Andhra Pradesh Agriculture Minister Kinjarapu Atchannaidu recently highlighted the state’s push towards smart, technology-driven farming to raise farmers’ incomes amid challenges like water scarcity and climate change. Speaking at the launch of automation-based micro-irrigation systems, he emphasized shifting from traditional methods to precision agriculture for better yields and lower costs.
The initiative, under the AP Micro Irrigation Project (APMIP), introduces sensors and automated systems for water and fertilizer use, moving from “per drop more crop” to “per drop more returns.” Automation promises 20-30% water savings, reduced labor expenses, and higher quality produce, especially for horticulture crops. Subsidies cover 55% for small, marginal, SC/ST farmers and 45% for others, with empanelled companies ensuring transparency via fixed prices and inspections.
Complementing this, Chief Minister N. Chandrababu Naidu directs satellite crop surveys, AI chatbots for farmer advice, and drone tech for precise pesticide application. Soil tests using satellite data and organic farming promotion build resilience against floods. These reforms aim to make Andhra Pradesh a national model, targeting higher profits with minimal investment through mechanization and natural farming. Early adoption shows promise in boosting productivity, aligning with goals like 15% annual agri-tech growth.
FAQs [Frequently Asked Questions]
1. What is smart agriculture in Andhra Pradesh?
Smart agriculture uses automation, sensors, AI, and drones for precise irrigation, fertilizers, and pest control, saving 20-30% water and cutting costs to increase farmer incomes.
2. What subsidies are available for micro-irrigation?
Small/marginal/SC/ST farmers get 55% subsidy; others 45%. Systems integrate with existing setups, backed by warranties and quick grievance support.
3. How does tech help farmers’ income?
Tech like AI chatbots, satellite surveys, and drones reduce losses, improve yields, and enable “per drop more returns,” shielding from climate risks.