Abstract The Atmospheric River (AR) Tracking Method Intercomparison Project (ARTMIP) is
a community effort to systematically assess how the uncertainties from AR detectors …

Atmospheric rivers (ARs) are long, narrow synoptic scale weather features important for
Earth's hydrological cycle typically transporting water vapor poleward, delivering …

The abrupt rise in extreme weather events (floods, heat waves, droughts, etc.) due to
changing climate in the last decades has increased the level of threats to various sectors …

Daily precipitation in California has been projected to become less frequent even as
precipitation extremes intensify, leading to uncertainty in the overall response to climate …

Atmospheric rivers (ARs) are extratropical storms that produce extreme precipitation on the
west coasts of the world's major landmasses. In the United States, ARs cause significant …

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 …

Abstract The Tracking Atmospheric Rivers Globally as Elongated Targets (tARget) algorithm
is further developed to Version 3, adding the capability to track atmospheric river (AR) life …

Atmospheric rivers (ARs) generate most of the economic losses associated with flooding in
the western United States and are projected to increase in intensity with climate change …

Atmospheric rivers (ARs) can be a boon and bane to water resource managers as they have
the ability to replenish water reserves, but they can also generate million‐to‐billion‐dollar …

Atmospheric rivers (ARs) constitute an important mechanism for water vapor transport, but
research on their characteristics and impacts has relied on a diverse assortment of detection …