Storm Runoff Volume given Sediment Yield from Individual Storm Calculator

✖Sediment Yield from an Individual Storm is the amount of sediment leaving the watershed or catchment, and gross erosion is defined as the absolute amount of erosion occurring within the catchment.ⓘ Sediment Yield from an Individual Storm [Y]			+10% -10%
✖Soil Erodibility Factor is the intrinsic susceptibility of a soil to erosion by runoff and raindrop impact.ⓘ Soil Erodibility Factor [K]			+10% -10%
✖Topographic Factor also called indirect factors as they influence the growth and development of organisms by bringing variations in climatic factors.ⓘ Topographic factor [K_zt]			+10% -10%
✖Cover Management Factor reflects the effect of cropping and management practices on erosion rates.ⓘ Cover Management Factor [C]			+10% -10%
✖Support Practice Factor is the ratio of soil loss with a support practice like strip cropping to that with a straight row farming up and down the slope.ⓘ Support Practice Factor [P]			+10% -10%
✖Peak Rate of Runoff is the maximum rate of discharge during the period of runoff caused by a storm.ⓘ Peak Rate of Runoff [q_p]			+10% -10%

✖Runoff Volume is the average amount of water that flows down a particular river, per year, expressed as a volume of water flowing past a given point.ⓘ Storm Runoff Volume given Sediment Yield from Individual Storm [Q_V]

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Formula

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Storm Runoff Volume given Sediment Yield from Individual Storm

Formula

`"Q"_{"V"} = (("Y"/(11.8*"K"*"K"_{"zt"}*"C"*"P"))^(1/0.56))/"q"_{"p"}`

Example

`"19.5m³"=(("135.7332kg"/(11.8*"0.17"*"25"*"0.61"*"0.74"))^(1/0.56))/"1.256m³/s"`

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Storm Runoff Volume given Sediment Yield from Individual Storm Solution

STEP 0: Pre-Calculation Summary

Formula Used

Runoff Volume = ((Sediment Yield from an Individual Storm/(11.8*Soil Erodibility Factor*Topographic factor*Cover Management Factor*Support Practice Factor))^(1/0.56))/Peak Rate of Runoff
Q_V = ((Y/(11.8*K*K_zt*C*P))^(1/0.56))/q_p
This formula uses 7 Variables

Variables Used

Runoff Volume - (Measured in Cubic Meter) - Runoff Volume is the average amount of water that flows down a particular river, per year, expressed as a volume of water flowing past a given point.
Sediment Yield from an Individual Storm - (Measured in Kilogram) - Sediment Yield from an Individual Storm is the amount of sediment leaving the watershed or catchment, and gross erosion is defined as the absolute amount of erosion occurring within the catchment.
Soil Erodibility Factor - Soil Erodibility Factor is the intrinsic susceptibility of a soil to erosion by runoff and raindrop impact.
Topographic factor - Topographic Factor also called indirect factors as they influence the growth and development of organisms by bringing variations in climatic factors.
Cover Management Factor - Cover Management Factor reflects the effect of cropping and management practices on erosion rates.
Support Practice Factor - Support Practice Factor is the ratio of soil loss with a support practice like strip cropping to that with a straight row farming up and down the slope.
Peak Rate of Runoff - (Measured in Cubic Meter per Second) - Peak Rate of Runoff is the maximum rate of discharge during the period of runoff caused by a storm.

STEP 1: Convert Input(s) to Base Unit

Sediment Yield from an Individual Storm: 135.7332 Kilogram --> 135.7332 Kilogram No Conversion Required
Soil Erodibility Factor: 0.17 --> No Conversion Required
Topographic factor: 25 --> No Conversion Required
Cover Management Factor: 0.61 --> No Conversion Required
Support Practice Factor: 0.74 --> No Conversion Required
Peak Rate of Runoff: 1.256 Cubic Meter per Second --> 1.256 Cubic Meter per Second No Conversion Required

STEP 2: Evaluate Formula

Substituting Input Values in Formula

Q_V = ((Y/(11.8*K*K_zt*C*P))^(1/0.56))/q_p --> ((135.7332/(11.8*0.17*25*0.61*0.74))^(1/0.56))/1.256

Evaluating ... ...

Q_V = 19.5000012401795

STEP 3: Convert Result to Output's Unit

19.5000012401795 Cubic Meter --> No Conversion Required

FINAL ANSWER

19.5000012401795 ≈ 19.5 Cubic Meter <-- Runoff Volume

(Calculation completed in 00.004 seconds)

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Home » Engineering » Civil » Engineering Hydrology » Erosion and Reservoir Sedimentation » Soil Loss Equation » Modified Universal Soil Loss Equation » Storm Runoff Volume given Sediment Yield from Individual Storm

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< 6 Modified Universal Soil Loss Equation Calculators

Storm Runoff Volume given Sediment Yield from Individual Storm

Go Runoff Volume = ((Sediment Yield from an Individual Storm/(11.8*Soil Erodibility Factor*Topographic factor*Cover Management Factor*Support Practice Factor))^(1/0.56))/Peak Rate of Runoff

