Additional verification was completed at the subwatershed scale using measured flow from USGS gages at unregulated streams to assess intra-basin performance [14], but is not discussed here as we focus only on flow magnitude and timing changes at the terminal outlet of each basin (mean outlet elevation is 153 m).
The model used here has been calibrated for each watershed modeled, and has also been validated using measured flow collected by USGS from unimpaired subwatersheds, demonstrating intra-basin model performance.
The results indicate that the number of times a taxon was found in the whole river basin influences the performance measures and the architecture of the network.
This field study has shown bioretention basin pollution removal performance to be highly variable and dependant on a range of factors including inflow pollution concentrations, filter media, construction methods and environmental factors.
Nevertheless, results using the three satellite datasets indicate inter-basin differences, low performance in the northern and high in the southern regions.
However, few models are able to parameterise the dynamics of the glacier system and consequent runoff processes in glacier fed basins with desirable performance measures.
Tabrizi and Sharak (2010) experimentally studied the performance of basin solar still integrated with sandy heat reservoir.
We expected that grazers would have the highest influence on hydraulic performance of basin presenting the highest algal biomass.
The development of SOLSTILL, a simulation program for estimating the performance of basin type solar stills is described.
With the exception of Blue River basin, the overall model performance for the validation period remains good to very good, indicating that the model is able to simulate the relevant hydrologic processes in the basins accurately.
The correlations developed for the performance of basin type solar still by Khalifa and Hamood (2009) showed that efficiency of the system increases by lowering water depth, increasing solar intensity, and using dyes with brine.
