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Are you doing business in any of the sectors such as construction, renewable energy, environmental sustainability, and agriculture? If so, you are at the right place. Let Corpbiz experts conduct soil testing for you.
Soil Testing is a chemical analysis recognized as a scientific means for quick characterization of soil fertility & nutrient status. It ensures conducting an agricultural analysis for a variety of factors such as chemical content, toxicity, pH level, salinity, and earth-dwelling biota.
Regular soil testing is not only important for the producers but also benefits all the valuable agribusiness participants, such as agri-coops, crop insurers, banks, input suppliers, and commodities dealers. However, the objective of soil testing is to sort out the nutrient-deficient areas from non-deficient ones and ensure these elements interact with each other in a complex balance affecting the growth of the plants.
Speak to our environmental consultants today and conduct seamless soil testing for your project.
The soil testing service started during the year 1955-56 and led to the set up of 16 soil testing laboratories to serve the Intensive Agricultural District Programme (IADP) in selective districts. Presently, there exists 661 soil testing laboratories including 120 mobile vans, which ensures analysing annual soil samples of 7.2 million capacity. Moreover, around 500 stationary and 250 mobile soil testing labs are proposed to be set up under the XI Plan of the National Project on Management of Soil Health and Fertility.
The benefits of conducting soil testing, which ensures addressing the shortcomings and making necessary modifications, are as explained below:
Soil testing determines the type of soil supplying adequate nutrients for optimum crop production.
The conduct of soil testing ensures valuable insights into improved soil health, including organic matter, content, pH, and texture.
Soil testing ensures identifying nutrient deficiencies or imbalances in the soil, enabling growers to adjust their fertilization practices and improve their crop yields.
Soil testing enables applicants to reduce the risk of nutrient run-off and associated environmental problems.
Soil testing ensures measuring and providing information with respect to the nature of the soil, salinity, soil management history, frequency of water logging and water table.
The capacity of soil testing labs to analyse the soil samples enables generating data for the preparation of soil fertility maps showing the availability of nitrogen, phosphorus, and potassium in Indian soil.
The study & testing of soil in India ensures determining the soil characteristics, including external land features and environmental factors that are given prominence.
The eligibility criteria required for soil testing in India, which may reveal the fertility and health of your soil, include:
Checklist for Applicants Seeking Soil Testing
The materials required for carrying out the different methods for soil testing in India are as discussed below:
The process for soil testing, which ensures determining the chemical, physical and biological properties of soil, is as discussed below:
Step. Find/ Select Soil Testing Laboratory
The entities seeking soil testing must initially find/ select their local or extension office providing information with respect to soil testing laboratories available in the area.
Step. Take Soil Samples for Testing
The entities are further required to take soil samples for testing based on diversified sampling techniques like grid or zone soil sampling.
Step. Submit Samples for Professional Analysis
Submit samples for professional analysis to a state or private laboratory. These local laboratories provide soil test techniques for free.
Step. Conduct Sample Analysis
The laboratories make use of analytical methods to estimate the physical properties and available nutrient levels, among other things.
Step. Review Soil Test Report
The details of the soil test report, including information related to soil fertility nutrient level, pH, and recommendations for improvement must be reviewed after the due conduct of soil sample analysis.
Step. Implementation of Soil Testing
After the review of the soil test report, soil conservation/ stabilization techniques must be implemented to adjust fertilizer application or bio-remediation in different industries.
Soil testing in different industries is conducted due to the following reasons as explained below:
The parameters/ considerations for soil testing services, crucially determining the final number on a soil report, are as outlined below:
The entities conducting soil testing must consider accredited and authorized labs before collecting samples for soil testing.
The sites conducting soil testing are required to obtain necessary licenses and permits from local zoning authorities.
Another crucial parameter for soil testing is to consider the best time for conducting the soil test during the year.
The soil analysis offers critical information for proper field treatment, but the accuracy of the findings is dependent on reliable sampling. The fundamental soil sampling techniques are based on grids and zones.
The soil testing methods or types, which ensure determining the positive and negative components/ features of the field ground, are as discussed below:
Soil nutrient testing is used to determine soil nutrient content data, which enables correct fertilization. This method further grants access to the level of nitrogen (N), phosphorus (P), and potassium (K), which are the most critical nutrients required for crops.
Soil nutrient testing is used to determine soil nutrient content data, which enables correct fertilization. This method further grants access to the level of nitrogen (N), phosphorus (P), and potassium (K), which are the most critical nutrients required for crops.
Soil acidity testing (pH) ensures calculating and determining the hydrogen ions/ pH levels varying from zero to fourteen. This soil testing method provides for maintaining the proper pH in the field of plant production.
Soil acidity testing (pH) ensures calculating and determining the hydrogen ions/ pH levels varying from zero to fourteen. This soil testing method provides for maintaining the proper pH in the field of plant production.
Soil salinity test ensures determining the field salinity through evaporating total soluble salts (TSS) from groundwater extracts and measuring electric conductivity (EC) in saturated paste extracts or distilled water-earth dilutions. It further assists in the correct place suitable for agricultural activity.
