The paper reviews recent advances in our understanding about the dynamics of thermally
driven winds over sloping terrain. Major progress from recent experiments, both in the field …

The horizontal grid spacing of numerical weather prediction models keeps decreasing
towards the hectometric range. We perform limited‐area simulations with the Icosahedral …

This article presents an analytical model for calculating representative daily‐periodic cycles
of net surface radiation on a slope with any angle α α (0∘≤ α≤ 9 0∘ 0^ ∘ ≤ α ≤ 9 0^ ∘) …

This article presents an analytical model for the diurnal cycle of slope‐normal profiles of
potential temperature and wind speed characterizing thermally driven slope winds …

The unsupervised and principled diagnosis of multi-scale data is a fundamental obstacle in
modern scientific problems from, for instance, weather and climate prediction, neurology …

Evapotranspiration (ET) represents one of the essential processes controlling the exchange
of energy by terrestrial vegetation, providing a strong connection between energy and water …

This study represents the first detailed analysis of multi-year, near-surface turbulence
observations for an urban area located in highly complex terrain. Using 4 years of eddy …

The complex meso-and microclimatic heterogeneity inherent to mountainous regions, driven
by both topographic and biotic factors, and the lack of observations, poses significant …

Sources and transport processes of aerosols over the Italian northern Apennines are
investigated with a focus on the area of the WMO/GAW global station of Mt. Cimone (CMN …

Thermally driven local winds are ubiquitous in deep Alpine valleys during fair weather
conditions resulting in a unique wind climatology for any given valley. The accurate …