WebNov 27, 2024 · To calculate the snow-to-liquid ratio, divide the amount of snow by the depth of water you would measure if you melted the snow into liquid. Typical Snow-to-Liquid … WebMelt the contents of your gauge (by bringing it inside your home or adding a measured amount of warm water) and then pour the liquid into the funnel and smaller inner measuring tube and measure the amount to the nearest .01 inch (use NWS provided measuring stick) just as you use for measuring rainfall.

Snow Station Information - OCHOCO MEADOWS SNOTEL

WebMar 10, 2024 · That means for every 10 inches of snow that falls, that is equal to one inch of liquid water or rain. That is a good general rule to follow, but it is actually a little more complicated than that. WebUsing a rule of thumb that each 10 inches of snow, if melted, would produce one inch of water, then each inch of snow produces about 2,715 gallons of water per acre. Of course, … bishop te twala

Snow Water Equivalents (inches) - cdec.water.ca.gov

WebWhen the snow melted, there was approximately 1/2 inches of water in the bottom of the container. If we started with approximately 4.5 inches of snow and ended up with approximately 1/2 (0.5) inches of water, that is close to our 10:1 snow to rain ratio that is … WebAn old rule of thumb was that for every 10 inches of snow, there would be 1 inch of water (10:1). However, this is far from the norm, and recent studies indicate that a 12:1 ratio … WebMay 4, 2014 · @Peter Jansson provides a much more thorough answer, but for a quick conversion of expected liquid water equivalent to expected snow depth: 1 inch liquid water = 10 inches snow for warm storms 1 inch liquid water = 20 inches snow for cold storms or 25 mm = 25 cm for warm storms 25 mm = 50 cm for cold storms bishop testing