publication venue for
- Recent advances in data-driven modeling of remote sensing applications in hydrology 2009
- Forecast-based analysis for regional water supply and demand relationship by hybrid Markov chain models: a case study of Urumqi, China. 18:905-918. 2016
- A two-stage interval-stochastic water trading model for allocating water resources of Kaidu-Kongque River in northwestern China. 17:551-569. 2015
- Effects of digital elevation model resolution on topography-based runoff simulation under uncertainty. 16:1343-1358. 2014
- Analytical and experimental investigation of chlorine decay in water supply systems under unsteady hydraulic conditions. 16:690-709. 2014
- Examining differences in streamflow estimation for gauged and ungauged catchments using evolutionary data assimilation. 16:392-406. 2014
- An optimization model for water resources allocation risk analysis under uncertainty. 16:144-164. 2014
- Assessment of GeoEye-1 stereo-pair-generated DEM in flood mapping of an ungauged basin. 16:1-18. 2014
- Integration of an evolutionary algorithm into the ensemble Kalman filter and the particle filter for hydrologic data assimilation. 16:74-94. 2014
- Seeking optimal groundwater pumping strategies at Pinggu District in Beijing, China. 15:607-619. 2013
- A weather radar data processing module for storm analysis. 14:332-344. 2012
- Comparison of three data-driven techniques in modelling the evapotranspiration process. 12:365-379. 2010
- 2009 Special Issue of the Journal of Hydroinformatics on Advances in Hydroinformatics. 11:165-165. 2009
- Preface: 2009 Special issue of the journal of Hydroinformatics on advances in hydroinformatics. 11:165. 2009
- Improving groundwater level forecasting with a feedforward neural network and linearly regressed projected precipitation. 10:317-330. 2008
- TDNN with logical values for hydrologic modeling in a cold and snowy climate. 10:289-300. 2008
- A multiple linear regression GIS module using spatial variables to model orographic rainfall. 6:39-56. 2004
- A GIS methodology for the analysis of weather radar precipitation data. 5:113-126. 2003