This is the third of a three-part paper series through which we assess the performance of
runoff predictions in ungauged basins in a comparative way. Whereas the two previous …

Rivers originating in the Tibetan Plateau are crucial to the population in Asia. However,
research about quantifying seasonal catchment memory of these rivers is still limited. Here …

Despite many existing approaches, modeling karst water resources remains challenging as
conventional approaches usually heavily rely on distinct system knowledge. Artificial neural …

This work examines future flood risk within the context of integrated climate and hydrologic
modelling uncertainty. The research questions investigated are (1) whether hydrologic …

A specific characteristic of karst systems is the occurrence of time variant recharge areas. In
our study we present a new type of hydrological karst model and a new calibration approach …

Large uncertainties in streamflow projections derived from downscaled climate projections
of precipitation and temperature can render such simulations of limited value for decision …

Suspended sediments (SSs) contribute to the maintenance of several ecosystems. However,
intense soil erosion can lead to environmental, social, and economic impacts. South …

Routing streamflow through a river network is a fundamental requirement to verify lateral
water fluxes simulated by hydrologic and land surface models. River routing is performed at …

Many hydrological systems exhibit complex subsurface flow and storage behavior. Runoff
observations often only provide insufficient information for unique process identification …

Karst aquifers are difficult to manage due to their unique hydrogeological characteristics.
Future climate projections suggest a strong change in temperature and precipitation regimes …