The world’s food system is under immense pressure. With the global population forecast to reach around 9 billion by 2050, hunger and malnutrition are expected to rise, making food and nutritional security a critical challenge. Meeting this demand will require a substantial increase in food production, estimated between 59 per cent and 98 per cent, along with sustainable agricultural practices to curtail environmental impacts. To keep pace with these demands, agrochemical research and technology are evolving rapidly, blending digital tools with natural science to enhance efficiency, lessen waste, and protect natural resources.
The escalating need for food is stretching the boundaries of agricultural productivity. It’s projected that global demand for agricultural commodities will rise by an average of 1.2 per cent per year, primarily to feed a population expected to reach 8.5 billion by 2030. According to the United Nations Food and Agriculture Organisation (FAO), nearly 87 per cent of productivity gains must come from improving crop yields. Here, crop protection and nutrition solutions play a key role in boosting crop production, supporting food security, and addressing these urgent challenges.
Revolutionising agriculture through precision and nanotechnology
Precision agriculture, a tech-driven approach, is transforming farming. Leveraging big data, analytics, and satellite positioning, it enables farmers to make informed, real-time decisions. Tools like variable rate technology (VRT) help optimise the application of fertilisers and crop protection, and nutrition inputs, targeting only what each crop needs. This cuts down waste, conserves resources, and boosts yields, meeting food demands sustainably. According to the World Economic Forum, data insights can raise farm income by 3-6 per cent, minimise food loss by 2-5 per cent, and cut water use by 1-3 per cent.
AI and machine learning further enhance resource management, predicting weather, augmenting planting, and reducing waste. Meanwhile, nanotechnology innovations like liquid nano-urea, developed by Indian Farmers Fertiliser Cooperative Limited (IFFCO), offer efficient alternatives to traditional fertilisers. Just 500 mL of liquid nano-urea can replace an entire bag of urea, cutting costs and slashing the carbon footprint. These advancements collectively support sustainable farming, balancing productivity with environmental responsibility.
Gene editing, biotech solutions, and phygital innovations
Gene editing, particularly CRISPR, is opening new frontiers in crop science. Modified genes help plants withstand diseases, pests, and extreme weather, reducing the need for pesticides and water. Biotechnology further enhances agriculture through microbial solutions that improve nutrient absorption and protect against diseases. These innovations are likely to become staples in agrochemicals, promoting sustainable practices.
Phygital innovations, merging physical and digital tools, are also transforming agriculture. Tools like sensors, drones, and remote systems provide real-time data on crop health, pest activity, and soil conditions, allowing timely interventions. In India, the adoption of agricultural drones is on the rise, expected to grow from 3,000 in 2024 to 7,000 by 2025, supported by the Kisan Drone Initiative. This initiative offers funding and subsidies to expand drone usage, improving efficiency and resource management. Phygital tools like digital soil analysis and pest monitoring allow targeted input application, conserving resources and fostering sustainable agriculture.
Digital platforms and supply chains
Supply chain resilience is becoming an essential factor in the agricultural sector. Digital platforms are helping companies streamline operations and ensure a steady supply of agrochemicals, despite disruptions. These platforms also facilitate stronger collaboration between producers, suppliers, and retailers, supporting a seamless supply chain that can adapt to challenges such as extreme weather events or geopolitical tensions.
Blockchain technology, too, has started to make inroads in agriculture, offering traceability and transparency for consumers and businesses. By tracking products from farm to table, blockchain enables companies to provide verifiable information on product origin, helping meet consumers’ growing demands for ethically sourced goods. This transparency not only builds trust with consumers but also enhances the integrity of the agricultural supply chain.
The road ahead
As crop protection and nutrition solutions and allied inputs research advances, the future of farming looks promising. While challenges remain, particularly in terms of cost and accessibility for small-scale farmers, these innovations offer a pathway toward a more resilient and sustainable food system. As research continues, we can expect even more breakthroughs that enhance productivity, preserve resources, and protect the planet. Through these advances, the agricultural industry is taking crucial steps to fuel the future of farming in a world that increasingly values both efficiency and ecological balance.
(The author is Managing Director, Insecticides (India) Ltd. )