Cultivating Health, Maximising Value: Soil Nutrient and Carbon Monitoring
The Challenge
Managing soil nutrients and carbon at scale effectively faces significant hurdles:
Costly & Infrequent Testing: Traditional soil sampling and lab analysis are expensive and time-consuming, limiting the frequency and spatial density of data collection.
Hidden Variability: Soil properties can vary dramatically even within a single field, leading to inefficient, blanket application of fertilisers and missed opportunities for carbon sequestration.
Lagging Insights: Lab results can take weeks, meaning decisions are based on outdated information, leading to suboptimal input use and reactive management.
Verification Complexity: Accurately measuring and verifying changes in soil organic carbon for sustainability reporting or carbon markets is complex and costly.
Environmental Impact: Inefficient nutrient management can lead to runoff, polluting waterways and contributing to greenhouse gas emissions.
Our Solution
Deep Planet leverages cutting-edge Artificial Intelligence (AI) and high-resolution satellite data to provide unparalleled insights into your soil's health. Our proprietary AI models analyse multi-spectral satellite imagery, combined with large historical soil data sets and environmental factors, to deliver dynamic, predictive intelligence for both nutrient management and carbon stewardship.
Key Capabilities
Soil Organic Carbon baselining and annual comparison providing data for carbon insetting
Nutrient scans to guide targeted fertiliser application
Sampling plans to optimise data collection
Understand soil water retention reducing water waste and enhance drought resilience
Identify areas at high risk of soil erosion
Benefits
Save on fertiliser, soil sampling and water application
Increase productivity and yield
Unlock new revenue streams with carbon projects
Simplify reporting with precise data at scale
Strengthen your land’s natural capital against climate change impact