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Precision agriculture could boost India’s food production capacity, encourage sustainable farming- Technology News, Gadgetclock

Precision agriculture could boost India’s food production capacity, encourage sustainable farming- Technology News, Gadgetclock
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Precision agriculture could boost India’s food production capacity, encourage sustainable farming- Technology News, Gadgetclock

Precision agriculture might enhance India’s meals manufacturing capability, encourage sustainable farming- Expertise Information, Gadgetclock

The world immediately is wealthy in knowledge, giving us deep insights into social and environmental challenges. We now know that present farming practices in India are more and more unsustainable, consuming 85 % of our freshwater assets and accounting for 20 % of the nation’s greenhouse fuel (GHG) emissions. With collapsing soil fertility and rising inhabitants, India might face a 42 million MT shortfall of contemporary vegatables and fruits inside a decade. Utilizing our finite assets judiciously, how can we sustainably improve our meals manufacturing capacities?

Over the previous 5 years, funding in agritech options addressing these social and environmental challenges has surged. Right this moment, the Indian agritech ecosystem has deep engagement from accelerators, enterprise capital companies, influence buyers, giant home corporates, MNCs, and public sector establishments. Between, 2014 and 2019, India noticed 38 investments in precision agriculture, which focuse on rising farmer profitability and sustainability, making this one of many high 5 agritech funding themes.

 Precision agriculture could boost Indias food production capacity, encourage sustainable farming

Farmers at the moment are accessing superior satellites to offer near-live photographs of fields and crop injury. Picture Credit score: RHIZA/Em7

The Inexperienced Revolution legacy playbook for Indian farming has little or no to supply for coping with collapsing water tables, lowering soil fertility, erratic rainfall, and rising temperatures. With rising capital availability, an increasing number of precision agriculture startups are working to resolve local weather challenges, particularly focused options to optimize use of scarce assets whereas serving to farmers enhance their revenue margins.

Precision agriculture, like all farming, begins with the soil.  Soil well being in India is extremely uncared for, with authorities and personal labs failing to have any actual influence. Soil samples are often collected by way of a grid system, a flawed method given Indian landholding patterns. As a consequence of small farm sizes, an space unfold throughout even a number of hectares can have considerably diverse soil well being. Furthermore, take a look at outcomes can take wherever from weeks to months to succeed in farmers, usually solely arriving after fields have already been sowed. It ought to be of little shock that an estimated 5.3 billion MT of soil is degraded annually as a result of incorrect fertilisation. Precision agriculture applied sciences, like fast focused soil testing, ship fast outcomes, assist farmers perceive farm-specific soil diet necessities, and precisely decide the required quantum of fertiliser, thereby optimising useful resource utilisation.

Nonetheless, for precision agriculture innovators to rewrite age-old agricultural practices, entry to know-how is essential for efficient adoption. With more and more ubiquitous 4G connectivity and cheaper cloud computing, agritech startups can now construct wealthy multidimensional datasets for enhancing predictive evaluation on farms. Moreover, rising smartphone penetration has empowered farmers to entry on-farm sensors that may reveal deep insights about microclimate and different area situations. Regular adoption of such technology-aided farming has proven vital discount in pesticide and water utilization, and elevated yields and earnings. It is a testomony to the immense potential precision agriculture applied sciences within the campaign towards local weather change.

Whereas precision agriculture startups have caught buyers’ consideration over the previous 5 years, greenhouse (together with polyhouse and nethouse) farming has been part of Indian agriculture for over 20 years now. We have already got vital horticulture manufacturing in peri-urban areas, which is quickly changing to protected cultivation utilizing Managed Setting Agriculture (CEA) applied sciences to handle warmth, humidity, air flow, and daylight. CEA ensures that biotic and abiotic dangers to crops are mitigated, and may work throughout a variety of vegatables and fruits.  As local weather change will get extra pronounced over time, CEA greenhouses will likely be crucial to make sure the viability of horticulture manufacturing in India.

Clearly, local weather change goes to be a transformative power in Indian agriculture. India is among the many high 10 nations in the local weather vulnerability index and is already grappling with challenges akin to rising temperatures, erratic precipitation, and excessive climate occasions. To feed 1.5 billion folks by 2030, it’s crucial to speed up the adoption of precision agriculture applied sciences. Solely by rising extra with fewer inputs, whereas decreasing the dependence on climate-vulnerable open area agriculture, can we guarantee India’s diet and meals safety within the coming a long time.

The writer is Managing Accomplice at Omnivore. He tweets at @agri_technology.

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