The Atmospheric River Tracking Method Intercomparison Project (ARTMIP) is an
international collaborative effort to understand and quantify the uncertainties in atmospheric …

Atmospheric rivers (ARs) are now widely known for their association with high‐impact
weather events and long‐term water supply in many regions. Researchers within the …

Atmospheric rivers play an integral role in the global water cycle, but predicting their future
changes remains uncertain due to inter-model and inter-detection-method differences …

Atmospheric rivers (ARs) play an important role in the climate of East Asia due to their close
linkage to precipitation extremes. In this study, long-term trends in ARs over East Asia for the …

Atmospheric rivers (ARs) are long and narrow filaments of vapor transport that are
responsible for most poleward moisture transport outside of the tropics. Many AR detection …

Flooding events associated with extreme precipitation have had large impacts in Norway. It
is well known that these heavy precipitation events affecting Norway (and other parts of …

Atmospheric rivers (ARs) are narrow, elongated, transient corridors of enhanced water vapor
transport that play important roles in the global water cycle. Increasing scientific and societal …

An atmospheric river (AR) event is a strong poleward moisture transport that is composed of
a series of spatiotemporally connected instantaneous AR objects. A new object‐based …

Tracking atmospheric rivers (ARs) across their lifecycles is a field of recent interest with a
multitude of emerging methodologies. The CONNected‐objECT (CONNECT) algorithm is …

Increases in precipitation rates and volumes from tropical cyclones (TCs) caused by
anthropogenic warming are predicted by climate modeling studies and have been identified …