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# AWC Calculator Online

The soil plays a vital role in agriculture and forestry. A key property of the soil that contributes to plant growth is its ability to hold and supply water to plants. This is where the concept of Available Water Capacity (AWC) and the role of the AWC calculator come in.

## Definition of Available Water Capacity (AWC)

Available Water Capacity (AWC) is the measure of the water that can be stored in soil and be available for plants. It is an essential parameter in irrigation management and environmental modeling. AWC determines the soil's capacity to retain water between the field capacity and wilting point.

## Detailed Explanation of the AWC Calculator

The AWC calculator calculates the Available Water Capacity using the formula: AWC = (Field Capacity - Wilting Point) * Soil Depth. It provides an efficient way to determine the amount of water available to plants in a specific soil layer. Users simply input the soil's field capacity, wilting point, and depth into the calculator, and it outputs the AWC.

## The Formula and Variables of AWC

The formula for calculating AWC involves three parameters: Field Capacity, Wilting Point, and Soil Depth. Field Capacity refers to the maximum amount of water a soil can hold after excess water has drained. Wilting Point is the soil moisture level at which a plant can no longer extract water, resulting in wilting. Soil Depth is the thickness of the soil layer under consideration.

## Example of AWC Calculation

For instance, consider a soil with a field capacity of 0.35 m³/m³, a wilting point of 0.15 m³/m³, and a depth of 1 meter. Inputting these values into the AWC calculator gives an AWC of 0.2 m, which represents the amount of water available for plant use in that meter depth of soil.

## Applications of AWC Calculator

### Agriculture

In agriculture, the AWC calculator is used to make informed irrigation decisions. Understanding the AWC can prevent overwatering and water wastage.

### Environmental Modelling

The AWC is also important in environmental modeling, helping predict water movement and vegetation response to climatic changes.