Surface processes in high latitudes play an important role in global climate and thus
understanding the physics of these systems is critical for improving climate projections. The …

Spatiotemporal behaviors of meteorological droughts are basic for understanding the
development and driving forces of droughts. Currently, there are a limited number of …

Stable water isotopologues (SWIs) are useful tracers of moist diabatic processes in the
atmospheric water cycle. They provide a framework to analyse moist processes on a range …

In early 2020, an international team set out to investigate trade wind cumulus and their
coupling to the large-scale circulation through the field campaign EUREC 4 A: ElUcidating …

Due to its dryness, the subtropical free troposphere plays a critical role in the radiative
balance of the Earth's climate system. But the complex interactions of the dynamical and …

We use airborne measurements of water vapor (H 2 O v) stable isotopologues and
complementary meteorological observations to examine how boundary layer (BL) dynamics …

The stable isotopes (δ 18 O and δD) of water vapor are used to characterize continuous
variations in large-scale and boundary-layer atmospheric processes. We presented …

The interaction between biomass burning aerosols and clouds remains challenging to
accurately determine, in part because of difficulties using direct observations to account for …

Abstract From May 2014 to September 2018, a laser spectrometer analyzer provided a 4.5
years continuous record of water vapor isotopic composition at Ny‐Ålesund (8 m above sea …

Ocean isotopic evaporation models, such as the Craig‐Gordon model, rely on the
description of nonequilibrium fractionation factors that are, in general, poorly constrained. To …