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Millets play an important role in nurturing soils and improving their fertility and texture, thereby increasing the yield and hence the returns to the farmer. Once the root system is established, millets can survive many dry weeks. In case of dry spell, as it starts raining, the plants jump back to life and yield something by the end of the season. Millets are thus fairly effective at aggregating nutrients and if we conscious in closing the nutrient loop locally, one can realize a manifold increase in soil health. They require low input, and can help gaining returns from dry, less fertile and barren lands that otherwise remain unproductive, maintaining the healthy biome of the soil.
Millets do not require excessive irrigation, synthetic fertilizers or pesticide and mostly grown with organic/less inputs. They help in reducing the atmospheric CO 2 and thus contribute in mitigating the climate change. Millets are an important crop as sustainable food source for combating hunger in changing world climate. Millets fall under the group of C4 cereals. C4 cereals take more carbon dioxide from the atmosphere and convert it to oxygen, thus reducing atmospheric carbon dioxide, and contributing in mitigating the climate change.
India is the leading producer of millets and ranks top among ten millet producing countries. However, the yield of millets in India still remains low. Most of the cultivation is carried out in resource-poor soils in rain-fed conditions with least or no inputs. Moreover, the land allocated for the production of millets remains inadequate.
The tide has now turned. If millets were our first food, they are now seen by the scientific community as foods of the future. What is most exciting about the new research on millets is that the humble grain, emerged as the answer to modern food security. Experts are unanimous in their belief that the millet may have a role to play in protecting us against crop failure, scarcity and famine.