01 Precision Agriculture and Micronutrient Mapping Precision agriculture is increasingly shaping sulfur micronutrient usage by enabling more accurate identification of nutrient deficiencies. Farmers are adopting soil and leaf testing, GPS-guided machinery, and drone-based monitoring to assess sulfur requirements at field level. This targeted approach allows precise application, improving nutrient efficiency, crop yield, and environmental sustainability. By applying sulfur only where needed, farmers reduce waste and input costs while optimizing productivity. As yield optimization and resource efficiency become priorities, precision-based sulfur application is strengthening demand and encouraging wider adoption of sulfur micronutrients.
02 Adoption of Water-Soluble and Foliar Sulfur Fertilizers The use of water-soluble and foliar-applied sulfur fertilisers is gaining momentum due to their rapid nutrient uptake and ease of application. Liquid and water-soluble formulations enable sulfur to be absorbed quickly through leaves, making them effective for correcting deficiencies during critical stages of crop growth. These products are especially valuable for cereals and oilseeds, where sulfur supports protein formation and oil quality. Farmers are increasingly using foliar sulfur to complement soil-applied fertilisers, thereby improving nutrient balance and enhancing crop response.
March 2026 BASF expanded its sulfur-based micronutrient portfolio with advanced crop nutrition solutions designed to improve soil health, nutrient efficiency, and agricultural productivity.
September 2025 Yara International introduced enhanced sulfur-based fertilizer and micronutrient products focused on optimizing crop yield, plant nutrition, and sustainable farming practices.
May 2025 Nutrien expanded its crop nutrition portfolio with innovative sulfur-based micronutrient solutions designed to support balanced fertilization and improve crop performance.