Abu Dhabi is setting a clear and ambitious direction for the future of agriculture. Its food self-sufficiency target is 70% in basic food commodities by 2040.
The target was highlighted alongside the launch of Abu Dhabi’s Agricultural Transformation Strategy during Global Food Week 2026. According to the Abu Dhabi Media Office, the strategy focuses on enhancing self-sufficiency, improving resource-use efficiency and reducing irrigation water consumption.
For an emirate operating in an arid environment, achieving this ambition is not simply about increasing agricultural land. It is about producing more from every hectare, every litre of water and every unit of nutrient applied.
Agriculture in an arid environment
The UAE faces several structural agricultural challenges, including limited rainfall, high temperatures, water scarcity and soil-related constraints. Yet the country has increasingly turned these challenges into opportunities for agricultural innovation.
Protected cultivation, precision agriculture, controlled environments, smart irrigation, hydroponics and improved crop nutrition can all contribute to more efficient production systems. RNZ has explored how controlled-environment and vertical farming can support production where land and water are constrained.
The UAE’s National System for Sustainable Agriculture also focuses on improving farm efficiency, increasing food self-sufficiency and reducing irrigation water use per production unit.
Why crop nutrition matters
Water availability alone does not determine agricultural productivity.
Plants require a balanced supply of essential nutrients throughout their growth cycle. Nitrogen, phosphorus and potassium provide the foundation, while secondary and micronutrients support processes such as root development, flowering, fruit quality and physiological performance.
The challenge is therefore not simply applying more fertilizer. It is about delivering the right nutrients, at the right rate, at the right time and in the right place.
This becomes particularly important in water-efficient systems such as fertigation, where nutrients can be delivered through irrigation according to crop requirements. Growers can explore RNZ’s water-soluble NPK range as part of a crop-specific nutrition plan.
Technology changes the equation
Technology can help growers monitor crop conditions, manage irrigation, understand nutrient requirements and make decisions based on field data rather than assumptions. Field measurements can also help identify nutrient limitations early and avoid unnecessary inputs.
Global Food Week 2026 in Abu Dhabi placed many of these themes at the centre of discussions around future food security, including AI, digital infrastructure, sustainable water management and resilient food systems.
This represents an important shift in agricultural thinking. The question is no longer simply: How much can we grow? It is increasingly: How efficiently can we grow it?
What 70% could mean for agriculture
A stronger domestic production base could increase demand for technologies and inputs that support productive and sustainable agriculture.
That includes efficient crop nutrition, water-soluble fertilizers, fertigation, soil improvement, precision agriculture, protected cultivation, digital crop monitoring and water-efficient irrigation.
For fertilizer and crop-nutrition companies, this creates an opportunity to contribute beyond supplying products. The industry can support growers with knowledge, agronomic understanding and solutions designed around crop requirements.
Building the future
Achieving 70% food self-sufficiency will require collaboration between government, farmers, technology providers, researchers, investors and the agricultural supply chain. It will also require a long-term focus on productivity without compromising natural resources.
At RNZ, we believe the future of agriculture will be built around a simple principle: more productive agriculture must also become more resource-efficient agriculture.
For arid regions, smarter nutrition, better water management and technology can work together to create a more resilient food system. The future of food security is not only about growing more. It is about growing smarter.
To discuss crop nutrition suited to your production system, contact RNZ.
