The direct soil Electro-Conductivity Meter is an essential tool for the grower to have in their toolbox. Soil electrical conductivity (EC) is a measure of the electrical charge in the soil, where too much or too little can hinder optimal plant growth. The measure of conductivity provides a valuable indicator of soil health and the functioning processes foundational to crop quality and yields, plant nutrient availability, and activity of soil microorganisms. The EC meter provides the grower with a critical snapshot that underpins the health of their soil, and is useful for addressing shortcomings or adjusting strategies in the growing season.
This meter is rugged and reliable, and pocket-sized for easy transport and field application, offering quick and accurate readings. This tool features a stainless steel penetration probe for direct measurement.
Product Specs:
• Waterproof
• Replaceable 4.5 inch penetration electrode
• Automatic temperature compensation
• Manual calibration in an aqueous solution to a single point
The direct soil Electro-Conductivity Meter is an essential tool for the grower to have in their toolbox. Soil electrical conductivity (EC) is a measure of the electrical charge in the soil, where too much or too little can hinder optimal plant growth. The measure of conductivity provides a valuable indicator of soil health and the functioning processes foundational to crop quality and yields, plant nutrient availability, and activity of soil microorganisms. The EC meter provides the grower with a critical snapshot that underpins the health of their soil, and is useful for addressing shortcomings or adjusting strategies in the growing season.
This meter is rugged and reliable, and pocket-sized for easy transport and field application, offering quick and accurate readings. This tool features a stainless steel penetration probe for direct measurement.
Product Specs:
• Waterproof
• Replaceable 4.5 inch penetration electrode
• Automatic temperature compensation
• Manual calibration in an aqueous solution to a single point