Soil testing is one of the most important (and most overlooked) steps in building a thick, green lawn in New England’s challenging climate. Many local soils are naturally acidic and nutrient-poor, so a simple soil sample can tell you exactly what your lawn needs—and save you from wasting money on the wrong products.
Why your lawn likely needs a soil test
New England soils tend to run acidic, which makes it harder for grass to absorb key nutrients like nitrogen, phosphorus, and potassium even if you fertilize regularly. Our test measures 13 nutrients – nitrogen, pH, phosphorus, potassium, calcium, magnesium, sulfur, iron, manganese, boron, copper, zinc and sodium.
Because every yard is different, two lawns on the same street can have different soil chemistry, so guessing or copying a neighbor’s lawn program rarely works. Testing gives you a customized starting point for lime, fertilizer, and seeding decisions that actually match your soil.
‘We take samples about 6 inches down from 7-10 areas in the lawn”
What a soil sample tells you
A good lawn soil test typically reports pH, major nutrients, and organic matter, then translates those numbers into practical categories like low, adequate, or high. From this snapshot, you get clear recommendations on how much lime to add, which fertilizer analysis to use, and whether you need to build organic matter with compost.
The test also prevents over-application of nutrients your soil already has, protecting groundwater and nearby streams—an important concern in New England’s dense, older neighborhoods. Over time, periodic testing helps you monitor whether your lawn care program is actually improving soil health instead of slowly degrading it.
How to collect a lawn soil sample
Soil test results are only as good as the sample you send, so proper collection matters more than most people realize. For an established lawn, you typically want 7-10 small plugs of soil taken approximately 6 inches deep across the area you’re testing, avoiding thatch, roots, and obvious trouble spots like compost piles or old lime stockpiles.
Put these cores in a clean bucket, break up clumps, remove stones and debris, and mix thoroughly to create one uniform sample that truly represents the whole lawn. Once mixed, we scoop and mail a sample to the lab for analysis. It then takes about 7 days to get your results back.
Interpreting the results
When your report comes back, pay special attention to pH, since New England lawns are often on the acidic side and may need periodic liming. Cool-season grasses generally perform best when pH is closer to neutral, which improves nutrient availability and makes every fertilizer dollar more effective.
Your nutrient levels (especially phosphorus and potassium) will usually be placed into categories like low, adequate, or high, with tailored recommendations on how much to apply. The organic matter and cation exchange capacity (CEC) values help you understand your soil’s ability to hold moisture and nutrients, which is especially important in glacial and loamy soils typical of New England.
Turning your soil test into a lawn plan
Once you understand your soil, you can build a targeted lawn care plan instead of relying on generic “4-step” programs. That might mean applying lime in fall to gradually raise pH, choosing a fertilizer blend that adds only what your soil is missing, and topdressing with compost to improve organic matter over time.
Repeat soil testing every 2–3 years (or after major changes) to track progress and adjust your approach as the soil improves. With this simple habit, we can transform thin, struggling turf into a resilient, attractive lawn that handles tough winters and hot, dry spells far better—without guesswork or unnecessary chemicals.
Order your sample today!!
We charge $125 to come out to your property, take samples and then ship the soil off to a lab. We will then follow up about 7 days later when the results come back and report them to you. Contact the office today and we can come out shortly to test the soil!
Request Quote Here – price is $125, but provide your information through this link