AZOLLA AND CYANOBACTERIA AS NITROGEN SOURCE SUBSTITUTE MINERAL NITROGEN IN RICE CULTIVATION

<i>AZOLLA</i> AND CYANOBACTERIA AS POSSIBLE NITROGEN BIOFERTILIZER SOURCE IN RICE PRODUCTION

THE POTENTIAL USE OF AZOLLA AS NITROGEN SOURCE IN RICE PRODUCTION

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

THE NOVEL OF USING CYANOBACTERIA AND Azotobacter AS BIOFERTILIZER FOR WHEAT CROP PRODUCTION

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

PNITROGEN-FIXING ABILITIES OF SOME CYANOBACTERIA IN SANDY LOAM SOIL AND EXUDATE EFFICIENCY ON RICE GRAIN GERMINATION

EFFECT OF CYANOBACTERIA AS AN ALTERNATIVE SOURCE OF MINERAL NITROGEN ON THE YIELD AND CHEMICAL COMPOSITION OF RED CABBAGE UNDER SOILLESS CULTURE SYSTEM

CYANOBACTERIA AS ALTERNATIVE BIOLOGICAL CONDITIONERS FOR BIOREMEDIATION OF BARREN SOIL

EFFECT OF CYANOBACTERIA, HUMIC SUBSTANCES AND MINERAL NITROGEN FERTILIZER ON RICE YIELD AND ITS COMPONENTS