Most reports can be displayed in either volume (e.g., m^3) , flow (e.g., CMS) or depth (e.g., mm) units. Depth units are derived by dividing the water volume by the area of each catchment or land class.
A detailed breakdown of inflows to and outflows from catchments and their sub land classes, including precipitation, snow melt, snow accumulation, surface runoff, irrigation, interflow, evapotranspiration, increase or decrease in soil moisture and base flow.
The volume of precipitation that fell in the catchment
The accumulated depth of snow pack in the catchment (snow depth is the same for all land classes within a catchment), in melt water equivalent (MWE) depth.
Historical observations for accumulated depth of snow pack in the catchment, if entered in the Snow Accumulation Gauge data variable. The accumulated depth of snow pack in the catchment. Depending on the setting of (snow depth is the same for all land classes within a catchment)
A side by side graph of Snow Accumulation results and Snow Gauge data, in melt water equivalent (MWE) depth.
For land classes with ponding, such as rice paddies, the depth of water on the surface of the land class
Volume of flows from catchments to surface and groundwater
The monthly precipitation that is available for evapotranspiration (minus snow accumulation or plus snow melt)
The area for each of the land classes designated in the catchment
The air temperature in the catchment
Fraction of solar radiation striking a land class that is reflected--albedo increases as snow accumulates
Maximum theoretical daily incident solar insolation per unit area--a function of latitude and day of year
The daily net energy per unit area from sunlight falling on each catchment, including effects of albedo, air temperature and relative humidity
The value of the Penman-Monteith reference crop potential evapotranspiration
The amount of water that would be consumed by evapotranspiration in the catchment if no water limitations exist.
The actual amount of water consumed by evapotranspiration in the catchment, including water supplied by irrigation
The amount of water in the top soil layer, as a percent of its maximum water holding capacity.
The amount of water in the lower soil layer, as a percent of its maximum water holding capacity.
The total volume of flow from the catchment to the river, including runoff, interflow, and baseflow, assuming no irrigation of irrigated land.
The total volume of flow from the catchment to the river, including runoff, interflow, and baseflow, assuming full irrigation of irrigated land.
The total volume of flow from precipitation infiltrating to groundwater from the catchment, assuming no irrigation of irrigated land.
The total volume of flow from precipitation and irrigation infiltrating to groundwater from the catchment, assuming full irrigation of irrigated land.
The average fraction of irrigation water supplied that flows to surface water.
The average fraction of irrigation water supplied that flows to groundwater.