The dynamical downscaling method with a regional climate model (RCM) is widely used to
assess the spatially detailed information about regional climate. However, the RCM result is …

We have recently experienced several heavy snowfall events, but still do not sufficiently
understand how global warming will impact changes in local extreme snowfall events. The …

Large ensemble pairs of high‐resolution global and regional climate simulations, which are
composed of 100 members of 60 years each, make it possible to attribute changes in local …

This study investigated the relationship between extreme precipitation and near‐surface
temperature (precipitation–temperature relation) from two different perspectives, the rate of …

This study provides the first attempt in quantifying the uncertainties in future urban climate
projections due to regional climate models and metropolitan-scale urban planning …

Potato (Solanum tuberosum L) yield per unit area in Hokkaido, Japan used to be the highest
in the world; however, it has levelled off recently. The objectives of this study were to …

High-resolution downscaling is vital to project climate extremes and their future changes by
resolving fine topography reasonably well, which is a key to represent local climatology and …

The response of snowpack to a+ 2° C global warming relative to the present climate was
estimated in Hokkaido, Japan, using a physical snowpack model driven by dynamically …

Abstract Targeting to East Asian summer monsoon for the first time, this study presents an
assessment of projection uncertainty in ensemble dynamical downscaling (DDS) …

This study investigates the impact of future climate warming on tropical cyclones (TC) and
extratropical cyclones (ETC) using the database for Policy Decision-Making for Future …