CYANOBACTERIA AND Rhizobium radiobacter AS POSSIBLE BIOFERTILIZERS IN WHEAT PRODUCTION

EFFECT OF CYANOBACTERIA INOCULATION ON WHEAT PRODUCTIVITY AND GRAIN QUALITY

CYANOBACTERIA CAN COMPENSATE A PART OF MIERAL NITROGEN REQUIRED FOR WHEAT PRODUCTION

THE COMBINED EFFECT OF CYANOBACTERIA EXTRACT AND MICRONUTRIENTS SPRAYING ON WHEAT PRODUCTIVITY, NUTRIENTS CONTENT AND NITROGEN FERTILIZER OPTIMIZATION

Effect of Nitrogen-Fixing Cyanobacteria on the Growth of Wheat Crop

CYANOBACTERIA INOCULATION AS NITROGEN SOURCE MAY SUBSTITUTE PARTIALLY MINERAL NITROGEN IN MAIZE PRODUCTION

USING OF CYANOBACTERIA OR AZOLLA AS ALTERNAT1VE SOURCES OF NITROGEN FOR RICE PRODUCTION

IMPROVEMENT OF GROWTH YIELD AND ROOT COLONIZATION OF WHEAT CULTIVATED IN SALT AFFECTED SOIL INOCULATED BY Azotobacter AND Azospfrfllum WITH MINERAL NITROGENOUS FERTILIZER

DO CYANOBACTERIA AND EFFECTIVE MICROORGANISMS AFFECT WHEAT YIELD AND GRAIN QUALITY

EFFECT OF Azotobacter chroococcum AND Azospirillum brasilense INOCULATION AND ANHYDROUS AMMONIA ON ROOT COLONIZATION, PLANT GROWTH AND YIELD OF WHEAT PLANT UNDER SALINE ALKALINE