How to Test Soil: A Step-by-Step Guide for a Healthy Lawn

Healthy soil is crucial for a thriving garden and lawn, and assessing its condition is key. A soil test identifies pH imbalances, nutrient deficiencies, and many essential factors that impact your lawn. Understanding the makeup of your soil allows you to tailor your fertilization practices and improve soil health in your yard.

Why Soil Testing Is Important for Your Lawn

Most lawns require a specific balance of nutrients. Customizing your lawn care based on your soil conditions can improve your lawn’s resilience, prevent disease, and achieve that beautiful, lush lawn.

How to Test Your Soil: Step-By-Step Guide

Testing your soil at home is straightforward:

  1. Gather Your Supplies
    You can buy a DIY soil test kit from a garden store. You’ll likely require clean plastic bags or buckets for your samples.
  2. Collect Soil Samples
    Take samples from five to 10 spots across your yard. Dig about four to six inches deep. Combine the soil from these locations in a clean container and label them clearly.
  3. Prepare the Soil
    Let your mixed sample dry naturally for a day or two. Avoid heat sources that could change their properties.
  4. Use Your Test Kit
    Testing your soil at home doesn’t require specialized equipment. You can use a DIY soil test kit, which measures pH and nutrient levels, or send samples to a lab for analysis.
  5. Analyze Your Results
    Match the color of your sample to the chart to determine pH and nutrient levels.

How to Test Soil pH Levels

The pH level measures acidity or alkalinity on a scale from 0 to 14, with 7 being neutral. Most lawns prefer a pH range between 6 and 7. When you're ready to test the pH of your soil, follow these steps:

Method 1: Pantry Soil pH Test

  1. Collect your materials: You will need:
    • Two tablespoons of soil
    • ½ cup of vinegar
    • Distilled water
    • ½ cup of baking soda
    • Two bowls
  2. Test for alkalinity:
    • Place two tablespoons of soil in one bowl.
    • Add ½ cup of vinegar to the soil.
    • Observe the mixture: Fizzing indicates alkaline soil.
  3. Test for acidity:
    • In another bowl, moisten another two tablespoons of soil with distilled water.
    • Add ½ cup of baking soda.
    • Observe the mixture: Fizzing indicates acidic soil.

Method 2: Using pH Test Strips

  1. Collect your materials: You will need:
    • Soil sample
    • Distilled water
    • pH test strips
  2. Prepare the mixture:
    • Mix equal parts of soil and distilled water in a clean container.
  3. Dip the strip:
    • Dip a pH test strip into the mixture for a few seconds.
  4. Compare colors:
    • Remove the strip and compare its color to the provided pH scale to determine your soil's pH level.

Method 3: Using a Digital pH Meter

  1. Collect your materials: You will need:
    • Digital pH meter
    • Moist soil
  2. Prepare the mixture:
    • Make sure that the soil is moist. If it's dry, add a little distilled water and mix.
  3. Insert the probe:
    • Place the probe into the moist soil.
  4. Read the measurement:
    • Wait for a few seconds for the reading to stabilize, then check the display for your soil's pH level.

Testing Soil Acidity and Nutrient Levels

Test kits usually indicate low, medium, or high nutrient levels. For example, if nitrogen is low, adding a nitrogen-rich fertilizer may help your plants maintain healthy growth.

  • Testing for acidity: The soil is mixed with the solution in the kit. This mixture will change color, showing the pH level compared to the kit’s chart.
  • Testing nutrient levels: Most soil kits also include ways to measure essential nutrients:
    • Nitrogen: Critical for leafy, green growth and overall health. Low nitrogen can cause pale, weak plants.
    • Phosphorus: Important for strong root development and flowering. Low phosphorus levels can hinder plant maturity and flowering.
    • Potassium: Helps plants resist disease and handle environmental stress. Low potassium may lead to weak stems and slower growth.

Other nutrients include calcium, magnesium, sulfur, iron, manganese, boron, zinc, copper, and molybdenum.

How to Use Soil Test Results to Improve Lawn Health

You can use your soil test results to make specific changes to improve your lawn:

Adjusting pH

  • Raise pH (reduce acidity): Add lime if your soil's pH is below 6.0.
  • Lower pH (increase acidity): Use sulfur or peat moss if your soil's pH is above 7.0.

Fixing nutrient deficiencies

To correct nutrient deficiencies in your soil, apply the right fertilizers based on your soil test results:

  • Nitrogen: Add fish emulsion or compost to enrich nitrogen-poor soil.
  • Phosphorus: Use bone meal or rock phosphate if phosphorus levels are low.
  • Potassium: Apply granite dust or wood ashes in moderation for potassium-deficient soil.

Lawn Pride's Professional Soil Testing Services

Your soil is the foundation of a beautiful lawn, and the team at Lawn Pride®️ is here to help. We use advanced testing methods to check pH in soil and determine nutrient levels. From there, we create a personalized fertilization and treatment plan to keep your lawn healthy and vibrant year-round, in addition to other residential services.

Want to leave it to trained service professionals? You can review our expert tips or get an estimate and let Lawn Pride take care of it! Additionally, the Neighborly Done Right Promise™️ backs all of our work to ensure the job is done right the first time. We stand behind our workmanship with a promise it will be done right. If your service was not done right, we promise to make it right.

Ready to improve your lawn? Contact Lawn Pride today!

 

This article is intended for general guidance only and may not apply to every situation. You are responsible for determining the proper course of action for your property and your situation. Lawn Pride is not responsible for any damages that occur as a result of any advice or guidance derived from blog content. For the most accurate guidance, contact an independently owned and operated Lawn Pride for more information and a professional on-site assessment.