The present study uses hourly rainfall measurements from 36 raingauge stations in the northeastern United States with more than 55 years of recordings, to assess the accuracy …
Many land surface processes, including splash dislodgment and downslope transport of soil materials, are influenced strongly by short-lived peaks in rainfall intensity but are less well …
Runoff generation from rainfall events is a complex, spatial and temporally dependent process strongly governed, among other factors, by catchment surface topography. Although …
Rainfall is a spatiotemporally varied process and key to accurately capturing catchment runoff and determining flood response. Flash flood response of a catchment can be strongly …
H Müller-Thomy - Hydrology and Earth System Sciences, 2020 - hess.copernicus.org
In urban hydrology rainfall time series of high resolution in time are crucial. Such time series with sufficient length can be generated through the disaggregation of daily data with a micro …
K Maloku, B Hingray, G Evin - Hydrology and Earth System …, 2023 - hess.copernicus.org
Analytical multiplicative random cascades (MRCs) are widely used for the temporal disaggregation of coarse-resolution precipitation time series. This class of models applies …
J Park, C Onof, D Kim - Hydrology and Earth System Sciences, 2019 - hess.copernicus.org
A novel approach to stochastic rainfall generation that can reproduce various statistical characteristics of observed rainfall at hourly to yearly timescales is presented. The model …
H Müller-Thomy… - Hydrological Sciences …, 2019 - Taylor & Francis
Flood peaks and volumes are essential design variables and can be simulated by precipitation–runoff (P–R) modelling. The high-resolution precipitation time series that are …
MJ Alexopoulos, H Müller-Thomy… - Hydrology and Earth …, 2023 - hess.copernicus.org
Observational data scarcity often limits the potential of rainfall-runoff modelling around the globe. In ungauged catchments, earth observations or reanalysis products could be used to …