IMPROVING GROWTH AND PRODUCTIVITY OF TOMATO UNDER SALINE CONDITIONS BY FERTILIZATION AND SALINITY HARDENING

EFFECT OF NITROGEN , PHOSPHORUS AND POTASSIUM LEVELS AND FOLIAR SPRAY WITH CITRIC AND SALICYLIC ACIDS ON GROWTH, YIELD AND FRUIT QUALITYOF TOMATO PLANTS

Physiological Studies on Improving Salinity Tolerance in Tomato Plants

TOMATO YIELD RESPONSE TO SALT STRESS DURING DIFFERENT GROWTH STAGES UNDER ARID ENVIRONMENTAL CONDITIONS

EFFECT OF SOME SOIL AMENDMENTS ON GROWTH, YIELD AND QUALITY OF TOMATO PLANTS (LYCOPERSICON ESCULENTUM MILL.) CULTIVATED UNDER SALINITY CONDITIONS

EFFECT Of NITROGEN, SODIUM, CALCIUM AND THEIR INTERACTION ON YIELD AND COMPOSITION OF TOMATO FRUIT.

YIELD, QUALITY AND CHEMICAL COMPOSTION OF TOMATO (Lycopersicon Esculentum, Mill.) AS AFFECTED BY IRRIGATION SYSTEMS, SALINITY LEVELS AND SOIL TYPES.

Potassium Fertilization Role in Tomato Tolerance of Water Salinity and Stress under Drip Irrigation System

Quality characteristics of Tomato Fruits for processing based on chemical composition and functional compounds in response to fertilization rate with potassium humate

The Impacts of Silicon and Salicylic Acid Amendments on Yield and Fruit Quality of Salinity Stressed Tomato Plants