Ashi SharmaAIR 12 · CSE 2024 · 244 wordsTheir whole copy
Opening · a definition
Nanotechnology seeks to exploit the unique properties of elements at the nanoscale for improving human lives. It has applications in various fields especially agriculture.
Body · points
Role in agricultural productivity and food security
- Nano fertilizers like nano urea developed by IFFCO offer better application of nutrients directly to plant roots, increasing productivity.
- Nano robots can be used in fields to develop precision farming systems.
- Nano pesticides can be developed to decrease human exposure to harmful chemicals and decrease pesticide residue in fields.
Benefits of nano fertilizers & pesticides
- Ensure correct application of fertilizers and deter over use of urea.
- Increased yield.
- Decreased chances of surface run off polluting ground water, surface level water bodies leading to issue of eutrophication.
- Enhanced nitrogen use efficiency.
- Increased resistance against pests decreasing crop losses.
- Safeguards human health.
- Encourage R&D in agro life sciences.
- Help increase farmer incomes.
- Help reduce agricultural distress.
Risks
- Possibility of bio-accumulation and biomagnification of harmful compounds in animals & humans.
- May increase economic pressure on farmers as these products are not provided on subsidies.
- Nano waste may have negative impact on ecology.
- May cause diseases like respiratory diseases, cardiovascular diseases.
- May create a nano divide between haves & have nots.
Close · a way forward
Nano technology can help climate proof our agriculture and food security. The GoI's National Mission on Nano Science & Technology should focus on the agricultural sector.
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