Climate change is perceived to be the main reason in affecting global rainfall patterns. The
estimation of rainfall extremes based on historical data, hence, might undervalue the risk …

The global mean surface temperature is rising and under climate change it is expected to
increase in the future. The changes are not uniform across the world and the impact …

Bangladesh, a tropical low-lying region, is stranded between the Bay of Bengal in the south
and the Himalayas in the north. The unique characteristics allow receiving huge rainfall, in …

Extreme rainfall and its accompanying hydrological extremes are happening more
frequently as a result of global warming's alteration of regional and local weather patterns …

The knowledge about spatial variation of annual rainfall is important for many applications
ranging from agriculture planning to flood risk management in a tropical low-lying country …

A record-breaking extreme precipitation event that occurred in July 2021 over Henan
Province is investigated through observations and reanalysis data. Meanwhile, future …

We investigate and discuss limitations of the approach based on homogeneous regions
(hereafter referred to as regional approach) in describing the frequency distribution of …

Delineating a homogeneous region is a standard procedure for rainfall frequency analysis in
predicting precipitation in ungauged basins (PUB) in vast unpopulated areas. However, for …

Urban tourism has been suffering socio-economic challenges from flood inundation risk
(FIR) triggered by extraordinary rainfall under climate extremes. The evaluation of FIR is …

Existing approaches to risk assessment in natural disasters usually suffer from information
specificity and data density. For example, road vulnerability assessment requires disaster …