Natural convection arising over vertical and horizontal heated flat surfaces is one of the most
ubiquitous flows at a range of spatiotemporal scales. Despite significant developments over …

Wind-speed observations from tall towers are used in combination with observations up to
600 m in altitude from a Doppler wind lidar to study the long-term conditions over suburban …

Marine boundary layer clouds and precipitation observed in a sustained period of open
mesoscale cellular convection (MCC) over the Southern Ocean (SO) are investigated using …

This document reports on the methods used to create and the results of the two numerical
wind atlases developed for the Wind Atlas for South Africa (WASA) project. The wind atlases …

For measurements taken over a decade at the coastal Danish site Høvsøre, we find the
variance associated with wind speed events from the offshore direction to exceed the …

The present study introduces a new method to characterize ramp-like wind speed
fluctuations, including coherent gusts. This method combines two well-known methods: the …

We investigate characteristics of large-scale coherent motions in the atmospheric boundary
layer using field measurements made with two long-range scanning wind lidars. The joint …

Meteotsunamis are shallow-water waves that, despite often being small (~ 0.3 m), can cause
damage, injuries, and fatalities due to relatively strong currents (> 1 ms− 1). Previous case …

Standard meteorological measurements from a number of masts around two Danish
offshore wind farms have been used to study the spectral structure of the mesoscale winds …

A coupledwind‐wave modeling system is used to simulate 23 years of storms and estimate
offshore extreme wind statistics. In this system, the atmospheric Weather Research and …