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Where:
 
Where:
  
$$A_{sv}$$ = Average snowmelt volume (depth/unit area)
+
<math>A_{sv}</math> = Average snowmelt volume (depth/unit area)
$$A_{sd}$$ = Average snowpack depth at the initiation of the snowmelt period
+
<math>A_{sd}</math> = Average snowpack depth at the initiation of the snowmelt period
$$Sn_w$$ = Typical snowpack water at time of melt
+
<math>Sn_w</math> = Typical snowpack water at time of melt
$$I_{vol}$$ = Estimated infiltration volume likely to occur during a 10-day melt period.
+
<math>I_{vol}</math> = Estimated infiltration volume likely to occur during a 10-day melt period.

Revision as of 17:46, 5 November 2012

\( \sum f(x) = F(x) + g(x) \)


\(A_{sv} = (A_{sd} * Sn_w) - I_{vol}\)

Where\[A_{sv}\] = Average snowmelt volume (depth/unit area) \(A_{sd}\) = Average snowpack depth at the initiation of the snowmelt period \(Sn_w\) = Typical snowpack water at time of melt \(I_{vol}\) = Estimated infiltration volume likely to occur during a 10-day melt period.