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Semester II

Soil Fertility Management

SOILS 121 · 3 (2+1) credit hours

Syllabus

Topic-wise syllabus

Theory

15 topics · 27 lectures

Theory topics
No.TopicLectures
Unit I
1History of soil fertility and plant nutrition2
2Essential plant nutrients: Criteria of essentiality, role, deficiency, and toxicity of essential plant nutrients2
3Mechanisms of nutrient transport to plant, factors affecting nutrient availability to plants, Chemistry of macro and micronutrients in soil2
4Soil fertility evaluation, and soil testing, Critical levels of nutrient in soil1
5Nutrient interactions, Forms of nutrients in soil1
6Plant analysis, rapid tissue test. Indicator plants1
7Introduction and Importance of manure and fertilizer, Fertilizer recommendation approaches and indicators, Integrated nutrient management (INM)2
Unit II
8Chemical fertilizers – classification, composition and properties of major fertilizers, secondary and micronutrient fertilizers2
9Complex fertilizers, customized fertilizers, water soluble fertilizers, nano fertilizers, soil amendments2
10Storage and application of fertilizers, Fertilizer control order2
11Nutrient Use Efficiency (NUE), Methods to improve NUE2
12Methods of fertilizer recommendation to crops2
Unit III
13Methods of fertilizer application under rainfed and irrigated conditions2
14STCR/RTNM/IPNS, Carbon sequestration and carbon trading2
15Preparation and properties of major manures (FYM, Compost, Vermicompost, Green manuring, Oilcakes)2

Practical

9 topics

Practical topics
No.Topic
1Introduction to analytical instruments and their principle
2Colorimetry and flame photometry: Principles and calibration
3Estimation of alkaline hydrolysable N in soils
4Estimation of soil extractable P in soils
5Estimation of exchangeable K in soils
6Estimation of extractable Ca and Mg
7Estimation of soil extractable S in soil
8Estimation of DTPA-extractable Zn
9Estimation of N, P, K, S in plants

Study material

Notes

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