Suchergebnisse

…et of the catchment area in response to the precipitation in the catchment area. The simulation can be event-based or continuous. …vant physical processes of water storage and movement within the catchment area can be modeled (evaporation, snow accumulation and melting, soil moisture,

…tion measurement stations in the catchment area, you can either divide the area into several sub-basins or aggregate precipitation sources, until only one

The [[Special:MyLanguage/Catchment Area#Soil Moisture Simulation|soil moisture]] calculation option is the calculat …hydrologic response units (HRUs) using the [[Special:MyLanguage/Elementary Area Window|hydrologic response units]] button. The sub-basin window provides th

Runoff concentration determines the delay of runoff from the catchment area. A parallel storage cascade with three reservoirs for permeable and one cas …konzentration_EN.png|frame|none|Calculation of the runoff concentration of catchment areas]]

…ide the boundaries influence the system or if information from outside the catchment is to be used, e.g. for calibration. Still, the system boundaries can chang

…t can be used to model the transfer of water from a modeled catchment to a catchment outside of the system. …er flowing back to the system from the consumer is diverted to an external area and not returned to the system.

…ncludes all water-related transport and storage processes within a limited area, whereas it is irrelevant if it is a real-world system, or it represents a …ecessary. These boundaries are not only of spatial nature due to catchment area boundaries, but they are also a distinction between system loads and system

…he supply of service water for several industrial companies. The catchment area of the dam is 43.61 km², the average annual inflow is 21 million m³, and

…retention constant to describe the effluent concentration from a catchment area. They are subject to calibration and verification. To determine the behavio

…d everywhere. If you want to modify a chart only for the current catchment area, a copy has to be created and connected before.

…Einleitung|point source]] and [[Special:MyLanguage/Einzugsgebiet|catchment area]] are the ones which particularly contribute water to the system. [[Special

…unoff generation. On the one hand, the initial conditions in the catchment area (interception and depression storage on the surface as well as to a limited

…n, the concept of hydrologic response units (HRUs) is applied. A catchment area is divided into a number of hydrologically homogeneous areas, i.e. areas of

…he runoff distribution of the [[Special:MyLanguage/Einzugsgebiet|catchment area elements]] it is possible to discharge other individual flow components fro

…imulation settings tab is used to define the loads effecting the catchment area and to select the calculation type for the snow calculation.

For the [[Special:MyLanguage/Catchment Area#Evaporation VP(t)|evaporation]] there is the possibility to connect a time

…discharges, flow regime at a cross-section, a snow depth in the catchment area, current precipitation, or current soil moisture.

Imports scaling factors for the model rainfall of every single catchment area from a file. The file must have the name <code>N_Factor.txt</code> and must