Summary of Peptide-Chelated Micronutrients: A New Frontier of Fertilizers for Biofortification of Lettuce Biostimulants Enhance Lettuce Biofortification Sustainable Peptide-Based Biostimulants for Iron and Zinc Enrichment Biostimulants Enhance Lettuce Biofortification by increasing essential micronutrients without reducing
Summary of Foliar applications of a vegetal-derived protein hydrolysate alone or in combination with calcium alleviate heat stress in lettuce by boosting leaf antioxidant activity Biostimulant on Heat-Stressed Lettuce: Improving Plant Resilience to High Temperatures
Summary of Foliarly applied biochelates as an eco-friendly strategy for biofortification with iron and zinc of hydroponically grown lettuce Biostimulants for Biofortification: A Sustainable Approach to Enhance Crop Nutrition Modern agriculture is increasingly exploring Biostimulants
Summary of Biostimulant – Iron nutrition in agriculture: From synthetic chelates to biochelates. Enhancing Iron Availability for Crop Productivity: Iron (Fe) is an essential micronutrient for plant growth and development. While many soils contain Fe,
Summary of Biostimulant – Comparative Environmental Assessment of the Iron Fertilisers’ Production: Fe-Biochelate versus Fe-EDDHA Biostimulant Iron Fertilisers and Their Environmental Impact Biostimulant iron fertilisers are gaining attention as sustainable alternatives to conventional synthetic inputs.
