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Higher food production needs higher amount of plant nutrients. Use of inorganic fertilizers has increased considerably to meet the higher nutrient requirements of the present day which creates imbalance in nutrient supply leading to decline in soil fertility, crop productivity and sustainability. Balanced nutrition based on soil test value is the key to sustain and improve soil productivity. A suitable combination of secondary and micronutrients is an important factor that affects the productivity of the crops. Organic resources play a dominant role in soil properties through their short-term effects on nutrient supply and longer-term contribution to soil organic matter (SOM) formation (Palm et al., 2001). In order to supply all the nutrients to soil in adequate amount and to maintain its good health, it is necessary to use organic sources like FYM in combination with fertilizers. They not only supply macronutrients but also meet the demand of micro nutrients, besides improving soil health (Arbad and Ismail, 2011). Boron is a micro nutrient which is deficient in most of the soils of West Bengal , plays a vital role in An incubation study was conducted to monitor the changes in nutrient status of a typic haplaquept soil treated with organic and different inorganic fertilizers including S and B. Results revealed that balanced usage of organic and inorganic fertilizers plays a critical role in sustainable agriculture. Addition of FYM increased the organic carbon content and availability of nutrients over soil alone and soil treated with only inorganic fertilizers. Results further revealed that the beneficial effects of FYM is recorded when it is applied with S and B. Again application of higher doses of S and B along with organic and inorganic fertilizer intensified the availability of nutrients in soil. K e y w o r d s

Monitoring of Nutrient Status in an Alluvial Soil Amended with Different Inorganic and Organic Fertilizers