scientific articles

Citrus salinity stress treatment using foliar nutrients has proven to be a sustainable solution for improving citrus growth and yield under harsh soil conditions. In Egypt’s El-Bustan region, where soil salinity levels reach 3.40 dS/m, Valencia orange trees showed marked improvements with foliar applications of salicylic acid, potassium silicate, and

The Science Behind Potassium’s Impact on Potato Cultivation Why Potatoes Demand Extra Potassium Potatoes require 2-3 times more potassium than cereal crops (Trehan & Klassen, 2000). Our field studies show: 86% yield increase when combined with calcium 30% larger tubers at optimal concentrations (2936 mg/kg) 16% reduction in post-harvest losses (Grewal et al.,

Calcium & Boron Humates: The Ultimate Solution for Blossom-End Rot and Higher Yields Why Calcium and Boron Are Critical for Tomatoes & Cucumbers Tomatoes and cucumbers are highly susceptible to blossom-end rot (BER) and nutrient deficiencies. A 2023 study by Turkish Journal of Agriculture and Forestry revealed that calcium humate (12% CaO) and boron humate (10% boric

Gel Suspension Fertilizers: The Future of Sustainable Agriculture What Are Gel Suspension Fertilizers? Gel suspension fertilizers are liquid fertilizers containing gelling agents that improve nutrient stability, application efficiency, and absorption. Key Characteristics Nutrients exceed solubility limits Contains dispersed & stabilized particles Prevents sedimentation with viscosity-enhancing gels Benefits of Gel Suspension

Potassium for olive trees plays a vital role in improving plant water regulation, fruit quality, and drought resilience. As a macronutrient, potassium (K) is crucial for olive trees grown in arid regions, where deficiency can severely impact productivity (Xiloyannis et al.). Why Potassium Matters for Olive Cultivation Potassium is involved

Phosphorus and Abiotic Stress Tolerance play a central role in modern crop resilience strategies. As a vital nutrient, phosphorus regulates key physiological responses to abiotic stresses such as heat, drought, salinity, waterlogging, CO₂ elevation, and heavy metal toxicity. Without adequate phosphorus, crop development and yield are severely hindered. Why Phosphorus

Introduction: Why It’s Vital to Control Pests While Protecting Pollinators Effective pest control doesn’t need to come at the expense of pollinators or beneficial insects. Learning how to control pests while protecting pollinators is essential for sustainable agriculture, especially in home gardens and commercial crop settings. Insecticidal Soap: A Safe

Phosphorus (P) plays a vital role in crop production, standing alongside nitrogen and potassium as one of the three primary nutrients essential for plant growth. The importance of phosphorus for crops is especially pronounced during the flowering and fruit set stages. Why Phosphorus Matters for Plants Phosphorus is crucial for

What is Foliar Fertilization and Why is it Important? Foliar fertilization is an effective method of plant nutrition where nutrients are absorbed directly through the leaves instead of the roots. This method plays an increasingly important role in crop production, especially in cases where the soil is unable to provide