Large-scale NPK monitoring for fertilisation and due diligence
Why large-scale NPK monitoring is a game-changer for modern agriculture
In the world of large-scale agriculture, the difference between a profitable season and a loss often comes down to precision. For decades, nutrient management—specifically the application of Nitrogen (N), Phosphorus (P), and Potassium (K)—has been a process of educated guesswork. This traditional approach, reliant on infrequent soil samples and broad-area application, leads to two major problems:
Over-application: Wasting expensive supplemental fertilisers, which cuts into profit margins and causes environmental damage through nutrient runoff.
Under-application: Missing key nutrient deficiencies, which leads to lower yields and an inability to realize a field's full potential.
But what if you could see the nutrient variability of every square meter of your land, on-demand?
This is where a new generation of geospatial AI, powered by satellite imagery, is revolutionising how we manage nutrients. At Deep Planet, we have developed a scalable solution for large-scale NPK monitoring that provides actionable insights for two of the most critical business functions: supplemental fertiliser application and asset due diligence.
From guesswork to precision: Optimising supplemental fertiliser application
For farmers and agribusinesses, our platform transforms nutrient management from a reactive, guesswork-based process into a proactive, data-driven strategy.
Deep Planet’s Variable Rate Application Maps feature using soil nutrient maps including nitrogen, potassium and phosphorous, with adjustable fields for zone-specific applications.
Real-Time NPK Maps: Our AI models analyse satellite imagery to generate high-resolution NPK maps of your land, revealing spatial variability that is invisible to the naked eye. This allows you to pinpoint nutrient-deficient zones and areas with adequate levels.
Targeted Application: Instead of applying the same amount of fertiliser across an entire field, our technology enables Variable Rate Application (VRA). This means you apply fertiliser only where and when it is needed, which can lead to significant cost savings and reduced environmental impact. Read our blog on VRA for precision nutrient application.
Reduced Waste and Environmental Footprint: By minimising over-application, our solution helps prevent nutrient runoff into waterways and protecting local ecosystems.
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Beyond the farm gate: NPK monitoring for asset due diligence
For investment firms and institutional landowners, our NPK monitoring provides a powerful tool for a new era of agricultural investment.
Deep Planet’s nutrient maps for large scale regional monitoring with weekly or monthly frequency.
Due Diligence with Confidence: Before acquiring a new farm or land asset, traditional due diligence relies on a few scattered soil samples. Our platform provides a comprehensive, landscape-scale view of a farm's historical and current nutrient health, allowing you to:
Assess a farm’s true value: Understand the long-term health and productive potential of the soil.
Identify hidden risks: Spot nutrient-depleted or degraded areas that may require costly remediation.
Uncover opportunities: Identify land with untapped potential for yield optimisation.
Maximising asset value: For existing land portfolios, continuous NPK monitoring helps landowners and asset managers ensure that farms are being managed for long-term sustainability and profitability, protecting the value of their investment.
Conclusion: A strategic advantage for the future of food
The ability to accurately and affordably monitor NPK at scale is a game-changer. It not only empowers farmers and agri businesses to increase yields and reduce costs but also provides financial institutions with the verifiable data they need to make informed investment decisions. It’s a strategic advantage for building a more resilient, profitable, and sustainable food system.