Peak Rate of Runoff given Sediment Yield from Individual Storm

Go Peak Rate of Runoff = ((Sediment Yield from an Individual Storm/(11.8*Soil Erodibility Factor*Topographic factor*Cover Management Factor*Support Practice Factor))^(1/0.56))/Runoff Volume

Crop Management Factor given Sediment Yield from Individual Storm

Go Cover Management Factor = Sediment Yield from an Individual Storm/(11.8*((Runoff Volume*Peak Rate of Runoff)^0.56)*Soil Erodibility Factor*Topographic factor*Support Practice Factor)

Topographic Factor given Sediment Yield from Individual Storm

Go Topographic factor = Sediment Yield from an Individual Storm/(11.8*((Runoff Volume*Peak Rate of Runoff)^0.56)*Soil Erodibility Factor*Cover Management Factor*Support Practice Factor)

Support Cultivation Practice given Sediment Yield from Individual Storm

Go Support Practice Factor = Sediment Yield from an Individual Storm/(11.8*(Runoff Volume*Peak Rate of Runoff)^0.56*Soil Erodibility Factor*Topographic factor*Cover Management Factor)

Sediment Yield from Individual Storm

Go Sediment Yield from an Individual Storm = 11.8*((Runoff Volume*Peak Rate of Runoff)^0.56)*Soil Erodibility Factor*Topographic factor*Cover Management Factor*Support Practice Factor

Storm Runoff Volume given Sediment Yield from Individual Storm Formula

What is Topographic Factor?

The Topographic Factor is defined as the factors concerned with topography or physical features of an area are called topographic factors, including height, direction of slope and steepness of the slope.

What is Sediment Yield?

Sediment yield can be defined as the amount of sediment reaching or passing a point of interest in a given period of time, and sediment yield estimates are normally given as Tonnes per year or kilograms per year.

How to Calculate Storm Runoff Volume given Sediment Yield from Individual Storm?

Storm Runoff Volume given Sediment Yield from Individual Storm calculator uses Runoff Volume = ((Sediment Yield from an Individual Storm/(11.8*Soil Erodibility Factor*Topographic factor*Cover Management Factor*Support Practice Factor))^(1/0.56))/Peak Rate of Runoff to calculate the Runoff Volume, The Storm Runoff Volume given Sediment Yield from Individual Storm formula is defined as the volume of water that runs off a land development project from a prescribed storm event. Runoff Volume is denoted by Q_V symbol.

How to calculate Storm Runoff Volume given Sediment Yield from Individual Storm using this online calculator? To use this online calculator for Storm Runoff Volume given Sediment Yield from Individual Storm, enter Sediment Yield from an Individual Storm (Y), Soil Erodibility Factor (K), Topographic factor (K_zt), Cover Management Factor (C), Support Practice Factor (P) & Peak Rate of Runoff (q_p) and hit the calculate button. Here is how the Storm Runoff Volume given Sediment Yield from Individual Storm calculation can be explained with given input values -> 15 = ((135.7332/(11.8*0.17*25*0.61*0.74))^(1/0.56))/1.256.

FAQ

What is Storm Runoff Volume given Sediment Yield from Individual Storm?

The Storm Runoff Volume given Sediment Yield from Individual Storm formula is defined as the volume of water that runs off a land development project from a prescribed storm event and is represented as Q_V = ((Y/(11.8*K*K_zt*C*P))^(1/0.56))/q_p or Runoff Volume = ((Sediment Yield from an Individual Storm/(11.8*Soil Erodibility Factor*Topographic factor*Cover Management Factor*Support Practice Factor))^(1/0.56))/Peak Rate of Runoff. Sediment Yield from an Individual Storm is the amount of sediment leaving the watershed or catchment, and gross erosion is defined as the absolute amount of erosion occurring within the catchment, Soil Erodibility Factor is the intrinsic susceptibility of a soil to erosion by runoff and raindrop impact, Topographic Factor also called indirect factors as they influence the growth and development of organisms by bringing variations in climatic factors, Cover Management Factor reflects the effect of cropping and management practices on erosion rates, Support Practice Factor is the ratio of soil loss with a support practice like strip cropping to that with a straight row farming up and down the slope & Peak Rate of Runoff is the maximum rate of discharge during the period of runoff caused by a storm.

How to calculate Storm Runoff Volume given Sediment Yield from Individual Storm?

The Storm Runoff Volume given Sediment Yield from Individual Storm formula is defined as the volume of water that runs off a land development project from a prescribed storm event is calculated using Runoff Volume = ((Sediment Yield from an Individual Storm/(11.8*Soil Erodibility Factor*Topographic factor*Cover Management Factor*Support Practice Factor))^(1/0.56))/Peak Rate of Runoff. To calculate Storm Runoff Volume given Sediment Yield from Individual Storm, you need Sediment Yield from an Individual Storm (Y), Soil Erodibility Factor (K), Topographic factor (K_zt), Cover Management Factor (C), Support Practice Factor (P) & Peak Rate of Runoff (q_p). With our tool, you need to enter the respective value for Sediment Yield from an Individual Storm, Soil Erodibility Factor, Topographic factor, Cover Management Factor, Support Practice Factor & Peak Rate of Runoff and hit the calculate button. You can also select the units (if any) for Input(s) and the Output as well.

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