Soil salinity test ensures determining the field salinity through evaporating total soluble salts (TSS) from groundwater extracts and measuring electric conductivity (EC) in saturated paste extracts or distilled water-earth dilutions. It further assists in the correct place suitable for agricultural activity.
Soil moisture content testing determines whether plants have enough water or are dehydrated. The most common soil moisture test involves evaporating moisture from samples at high temperatures.
Soil moisture content testing determines whether plants have enough water or are dehydrated. The most common soil moisture test involves evaporating moisture from samples at high temperatures.
Physical soil testing provides for the examination of soil type and physical qualities such as texture, structure, and wetness. Testing of the texture and structure of soil further assists in precise irrigation and fertigation planning.
Physical soil testing provides for the examination of soil type and physical qualities such as texture, structure, and wetness. Testing of the texture and structure of soil further assists in precise irrigation and fertigation planning.
The specific gravity test is a soil testing method used for determining the ratio of the density of soil solids to the density of water. This soil testing method further provides insights into the soil’s mineral composition and compaction potential required for soil classification and engineering design.
The specific gravity test is a soil testing method used for determining the ratio of the density of soil solids to the density of water. This soil testing method further provides insights into the soil’s mineral composition and compaction potential required for soil classification and engineering design.
The conduct of a dry density test ensures assessing the mass of soil per unit volume in case it is completely dry. It further ensures the calculation of the degree of compaction achieved during construction, with the intention to stabilize and increase the load-bearing capacity of engineered structures.
The conduct of a dry density test ensures assessing the mass of soil per unit volume in case it is completely dry. It further ensures the calculation of the degree of compaction achieved during construction, with the intention to stabilize and increase the load-bearing capacity of engineered structures.
Atterberg limit test ensures evaluating the moisture content at different states if sol transition such as liquid, plastic, and solid. It is one of the impactful soil testing methods.
Atterberg limit test ensures evaluating the moisture content at different states if sol transition such as liquid, plastic, and solid. It is one of the impactful soil testing methods.
Soil compaction test ensures measuring the soil’s ability to withstand applied loads and maintain its density over time. This method of testing further assists in determining the optimum moisture content and compaction effort required to achieve the desired soil density, long-term stability and performance of constructed structures.
Soil compaction test ensures measuring the soil’s ability to withstand applied loads and maintain its density over time. This method of testing further assists in determining the optimum moisture content and compaction effort required to achieve the desired soil density, long-term stability and performance of constructed structures.
Soil testing is a critical process needed in several industries. Have a look at the prominent industries in which soil testing is required in India-
The difference between soil testing and soil sampling are as explained below:
| S. No. | Aspect | Soil Testing | Soil Sampling |
|---|---|---|---|
| 1 | Meaning | Soil testing is a chemical analysis which does not evaluate the soil’s physical properties. | Soil sampling is a procedure where the sample is sent to the soil testing laboratory, representing a much greater volume of soil in the field/ garden. |
| 2 | Purpose | The main purpose of conducting a soil test is to evaluate the properties and fertility level of the soil for agricultural/ environmental purposes. | The main purpose of conducting a soil sample is to obtain representative soil samples for further testing or diagnostic. |
| 3 | Scope | The scope of soil testing ensures a detailed examination of the characteristics of the soil samples sent through sampling. | The scope of soil sampling is limited up to the physical act of collecting & sending soil samples to the diagnostic centre. |
| 4 | Tools Used | Laboratory tools like pH measurement, nutrient analysis, and texture assessment techniques are used for the purpose of soil testing. | Tools like soil core sampling tube, augers or probes are used for the purpose of collecting soil for further testing or diagnostic. |
The process of soil testing must be conducted during the following circumstances as described below:
We are dominating the soil testing space with a 75% market share, the highest in the trade.
Our environmental specialists have 10+ years of solid experience in providing soil testing services.
Corpbiz crop monitoring effectively combines soil test findings with historical crop production data, tracking yield declines in one spot.
Our expert consultants have mastered the craft of implementing soil testing methods such as soil compaction test, soil moisture testing, dry density testing, etc.
At Corpbiz, we ensure that your valuable time will not be wasted while conducting soil testing.
Our environmental professionals have proved their mettle in extending support in preventing soil degradation with the help of our soil testing services.
Our Professionals at Corpbiz assist agriculturists in soil sampling and testing at the time of purchase of new fields or land.
Soil nutrient analysis helps to maintain long-term field fertility, directly contributing towards sustainable agriculture.
Soil samples and testing facilitate the purchase of a new field or determine the land use.
Have a look at the answers to the most asked questions.
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We required a Phase II Soil and Groundwater Investigation before proceeding with our land development project. The team handled the sampling, testing, and reporting process very professionally. Their detailed analysis helped us clearly understand the environmental condition of the site and proceed with confidence.
Our company needed a Phase II Soil and Groundwater Investigation to comply with environmental regulations. The experts provided thorough site assessment, accurate laboratory testing, and a well-prepared report. Their support made the entire compliance process smooth and hassle-free.
