Effect of Mineral Fertilizers and Biofertilization on some Soil Properties and Faba Bean Productivity under Saline Soil Conditions

Improvement of Wheat Root Zone and Productivity in Heavy Clay Salt Affected Soil

Effect of Some Agricultural Practices on Mitigating the Harmful of Soil Salinity for Faba Bean (Vicia faba L.) Productivity

Enhancement Yield and Quality of Faba Bean Plants Grown under Salt Affected Soils Conditions by Phosphorus Fertilizer Sources and Some Organic Acids

Productivity of some Faba Bean Cultivars and its Pan Bread Characteristics as influenced by Organic Fertilizers under Newly Reclaimed Salinity Sandy Soil

IMPROVING GROWTH, YIELD AND NUTRIENT UPTAKE OF FABA BEAN (Viciafaba L.) BY INOCULATION WITH MYCORRHIZAY AND FOLIAR APPLICTION OF COBALT UNDER SALINE IRRIGATION WATER ON A CALCAREO

Improving the Growth and Productivity of Faba Bean (<i>Vicia faba</i> L.) under Deficit Irrigation Conditions by Spraying of Potassium Selenate and Potassium Silicate

Improving the Yield and Quality of Faba Bean Grown in Alkaline Soils Using Agricultural Gypsum, Organic Fertilizers and Cobalt

Improving Salt-Affected Soils for Enhanced Fodder Beet Productivity: Effects of Soil Conditioners and Tillage Techniques

Improving Productivity and Control of Soil Borne Diseases of Broad Bean by Using Different Fertilization Resources under Reclaimed Soil Conditions