Soil Testing Lab – Professional Soil Testing Services
Soil Testing Lab provides accurate laboratory soil analysis to determine the physical, chemical, and biological properties of agricultural soil. Professional soil testing helps farmers and agricultural professionals understand soil health and make informed decisions about crop selection, fertilizer application, irrigation, and overall soil management.
Whether you are a farmer, agricultural consultant, horticulturist, or plantation owner, accurate soil analysis can help you understand nutrient levels, soil pH, organic matter, salinity, and other important soil properties. Soil testing enables better fertilizer planning, improves crop productivity, supports sustainable farming practices, and helps maintain long-term soil fertility.
Total Nitrogen as N soil test
Total Nitrogen as N measures the overall nitrogen content in water or soil, including ammonia, nitrate, nitrite, and organic nitrogen. Testing helps assess nutrient levels, pollution, soil fertility, and environmental quality.
Physio chemical parameters and micro nutrient
Physico-chemical parameters and micronutrient soil testing evaluates PH, electrical conductivity, organic carbon, texture, and essential nutrients such as zinc, iron, manganese, copper and boron to determine soil fertility and support balanced fertilizer use for healthy crop growth.
PH generate image
Soil pH testing measures the acidity or alkalinity of soil, typically on a scale of 0 to 14. It helps determine nutrient availability, crop suitability, and the need for lime or other soil amendments to support healthy plant growth.
Carbon as C mg/kg
Carbon as C (mg/kg) measures the amount of carbon present in a soil sample. Soil carbon testing helps evaluate organic matter, soil fertility, microbial activity, nutrient cycling, moisture retention, soil structure, and overall soil health for sustainable agricultural management.
Sodium as Na mg/kg
Sodium as Na (mg/kg) Soil Testing measures the sodium content in soil. Excess sodium can affect soil structure, water infiltration, drainage, and plant growth. Testing helps identify salinity or sodicity issues and supports proper soil management and corrective measures.
Sulphur as S mg/kg
Sulphur as S (mg/kg) soil testing measures the available sulphur content in soil. It helps assess soil fertility, supports protein and enzyme formation in plants, and guides the appropriate use of sulphur-based fertilizers for healthy crop growth and better yield.
Barium as Ba mg/L max
Barium as Ba (mg/L) max soil testing measures the concentration of soluble or extractable barium in soil. This test helps assess soil quality and potential contamination, supporting environmental monitoring, agricultural management, and evaluation of soil suitability for safe plant growth.
Total phosphorous as P mg/kg
Total Phosphorus as P measures phosphorus levels in soil, expressed in mg/kg.
Soil testing helps assess fertility, nutrient availability, and the right fertilizer requirement for healthy crop growth.
Conductivity MS/cm
Soil electrical conductivity (EC), measured in mS/cm, indicates the concentration of soluble salts in soil. Testing EC helps assess salinity levels, nutrient availability, and potential effects on plant growth, enabling better irrigation and fertilizer management.
Moisture %
Soil moisture (%) indicates the amount of water present in a soil sample. Moisture testing helps assess soil water availability, irrigation needs, crop growth conditions, nutrient movement, and overall soil quality for effective agricultural and environmental management.
Calcium as Ca mg/kg%
Calcium as Ca (mg/kg) Soil Testing measures the amount of calcium present in soil. Calcium is essential for healthy root development, strong cell structure, and nutrient balance. Testing helps assess soil fertility and determine appropriate lime or calcium-based fertilizer requirements.
Chloride as Cl mg/L max
Chloride as Cl (mg/L) – Max testing measures the chloride concentration in water or soil extracts. Excess chloride may indicate salinity and can affect plant growth, soil quality, and water suitability. Testing helps assess chloride levels and manage potential risks.
Boron as B mg/kg
Boron as B (mg/kg) soil testing measures the available boron content in soil. Boron is an essential micronutrient that supports cell development, flowering, pollen formation, nutrient transport, and proper plant growth. Testing helps identify boron deficiency or excess.
Iron as Fe mg/kg
Iron (Fe) is an essential micronutrient required for healthy plant growth and chlorophyll formation. Soil testing measures available iron levels to identify deficiencies or excesses. Accurate Fe analysis helps determine suitable fertilizer and soil-management practices, supporting strong roots, healthy leaves, and improved crop productivity.
Potassium as K mg/kg
Potassium as K measures the potassium content in soil, expressed in mg/kg. Soil testing helps determine nutrient availability and supports proper fertilizer management for healthy crop growth and improved yield.
Total Dissolved Solids
Total Dissolved Solids (TDS) in soil, measured in mg/kg, indicates the amount of soluble substances present, including salts and minerals. TDS testing helps assess soil salinity, nutrient availability, and suitability for healthy crop growth and effective fertilizer management.
Organic carbon as OC mg/kg
Organic Carbon (OC) in soil measures the carbon stored in organic matter and is an important indicator of soil fertility and health. Soil OC testing helps assess nutrient availability, microbial activity, soil structure, moisture retention, and sustainable crop productivity.
Magnesium as Mg mg/kg
Magnesium as Mg (mg/kg) Soil Testing measures the magnesium content available in soil. Magnesium is essential for chlorophyll formation, photosynthesis, enzyme activity, and healthy plant growth. Testing helps evaluate soil fertility and determine suitable fertilizer applications.
Zinc as Zn mg/kg
Zinc as Zn (mg/kg) Soil Testing measures the zinc concentration in soil, an essential micronutrient for healthy plant growth. Zinc supports enzyme activity, protein synthesis, and proper development. Testing helps identify zinc deficiency and guide appropriate fertilizer application.
Aluminium as Al mg/L
Aluminium as Al (mg/L) soil testing measures the concentration of soluble or extractable aluminium in a soil sample. It helps assess soil acidity and potential aluminium toxicity, supporting accurate soil management, crop selection, and appropriate application of lime or other amendments.
AluTotal Bacterial Count as CFUminium as Al mg/L
Total Bacterial Count as CFU is a soil microbiological parameter used to estimate the number of viable bacteria present in a soil sample. It is expressed as Colony Forming Units (CFU), indicating the population of living bacteria capable of growing under specified laboratory conditions. This test helps assess soil biological activity, microbial health, nutrient cycling, and overall soil fertility.