Andere Kunden interessierten sich auch für
![Plant Nutrient Acquisition]( "Plant Nutrient Acquisition")
Plant Nutrient Acquisition77,99 €![Mycorrhiza & Phosphorus nutrition of crops]( "Mycorrhiza & Phosphorus nutrition of crops")
Mycorrhiza & Phosphorus nutrition of crops26,99 €![Enhancing productivity of lowland rice through silicon nutrition]( "Enhancing productivity of lowland rice through silicon nutrition")
Enhancing productivity of lowland rice through silicon nutrition32,99 €![Plant Nutrition of Greenhouse Crops]( "Plant Nutrition of Greenhouse Crops")
Plant Nutrition of Greenhouse Crops231,99 €![Soil Fertility and Nutrient Management In Indian Context]( "Soil Fertility and Nutrient Management In Indian Context")
Soil Fertility and Nutrient Management In Indian Context23,99 €![International Audit of the Strategic Development of Yara ASA]( "International Audit of the Strategic Development of Yara ASA")
International Audit of the Strategic Development of Yara ASA36,99 €![Introductory Crop Physiology]( "Introductory Crop Physiology")
Introductory Crop Physiology36,99 €
To all those interested in the future of agriculture in the world. Sulphur (S) is one of 16 elements essential for crop growth. Although sulphur is considered a secondary nutrient, it is often called the fourth major nutrient ranking just below nitrogen, phosphorus, and potassium. Deficiencies of sulphur in crop production are increasing worldwide. Modern agriculture requires adequate fertilization of Sulphur to achieve maximum crop yield and performances. Plants use sulphate, the oxidized form of sulphur existing in the soil, as a sulphur source Sulphur plays an important role in the availability of phosphorus and micro-nutrients. Sulphur application increase Phosphorus availability and also soluble phosphorus in the soil surface layer.