Overview
This two-week training program provides a comprehensive introduction to soil testing for students, aspiring agri-entrepreneurs, and faculty members. The course covers essential topics such as soil sampling techniques, analysis of physical and chemical properties, interpretation of soil test reports, and nutrient management planning. Through practical sessions and expert lectures, participants will gain hands-on experience in using modern soil testing tools and technologies. This training aims to empower participants with the skills and knowledge needed to make informed decisions in agriculture, enhance crop productivity, reduce input costs, and promote environmentally sustainable practices.
Our Trainers
Dr. Narendra Chouhan
NET & PhD (Soil Science)
Ms. Vedna Porpant
B.Sc, MSc. (Genetic Engineering), GATE
Archika Awasare
M.Sc. (Soil Science)
Modules
Module 1: Introduction to Soil Testing (2 hours)
- Importance of soil testing in agriculture
- Benefits for productivity, sustainability, and cost reduction
- Basic concepts: soil health, fertility, and nutrient balance
Module 2: Soil Sample Collection (4 hours)
- Tools used for sampling (augers, probes, etc.)
- Proper techniques for different land types
- Composite sampling and depth considerations
- Sample labeling, documentation, and storage
Module 3: Laboratory Testing Methods (6 hours)
- Overview of soil testing lab setup and safety protocols
- Physical analysis: texture, structure, moisture
- Chemical analysis:
- pH (soil acidity/alkalinity)
- EC (Electrical Conductivity)
- Organic matter content
- Primary nutrients: Nitrogen (N), Phosphorus (P), Potassium (K)
Module 4: Interpretation of Results (4 hours)
- Reading and understanding soil test reports
- Nutrient status and classification
- Fertility grading systems
- Identifying deficiencies and excesses
Module 5: Fertilizer and Crop Recommendation (4 hours)
- Translating soil test results into actionable recommendations
- Nutrient requirement for major crops
- Tailored fertilizer planning
- Real-world case studies and region-specific examples
Module 6: Field Demonstration and Hands-on Training (4 hours)
- On-field demonstration of soil sampling
- Operating soil testing kits/instruments
- Data recording and result interpretation exercises
- Group work on making nutrient management plans
Outcomes
Upon successful completion of this two-week training program, participants will be able to:
• Demonstrate Proficiency in Soil Sampling Techniques: Understand and apply standard procedures for collecting representative soil samples for laboratory analysis.
• Analyze Key Soil Properties: Assess physical and chemical characteristics of soil including texture, pH, EC, organic carbon, and macro- and micronutrients.
• Interpret Soil Test Reports Accurately: Translate lab results into actionable recommendations for crop-specific nutrient management.
• Develop Nutrient Management Plans: Create site-specific, crop-oriented fertilizer schedules to improve soil health and enhance crop yields.
• Utilize Modern Soil Testing Tools and Technologies: Gain hands-on experience with soil testing kits, digital sensors, and laboratory equipment.
• Make Informed Agronomic Decisions: Apply soil test results to make cost-effective and environmentally sound farming decisions.
• Promote Sustainable Agricultural Practices: Reduce chemical input use, prevent over-fertilization, and encourage balanced fertilization strategies.
• Enhance Entrepreneurial and Career Opportunities: Build foundational skills useful for launching agri-based startups, offering consultancy services, or pursuing advanced studies in soil science
