Azotobacter as component of INM INTRODUCTION Azotobacter is
Azotobacter as component of INM INTRODUCTION Azotobacter is a free-living aerobic nitrogen fixing bacterium. Seed inoculation with Azotobacter helps in saving nitrogenous fertilizers by 15-20kg N/ha. It also improves seed germination , root proliferation and reduces the damage to crop by plant diseases. It can be used for upland crops. End Previous Next Azotobacter as component of INM Azotobacter is a free-living aerobic nitrogen fixing bacterium. It fixes on an average15-20 Kg N/ha by asymbiotic mechanism. End Previous
Next Azotobacter Inoculation Azotobacter as component of INM Inoculation Azotobacter Azotobacter Biofertilizers can be used for upland crops. Increase in yield of cereals(1530%),vegetables(2-45%) and cash crops(10-20%) is recorded due to Azotobacter inoculation . Azotobacter Azotobacterinincombination combinationwith with60 60 kg kgN/ha N/haand and60 60kg kgPP2O O5 / /ha haas asrock rock 2 5 phosphate phosphate produce produce significant
significant effect effect on onyield yieldofofwheat. wheat. End Previous Next Azotobacter as component of INM Azotobacter Bacteria under Microscope Cell Division Polysaccharide deposits End Previous Single Cell division Next
Azotobacter as component of INM BENEFITS OF AZOTOBACTER BIOFERTILIZER N2 Fixation Contribute 15-20 kg N / ha Phosphate solubilization Biocontrol Agent End Produce Antibiotics AZOTOBACTER AZOTOBACTER Enhance Seed germination Previous Produce growth
promoting substances Stimulate soil micro organisms Next Azotobacter as component of INM Inoculation effect of Azotobacter Biofertilizer Az o Ino tob cu act lat er ed Co n AZOTOBACTER End Previous Next tro
l Azotobacter as component of INM Crop response to Azotobacter inoculation Crops Method of inoculation Maize % yield increase over control Seed inoculation 36.5 - 71.7 Sorghum --do-- 09.3 - 38.1 Rice --do-- 01.0 - 20.0 Wheat
18.0 - 22.0 End Previous Next Azotobacter as component of INM IMPORTANT CONSIDERATION FOR AZOTOBACTER Azotobacter contributes moderate benefits. Azotobacter requires a large amount of organic carbon for its growth. It is poor competitor for nutrients in soil. It benefits crops by Nitrogen fixation, growth promoting and fungistatic substances. It improves seed germination and plant growth. It thrives even in alkaline soils. But less effective in soils having poor organic matter. End Previous Next
Azotobacter as component of INM LET US SUM UP Azotobacter is a free-living aerobic nitrogen fixing bacterium. Seed inoculation with Azotobacter helps in saving nitrogenous fertilizers by 15-20kg N/ha. Increase in yield of cereals(15-30%), vegetables (2-45%) and cash crops(1020%) is recorded due to Azotobacter inoculation . End Previous Next
Converting a Request to an Incident and Converting an Incident to a Request. When should a Request be converted to an Incident? Any Workgroup member (workgroup specialist) when triaging incoming requests, can convert a Request to an Incident if they...
Stages of Development of an Arguer. Stage 1: Argument as personal opinion. Typically expressing strong personal opinion but have trouble justifying their opinions with reasons and evidence and often create short, undeveloped arguments that are circular, lacking in evidence, and...
Introduction. What can we learn from sectoral job and worker flows? How large is the job reallocation in Iran relative to developed countries? How do oil (and real exchange rate) shocks affect job creation and job destruction (as well as...
Year 7. Grammar & Vocabulary. use definite and indefinite articles, agree adjectives for number and gender, use all persons of several regular verbs in the present tense (with a writing frame) and use days of the week in simple sentence...
Energy: Chemical vs. Nuclear. Chemical energy is associated with making and breaking chemical bonds. Nuclear energy is enormous in comparison. Nuclear energy is due to changes in the nucleus of atoms changing them into different atoms.
Ready to download the document? Go ahead and hit continue!