Global urban growth leads to a great increase in the impervious surface area (ISA) such as
roads, plazas, airports, and parking lots, and consequently reshapes hydrological regimes in …

In this study a comparative assessment of the impacts of urbanization and of forest fires as
well as their combined effect on runoff response is investigated using earth observation and …

Green roof, as a popular low impact development practice, has become important to mitigate
adverse impacts of future climate change on urban stormwater. However, there is limited …

The frequency of urban waterlogging is increasing significantly under the combined
influence of natural factors (precipitation and terrain) and anthropogenic factors (drainage …

Understanding spatiotemporal heterogeneity of streamflow and baseflow and revealing their
changes contributed by climatic factors and human activities in the alpine region of inland …

Urban flooding is a long-standing problem that greatly hinders the development of the city.
As a means of flood risk management, risk assessment plays a significant role in reducing …

The urban water system theory is an extension of the basin water system science on an
urban scale, providing a new systematic solution for the unbalanced human-water …

To consummate watershed data and better quantify the impact of climate changes and
human activities on runoff, we examined the changes and response mechanisms of runoff in …

Climate and land-use change significantly impact hydrological processes and water
resources management. However, studies of runoff simulation accuracy and attribution …

Climate change and anthropogenic interventions have obviously altered the eco-
hydrological regimes. A quantitative evaluation and attribution of the eco-hydrological …