Advertisements
Advertisements
Question
Match the pairs:
| Column A | Column B | ||
| (i) | Compost making biofertilizer |
(a) | Azotobacter |
| (ii) | N2 fixing biofertilizer | (b) | Mycorrhiza |
| (iii) | Fungal biofertilizer | (c) | Agrobacterium |
| (iv) | Phosphate solubilizing biofertilizer |
(d) | Actinobocteria |
Match the Columns
Advertisements
Solution
| Column A | Column B | ||
| (i) | Compost making biofertilizer |
(d) | Actinobocteria |
| (ii) | N2 fixing biofertilizer | (a) | Azotobacter |
| (iii) | Fungal biofertilizer | (b) | Mycorrhiza |
| (iv) | Phosphate solubilizing biofertilizer |
(c) | Agrobacterium |
shaalaa.com
Is there an error in this question or solution?
APPEARS IN
RELATED QUESTIONS
Microbes can be used to decrease the use of chemical fertilisers and pesticides. Explain how this can be accomplished.
How does the application of cyanobacteria help improve agricultural output?
From the following pairs of microbes, identify the pair that has both the microbes that can be used as Biofertilizers.
In plant breeding, biofortification is a method ____________.
Which of the following symbiotic microorganisms is nitrogen-fixing?
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?
- Give an example of a genus of fungi that forms mycorhizal association with plants.
- How does the plant derive benefits from this association?
Name the microorganisms involved in the production of Roquefort cheese, Camembert cheese and Swiss cheese.
