Population growth and climate change have put pressure on policy makers in southwest
Western Australia to increase water supply to urban areas. A potential contribution to solving …

Eutrophication continues to be a concerning global water quality issue. Managing and
mitigating harmful algal blooms demands clear information on the conditions promoting …

Eutrophication has re-emerged in the lower Great Lakes basin resulting in critical water
quality issues. Models that accurately predict nutrient loading from streams are needed to …

In large‐scale watersheds, only the calibration of parameters for the outlet may ignore
spatial heterogeneity and fail to meet the simulation accuracy of local areas. Based on the …

Linking quickflow response to subsurface state can improve our understanding of runoff
processes that drive emergent catchment behaviour. We investigated the formation of non …

Urbanization is characterized by increased impervious cover, artificial drainage via sewers,
soil compaction, and vegetation removal, which fundamentally alters how water moves …

The saturation-excess mechanism, infiltration-excess mechanism and subsurface stormflow
mechanism are the fundamental of the hybrid runoff generation models. Existing hybrid …

Thresholds in precipitation‐runoff relationships have been observed in numerous studies
using scatter plots comparing meteorological factors and hydrologic response metrics. Most …

Spatial rainfall patterns exert a key control on the catchment-scale hydrologic response.
Despite recent advances in radar-based rainfall sensing, rainfall observation remains a …

Soil moisture response to rainfall is a key factor that dictates how well a landscape can
support crop growth as well as its susceptibility to water runoff and leaching, however, few …