Recent research underpinned the effectiveness of topological decentralization for urban
stormwater networks (USNs) during the planning stage in terms of both capital savings and …

The implementation of nonstationary hydrological frequency analysis (NS-HFA) has often
been hampered by the relatively short datasets and the resulting high uncertainty. Most …

Conventional water infrastructure designs for flood and low flows are usually based on the
assumption of stationarity of extreme events. However, recent evidence suggests that the …

Hydrologic extremes often lead to droughts and floods that adversely affect the socio-
economic development. Change in the characteristics and causes of hydrologic extremes …

Proxy data and qualitative information are important assets in water resources and floods
management. In the research, the river water bodies with characteristic toponyms …

In flood frequency analysis (FFA), choices of distribution and methods can hinder the
reproducibility of results. Besides, changes in climate, land use/cover, and water …

Climatic drivers of floods have been widely used to improve nonstationary flood frequency
analysis (FFA). However, the forecast ability of nonstationary FFA with out-of-sample …

The sustainability of existing water resources is influenced by extreme streamflow, and
climate variability and human activities are generally the major factors controlling these …

We investigate whether the distribution of maximum seasonal streamflow is significantly
affected by catchment or climate state of the season/month ahead. We fit the Generalized …

The nonstationary hydrological frequency analysis (NS-HFA) aids in assessing the
recurrence of hydrological extremes under nonstationarity, but its reliability is often …