The simulation algorithms of hydrology and water quality are based on the Hydrological Simulation Program – FORTRAN (HSPF).
Some of the hydrology and hydraulic models such as Hydrologic Engineering Center-River Analysis System (HEC-RAS) [15], Hydrological Simulation Program FORTRAN (HSPF) [16], Soil and Water Assessment Tool (SWAT) are capable of simulating the watershed in detail, giving outstanding results.
In hydrology, the data types, spatio-temporal scales and formats for physically-based distributed hydrological models and the distributed data or parameters may be different before significant data pre-processing or may change during hydrological simulation run time.
Simulations using the Variable Infiltration Capacity (VIC) hydrology model indicate that a drier and warmer future will shift the location of snow line to higher elevations and reduce the number of days with precipitation falling as snow.
We have presented a forecast of epidemic SLEV transmission, as measured with sentinel chickens, using the empirical association between 1978 1997 epidemic SLEV transmission and modeled WTD, and additional simulations of WTD with the topographically based hydrology model.
Other hydrology models might also be developed and their simulations compared with those of the topographically based hydrology model.
We used a dynamic hydrology model (7 ) to hindcast mean area water table depth (WTD) in Indian River County for 1986–1991, and compared this model simulation to the sentinel chicken seroconversion data.
This paper reviews the hydrology in the simulation game SimCity 4. The components of the hydrologic cycle included in the game relate mainly to drinking water supply, treatment and distribution.
Simulations using the topographically based hydrology (TBH) model (39, 40 ) were made with National Climate Data Center meteorologic data from 49 station sites in south Florida through the end of 2003 (see [ 38] for further details).
The simulation model is the distributed physically-based hydrological model CATHY (CATchment HYdrology) and the study site is the Des Anglais watershed, a 690 km2 river basin located in southern Quebec, Canada.
