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प्रश्न
How does the application of the fungal genus, Glomus, to the agricultural farm increase the farm output?
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उत्तर १
Glomus fungi belong to the genus of fungi which are found in symbiotic relationship with the roots of the seed plants (mycorrhiza). It absorbs phosphorus from the soil and passes it to the plant and the in return derives sugars from the plant cell for survival. Thus the application of the fungal genus, Glomus, to the agricultural farm increases the farm output due to increased phosphorus availability to the crops.
उत्तर २
The fungal genus Glomus forms mycorrhiza, absorbing phosphorus from soil and passing it to plants, enhancing nutrient uptake, resistance to pathogens, tolerance to salinity and drought, and overall plant growth, thereby increasing farm output.
संबंधित प्रश्न
How do biofertilisers enrich the fertility of the soil?
What are 'biofertilizers'? Explain them with suitable examples.
Name any two bacterial biofertilizers.
State any three benefits of mycorrhiza.
Mycorrhiza is a______ which forms a symbiotic association with the underground parts like rhizomes and root of higher plants.
VAM stands for ______.
The biological agent which is used to kill or check proliferation of disease causing agents is called ____________.
Some blue-green algae are used as bio fertilisers of their ______.
Soil microorganisms mainly comprise:
Which one of the following is NOT a nitrogen-fixing organism?
Which one of the following is not a nitrogen-fixing organism?
Why are blue green algae not popular as biofertilisers?
How do mycorrhizal fungi help the plants harbouring them?
Give two examples of biofertilizer.
Which of the following bacteria do not solubilize the insoluble rock phosphate?
Endomycorrhizae grow in ______ of higher plants.
Which cyanobacterium lives in association with the water fern Azolla and is widely used in paddy fields?
Which of the following is NOT a primary benefit of using biofertilizers in agriculture?
Which biofertilizer component is most effective for enhancing phosphorus and mineral absorption while providing pathogen protection?
