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  1. Regular soil testing is a critical component of good crop production. It allows you to monitor soil fertility levels, identify potential for nutrient deficiencies, and make fertilizer decisions based on the best possible information.

  2. The soil test is divided into four main sections, as shown on the Sample Soil Test Report. These are • information on client, sample and field • results of soil test • interpretation ratings for nutrient levels • recommendations for lime and fertilizer applications. Client and Sample Identification.

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  3. For each test, the document describes what is measured, recommends how and when to test, indicates levels at which test results suggest deficiencies or excessive concentrations, and suggests solutions to correct soil imbalances.

  4. The primary goal of soil testing is to inform efficient and effective resource management. Soil testing is the most accurate way to determine lime and nutrient needs. Soil testing is also useful for identifying contaminated sites (e.g., elevated levels of lead).

  5. Information for this Technical Note has been taken from Chapter three of the Field Consultants Guide to Soil & Plant Analysis. Hill Labs has organised its soil tests into two groups. The first, the Basic Soil test, includes components of significance across all applications: pH. Phosphorus.

  6. The soil analysis (testing) methods described in this laboratory guide are the more commonly used methods applicable to most soil types. To assist manual users, interpretation data for analysis results are given for each method.

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  8. Soil analysis is a great tool to assess what soil amendments are needed for optimum plant function and yield potential. Soil test results list the soil test concentration for specific parameters along with an interpretation value (low, optimum, and high) and a recommendation.

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