Katyayani Azotobacter Bio Fertilizer (5 x 10*8 CFU ml/min) for Plants & Home Garden Nitrogen Provider in Fruits Vegetables Spicies Fibre Aromatic Medicinal Ornamental Crops Nitrogen fixing

Tagget Crops : wheat , paddy rice , sorghum , bajra , barley , maize , coffee , tea , cocoa , sugar cane , opium , sisal , oil seeds , oil palms , fruits , rubber trees Jute , Cotton , Sugarcane , Tomato , Brinjal , Chilli , Capsicum , Okra , Pea , Cowpea , French bean , Bottle gourd , Bitter gourd , Ridge gourd , Sponge gourd , Cucumber , Cabbage , Cauliflower , Little gourd , Pointed gourd , Drum stick , Kidney bean , Lima bean , Onion , Garlic , Ginger , Turmeric , kale , Knol khol , Sprouting broccoli , Pigeon pea , Spine gourd , Banana , Papaya , Mango , Sapota , Pomegranate , Guava , Ber , Apple , Pear , Peach , Plum , Loquat , Almond , Cherry , Grape , Fig , Water melon , Musk melon , Jack fruit , Aonla , Bael , Custard apple , Phalsa , Grape , Orange , Citrus , Apricoat , Walnut , Pecannut , Strawberry , Litchi , Arecanut , Lemons , Pineappple , Asparagus , Atroppa , Calendula , Rose , Marigold , ibiscus , Bougainvillea , Jasmine , Orchid , Crysanthemum.MODE OF ACTION : Azotobacter spp. Is the free living nitrogen fixing aerobic bacterium. Azotobacter spp. fixes the atmospheric nitrogen through the process of biological nitrogen fixation and makes it available to plant in an easily accessible and utilizable form. Azotobacter Species as Potential Soil Biological Enhancers for Crop Growth Rate & Nutrition and Yield StabilityAzotobacter releases ammonia into the soil and improves soil fertility. It also produces antifungal substances which inhibit the growth of harmful fungi and result in lowering the disease occurrences. Azotobacter in plant growth promotion is available yet , the exact mode of action behind the growth promoting activity of this bacterium is not fully explored. Azotobacter improves seed germination and has a beneficiary response on Crop Growth Rate (CGR). It helps to increase nutrient availability and to restore soil fertility for better crop response. It is an important component of an integrated nutrient management system due to its significant role in soil sustainability.