In this study, the spatial distribution of the potential drought hazard areas in Korea was
estimated by conducting frequency analysis with the Standardized Precipitation Index (SPI) …

In this study, the patterns of past and future drought occurrences in the Seoul region were
analysed using observed historical data from the Seoul weather station located in the …

Seasonality in hydrology is closely related to regional water management and planning.
There is a strong consensus that global warming will likely increase streamflow seasonality …

Climate change has resulted in a gradual increase in the surface temperature and
significantly variable precipitation in different regions of the world. Linear regression of the …

Looking at future data obtained from global climate models, it is expected that future extreme
rainfall will increase in many parts of the world. The Clausius-Clapeyron equation provides a …

This study attempts to analyze several drought features in South Korea from various
perspectives using a three‐month standard precipitation index. In particular, this study aims …

ABSTRACT A majority of existing studies on uncertainties in climate change impact
assessments carried out the uncertainty analysis independently at each stage without …

The impact and adaption on agricultural water resources considering climate change is
significant for reservoirs. The change in rainfall patterns and hydrologic factors due to …

In this study, spatio-temporal distribution of future drought in South Korea was predicted by
using the meteorological data generated from GCMs on which a variety of climate changing …

Highly concentrated precipitation during the rainy season poses challenges to the South
Korean water resources management in efficiently storing and redistributing water …