Comment: Four ways technology is driving regenerative agriculture

From precision farming and predictive modelling, technology serves as both a catalyst and steward for a more sustainable and resilient food system, says Simone Sala, director of global soils and ecosystem solutions at Varda.


We're facing some serious challenges with our agrifood system. Recent estimates say that two billion more people will need to be fed by 2050, but as more people come into the world, we're losing farmland to growing cities. In fact, from 1961 to 2016, the world's population doubled, while farmland per person was cut in half from 0.45 to 0.21 hectares. On top of that, our soil is under threat from erosion and degradation.

On top of this, the United Nations warned that 40 per cent of the Earth's soil is in dire straits. We're therefore in need of a solution that can ramp up food production, but also look after our soil and help recover land that's been damaged. That's where regenerative agriculture comes into the picture.

Regenerative agriculture is all about going back to practices that have been used by farmers and indigenous communities for centuries. It involves a wide range of agronomic techniques. However, with the help of modern technologies we could help support and expand the application of regenerative agriculture practices.

Precision farming

Precision farming stands at the forefront of technological innovation in regenerative agriculture, transforming the way we cultivate our lands. By employing advanced sensors, drones, and satellite imagery, farmers can now amass detailed data on soil conditions, moisture levels, and crop health. This wealth of information not only guides data-driven decisions but optimises the allocation of resources, targeting the precise application of water, fertilisers, and pesticides. Unlike traditional farming methods that often lead to overuse and waste, precision farming ensures that these vital resources are applied only where and when they are needed.

Accurate monitoring and farm management systems

In the evolving landscape of regenerative agriculture, technology is not only shaping how we farm but also how we monitor and manage it. Smart farming systems, underpinned by cutting-edge software, enable continuous scrutiny of soil health, biodiversity, and various ecological indicators.

With the ability to track essential metrics such as carbon sequestration, water quality, and habitat diversity, these systems offer a comprehensive view of the farm's ecological footprint. The implementation of farm management software streamlines operations, allowing farmers to monitor progress towards regenerative goals and swiftly identify areas for improvement. It's more than just an administrative tool; it's an intelligent system that employs real-time monitoring and data-driven insights to facilitate adaptive management strategies.

By embracing such technology, farmers are not only keeping pace with the demands of modern agriculture but steering it in a direction that fosters regenerative outcomes.

Data analytics and predictive modelling 

Another benefit of technology in regenerative agriculture is the empowerment of farmers with powerful data analytics tools and predictive modelling algorithms. By analysing vast amounts of data collected from various sources, such as weather patterns, historical crop performance, and soil composition, farmers can gain valuable insights. This mix of information enables them to make informed decisions on crucial aspects like crop rotation, optimal planting times, and nutrient management.

Predictive modelling goes a step further, helping farmers manage weather impacts by providing them with valuable insights into weather patterns, forecasts, and potential risks.. Predictive modelling is useful in managing the complexity of agricultural operations and the effects of the surrounding environment - developing farming strategies and plans that are tailored to local conditions and ecosystems. The outcome is a seamless blend of traditional knowledge with predictive intelligence, forging a balance between nature and technology that will help transition the world towards a nature-positive food system.

Information, communication and knowledge sharing

Finally, digital technologies serve as a platform to connect farmers not only to markets but to a whole ecosystem, ranging from buyers and suppliers to end customers. Platforms designed to foster collaboration can be used to establish and strengthen networks among farmers and with service providers.

These digital interfaces become gateways for education and training in agriculture. Farmers seeking to understand, transition to, or implement regenerative agriculture practices effectively can find resources and tools tailored to their needs. The synergy created by these platforms transforms isolated knowledge into shared wisdom, turning individual successes into peer-to-peer progress.

The risks and challenges

While digital technologies offer immense potential to spread regenerative agriculture and transform the farming landscape, they also carry risks and challenges that must be carefully considered. The access to digital technologies is far from balanced, with disparities in infrastructure availability, affordability, technology awareness, and the ability to use them creating a digital divide. This inequality in access may leave some farmers disconnected from the digital revolution, while others may find themselves outcompeted by larger or more tech-savvy farms.

While the promise of innovation is tantalising, a mindful approach that addresses these multifaceted issues is necessary to ensure that the digital transformation of regenerative agriculture is inclusive, secure, and equitable.

The bottom line

Overall, technology holds the potential to be a transformative force within the agriculture industry, particularly so for regenerative agriculture. Through the widespread adoption of innovative digital tools, the effect emerges far beyond mere productivity. It's a combination of science and tradition that can simultaneously enhance soil quality and farmer productivity.

From precision farming and predictive modelling, technology serves as both a catalyst and steward for a more sustainable and resilient food system. As we look to the future, it's evident that the fusion of technology and regenerative agriculture practices is not merely an option but a necessary path, ushering in a new era of farming that respects the land while feeding the ever-growing global population.


Simone Sala, director of global soils and ecosystem solutions at Varda