Consumptive Use of Water Calculator

✖Total quantity of water applied to soil is The net quantity of water to be applied depends upon magnitude of moisture deficit in the soil, leaching requirement and expectancy of rainfall.ⓘ Total Quantity of Water Applied to Soil [Q]			+10% -10%
✖Concentration of salt in irrigation water has a wide range of total salinity. Most surface irrigation water, whose source is snow-fed rivers, has a total salinity of less than about 0.5 to 0.6 ds/m.ⓘ Concentration of Salt in Irrigation Water [C]			+10% -10%
✖Salinity concentration of soil solution is a measure of the minerals and salts that can be dissolved in water.ⓘ Salinity Concentration of Soil Solution [C_s]			+10% -10%
✖Effective rainfall equal to the difference between total rainfall and actual evapotranspiration.ⓘ Effective Rainfall [R_eff]			+10% -10%

✖Consumptive use of water in irrigation with- drawn that is evaporated, transpired, incorporated into products or crops, consumed by humans or livestock, removed from the immediate water environment.ⓘ Consumptive Use of Water [C_u]

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Consumptive Use of Water Solution

STEP 0: Pre-Calculation Summary

Formula Used

Consumptive Use of Water in Irrigation = Total Quantity of Water Applied to Soil-((Concentration of Salt in Irrigation Water*Total Quantity of Water Applied to Soil)/(Salinity Concentration of Soil Solution))+(Effective Rainfall)
C_u = Q-((C*Q)/(C_s))+(R_eff)
This formula uses 5 Variables

Variables Used

Consumptive Use of Water in Irrigation - (Measured in Centimeter) - Consumptive use of water in irrigation with- drawn that is evaporated, transpired, incorporated into products or crops, consumed by humans or livestock, removed from the immediate water environment.
Total Quantity of Water Applied to Soil - (Measured in Liter) - Total quantity of water applied to soil is The net quantity of water to be applied depends upon magnitude of moisture deficit in the soil, leaching requirement and expectancy of rainfall.
Concentration of Salt in Irrigation Water - (Measured in Parts per Million) - Concentration of salt in irrigation water has a wide range of total salinity. Most surface irrigation water, whose source is snow-fed rivers, has a total salinity of less than about 0.5 to 0.6 ds/m.
Salinity Concentration of Soil Solution - (Measured in Parts per Million) - Salinity concentration of soil solution is a measure of the minerals and salts that can be dissolved in water.
Effective Rainfall - (Measured in Centimeter) - Effective rainfall equal to the difference between total rainfall and actual evapotranspiration.

STEP 1: Convert Input(s) to Base Unit

Total Quantity of Water Applied to Soil: 35 Liter --> 35 Liter No Conversion Required
Concentration of Salt in Irrigation Water: 200 Parts per Million --> 200 Parts per Million No Conversion Required
Salinity Concentration of Soil Solution: 1794.872 Parts per Million --> 1794.872 Parts per Million No Conversion Required
Effective Rainfall: 29 Millimeter --> 2.9 Centimeter (Check conversion here)

STEP 2: Evaluate Formula

Substituting Input Values in Formula

C_u = Q-((C*Q)/(C_s))+(R_eff) --> 35-((200*35)/(1794.872))+(2.9)

Evaluating ... ...

C_u = 34.0000004457142

STEP 3: Convert Result to Output's Unit

0.340000004457142 Meter -->34.0000004457142 Centimeter (Check conversion here)

FINAL ANSWER

34.0000004457142 ≈ 34 Centimeter <-- Consumptive Use of Water in Irrigation

(Calculation completed in 00.020 seconds)

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< Irrigation Water Quality Calculators

Consumptive Use of Water

LaTeX Go Consumptive Use of Water in Irrigation = Total Quantity of Water Applied to Soil-((Concentration of Salt in Irrigation Water*Total Quantity of Water Applied to Soil)/(Salinity Concentration of Soil Solution))+(Effective Rainfall)

Concentration of Salt in Irrigation Water

LaTeX Go Concentration of Salt in Irrigation Water = (Salinity Concentration of Soil Solution*(Total Quantity of Water Applied to Soil-(Consumptive Use of Water in Irrigation-Effective Rainfall)))/Total Quantity of Water Applied to Soil

