Urbanization coupled with climate change is expected to put pressure on the urban
stormwater network. To predict and mitigate the effects of these trends, accurate modeling of …

It is well established that using kilometer scale grid resolution for simulations of weather
systems in weather and climate models enhances their realism. This study explores heavy …

The representation of extreme precipitation at small spatio-temporal scales is of major
importance in urban hydrology. The present study compares point and radar observations to …

Short-duration rainfall extremes are associated with a range of societal hazards, notably
pluvial flooding but in addition, eg, erosion-driven nutrient transport and point-source …

Intense convective storms can be hazardous when occurring over large populated cities. In
a changing climate, decision makers and the general public increasingly need to be able to …

Local, short‐duration extreme precipitation events can cause floodings and have massive
economic consequences. The climate change impact on such events is of great interest, but …

Abstract Decision Support Indicators (DSIs) are metrics designed to inform local and
regional stakeholders about the characteristics of a predicted (or ongoing) event to facilitate …

The increased risk of flooding due to global warming and subsequent heavy rainfall events
in the Nordic-Baltic region, call for recommendations directed at long-term planning. One …

The paper presents prominent Nordic contributions to stochastic methods in hydrology and
water resources during the previous 50 years. The development in methods from analysis of …

Abstract Evaluation of the effects of climate change on urban river flow has traditionally
depended on design rainfall data due to the scarcity of other data sources. However, high …