (UAS) can
provide new information in addition to traditional in-situ measurements, or by ground-or …

The unmanned research aircraft ALADINA (Application of Light-weight Aircraft for Detecting
in situ Aerosols) has been established as an important tool for boundary layer research. For …

Spatially representative estimates of surface energy exchange from field measurements are
required for improving and validating Earth system models and satellite remote sensing …