Salinity Concentration of Soil Solution

LaTeX Go Salinity Concentration of Soil Solution = (Concentration of Salt in Irrigation Water*Total Quantity of Water Applied to Soil)/(Total Quantity of Water Applied to Soil-(Consumptive Use of Water in Irrigation-Effective Rainfall))

Effective Rainfall or Useful Rainfall

LaTeX Go Effective Rainfall = Consumptive Use of Water in Irrigation+(Concentration of Salt in Irrigation Water*Total Quantity of Water Applied to Soil/Salinity Concentration of Soil Solution)-Total Quantity of Water Applied to Soil

Consumptive Use of Water Formula

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What is the Consumptive Use of water in irrigation engineering?

“Consumptive Use” refers to the amount of water lost to evaporation along with water drawn up into the plant through the roots and transpiring through the leaves during crop growth.

What is the difference between Consumptive and Non-Consumptive use give examples?

The consumptive use of water refers to water that is used and not returned to a state where it can be reused. For example, water that is used in manufacturing or farming processes is lost to evaporation. The non-consumptive use of water refers to water that has been used but can be recycled and reused.

How to Calculate Consumptive Use of Water?

Consumptive Use of Water calculator uses Consumptive Use of Water in Irrigation = Total Quantity of Water Applied to Soil-((Concentration of Salt in Irrigation Water*Total Quantity of Water Applied to Soil)/(Salinity Concentration of Soil Solution))+(Effective Rainfall) to calculate the Consumptive Use of Water in Irrigation, The Consumptive Use of Water formula is defined as amount of water lost to evaporation along with water drawn up into the plant through the roots and transpiring through the leaves during crop growth. Consumptive Use of Water in Irrigation is denoted by C_u symbol.

How to calculate Consumptive Use of Water using this online calculator? To use this online calculator for Consumptive Use of Water, enter Total Quantity of Water Applied to Soil (Q), Concentration of Salt in Irrigation Water (C), Salinity Concentration of Soil Solution (C_s) & Effective Rainfall (R_eff) and hit the calculate button. Here is how the Consumptive Use of Water calculation can be explained with given input values -> -385098.888889 = 0.035-((0.2*0.035)/(1.794872))+(0.029).

FAQ

What is Consumptive Use of Water?

The Consumptive Use of Water formula is defined as amount of water lost to evaporation along with water drawn up into the plant through the roots and transpiring through the leaves during crop growth and is represented as C_u = Q-((C*Q)/(C_s))+(R_eff) or Consumptive Use of Water in Irrigation = Total Quantity of Water Applied to Soil-((Concentration of Salt in Irrigation Water*Total Quantity of Water Applied to Soil)/(Salinity Concentration of Soil Solution))+(Effective Rainfall). Total quantity of water applied to soil is The net quantity of water to be applied depends upon magnitude of moisture deficit in the soil, leaching requirement and expectancy of rainfall, Concentration of salt in irrigation water has a wide range of total salinity. Most surface irrigation water, whose source is snow-fed rivers, has a total salinity of less than about 0.5 to 0.6 ds/m, Salinity concentration of soil solution is a measure of the minerals and salts that can be dissolved in water & Effective rainfall equal to the difference between total rainfall and actual evapotranspiration.

How to calculate Consumptive Use of Water?

The Consumptive Use of Water formula is defined as amount of water lost to evaporation along with water drawn up into the plant through the roots and transpiring through the leaves during crop growth is calculated using Consumptive Use of Water in Irrigation = Total Quantity of Water Applied to Soil-((Concentration of Salt in Irrigation Water*Total Quantity of Water Applied to Soil)/(Salinity Concentration of Soil Solution))+(Effective Rainfall). To calculate Consumptive Use of Water, you need Total Quantity of Water Applied to Soil (Q), Concentration of Salt in Irrigation Water (C), Salinity Concentration of Soil Solution (C_s) & Effective Rainfall (R_eff). With our tool, you need to enter the respective value for Total Quantity of Water Applied to Soil, Concentration of Salt in Irrigation Water, Salinity Concentration of Soil Solution & Effective Rainfall 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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