Depending on your answer, you’ll use 1 of our 2 soil sampling procedures.
Important: soil sampling procedure varies based on test type. Be sure to follow the directions for your test carefully.
(For all other soil sample tests)
Also includes tests such as:
The Soil Health Assessment Includes:
Here are a few we’d recommend:
The test that covers (almost) everything! We recommend this to everyone from commercial crop producers to home gardeners … anyone who needs to know what’s in their soil! This test measures pH, buffer pH, sum of cations (CEC), base saturation (%), soluble salts, organic matter, nitrate-nitrogen, phosphorus, potassium, calcium, magnesium, sodium, sulfur, zinc, iron, manganese and copper.
Another popular option, this test looks for phospholipid fatty acids, or PLFA. Analyzing PLFA gives you critical information about your soil’s microbial health. Environmental conditions such as temperature and moisture can alter this microbial community. Knowing how these changes occur over time gives our producers the ability to compare various management techniques and how they affect the health of these microbes.
(Total bacteria (Gram (+), Gram (-)), Total Fungi (Arbuscular Mycorrhizae, Saprophytes) Protozoa, Undifferentiated Microorganisms)
Ward Laboratories, Inc. is now offering a new Soil Health Assessment (SHA) package. This test combines the latest in soil science, ensuring that both soil fertility and soil health are viewed through a single test, helping farmers and researchers measure and manage soil health without compromising productivity. Microbial activity and food are evaluated to provide data that enhances operations while also evaluating nutrients in a manner that is widely accepted by Land Grant University correlations and calibrations.
This new package also includes modified aggregate stability. With this addition, the new Soil Health Assessment offers two biological, one chemical and one physical indicator of soil health.
Starting at $78.00 USD
This test looks for common harmful and pathogenic nematodes in soil, such as lesion and spiral nematodes, along with fungal feeding, and free-living nematodes. You can also request testing for Soybean Cyst Nematodes (SCN) in addition to your soil nematode test.
Ward Laboratories, Inc. is now offering a new biological testing package. Through a strategic partnership with Trace Genomics, our customers now have access to nutrient cycling indicators, soil health indicators and pathogen analysis. This test utilizes whole genome sequencing, helping farmers and agronomists accurately identify biological threats and opportunities without compromising productivity. Trace’s use of industry-leading DNA sequencing, combined with their cutting-edge data analysis engine, is unmatched in agriculture and enables the most complete and detailed assessment of the soil’s capacity to cycle essential plant nutrients such as nitrogen and phosphorus. Measures of microbial biodiversity and oxygen availability, included in this new test package, also serve as important components in assessing the overall health of the soil.
Pathogen Analysis – detection and quantification of 170+ pathogens covering 70+ crop types.
Nutrient Cycling Indicators
Phosphorus – Phosphorus Mineralization Potential & Phosphorus Solubilization Potential
Nitrogen – Denitrification Potential, Nitrate Ammonification Potential & Nitrification Potential
Soil Conditions – oxygen availability & bacterial diversity
Please contact Makayla Fox before submitting samples.
(pH, Buffer pH, Sum of Cations (CEC), Base Saturation (%), Soluble Salts, Organic Matter,
Nitrate-Nitrogen, Phosphorus, Potassium, Calcium, Magnesium, Sodium, Sulfur, Zinc, Iron,
Manganese, Copper, Boron)
(pH, Buffer pH, Sum of Cations (CEC), Soluble Salts, Base Saturation (%), Organic Matter, Nitrate-Nitrogen, Phosphorus, Potassium, Calcium, Magnesium, Sodium, Sulfur, Boron)
The soil respiration test is a measure of the microbial biomass in the soil and is related to soil fertility and the potential for microbial activity.
(per enzyme, per sample)
Soil microbes create and release soil enzymes to aid in the decomposition of organic matter and promote nutrient cycling in the soil. Analyzing enzymes allows for earlier trends in nutrient cycling to be detected between different management strategies or year-to-year comparisons.
(β-glucosidase (BG) – Carbon Cycle, N-Acetyl-β-glucosaminidase (NAG) – Nitrogen Cycle, Phosphodiesterase (PHD) – Phosphorus Cycle, Alkaline Phosphatase (AlkP) – Phosphorus Cycle, Acid Phosphatase (AcP) – Phosphorus Cycle, Arylsulfatase (ARS) – Sulfur Cycle)
Permanganate oxidizable carbon (POX-C) is an analysis that quantifies the labile carbon in the soil. Understanding changes in soil organic carbon is an early indicator of impacts of soil management decisions.
This analysis measures how easily a soil aggregate breaks down when exposed to water, which provides information on the soil’s resistance to water and wind erosion.
(% Aggregate Stability, 0.25-2.0 mm fraction)
The available water holding capacity (AWC) analysis quantifies the total plant available water a soil can hold and thus provide to a growing crop.
(Measured at Field Capacity (0.1 bar) and Wilting Point (15 bar))
The total nutrient digest analysis quantifies the total values of elements in a soil, which includes both plant available and unavailable nutrient pools.
(Carbon, Nitrogen, Phosphorus, Potassium, Calcium, Magnesium, Sulfur, Zinc, Iron, Manganese, Copper, Boron, Molybdenum)