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SOIL TEST KIT #1: Investigates soil characteristics

Price range: $ 22.50 through $ 168.00 excl. GST

•  (NPK) An economical, simple to use Soil Test Kit with step-by-step instructions supplied for testing for nitrogen, phosphorous and potassium concentration (NPK) in the soil.
•  Using the colour chart compares the colour of each sample to determine whether the concentration is low, medium or high.
•  Kit contents:
–  50x each of Nitrate
–  Phosphorous and potassium test tabs
–  Flock test tabs
–  3x Square plastic test tubes with stoppers
–  1x 30ml Transparent plastic bottle for mixing
–  3ml Plastic pipettors

SKU: SOIL-TEST-KIT Categories: ,

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SOIL TEST KIT #1: Investigates soil characteristics

•  (NPK) An economical, simple to use Soil Test Kit with step-by-step instructions supplied for testing for nitrogen, phosphorous and potassium concentration (NPK) in the soil.
•  Using the colour chart compares the colour of each sample to determine whether the concentration is low, medium or high.
•  Kit contents :
50x each of nitrate  |  Phosphorous and potassium test tabs  |  Flock test tabs  |  3x square plastic test tubes with stoppers  |  1x 30ml transparent plastic bottle for mixing  |  3ml plastic pipettors

(Wikipedia excerpt: ..."...A soil test [ST] is a laboratory or in-situ analysis to determine the chemical, physical or biological characteristics of a soil. Possibly the most widely conducted [ST] are those performed to estimate the plant-available concentrations of nutrients in order to provide fertilizer recommendations in agriculture. In geotechnical engineering, [ST] can be used to determine the current physical state of the soil, the seepage properties, the shear strength and the deformation properties of the soil. Other [ST] may be used in geochemical or ecological investigations.

In agriculture, a [ST] commonly refers to the analysis of a soil sample to determine nutrient content, composition, and other characteristics such as the acidity or pH level. A [ST] can determine fertility, or the expected growth potential of the soil which indicates nutrient deficiencies, potential toxicities from excessive fertility and inhibitions from the presence of non-essential trace minerals. The test is used to mimic the function of roots to assimilate minerals. The expected rate of growth is modeled by the Law of the Maximum.[1]...")

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