LandScan is the pioneer in subsurface hyperspectral remote sensing. The Digital Soil Core (DSC) has 7 sensors that are used to characterize the soil environment in true 3D. Sensor fusion combined with machine learning can produce astonishing results. In this image we can classify different minerals, quantify porosity, identify redoximorphic features and concretions, and much

It is fascinating to be able to see what is happening in the soil in real-time and in-situ using the Digital Soil Core (DSC). The powerful and unique analytics enabled by this tool are game-changing! Today from an almond orchard in California. We can see roots, soil grains, minerals, and more. We can learn and

So much can be learned about a soil profile in 90 seconds using the Digital Soil Core (DSC) including a full 3D scan of porosity, structure,texture, salinity, color, and numerous attributes related to the soil water/fertilizer/chemistry/microbiome relationship.

It is now possible to digitally characterize the soil profile in 1 cm increments for dozens of soil properties in-situ in about 90 seconds. The Digital Soil Core (DSC) contains 7 sensors that obtain continuous measurements of soil properties including texture, structure, porosity, organic matter, density, moisture, salinity, and many others. Data from multiple sensors

LandScan is pioneering LIDAR analytics as part of our Digital Vegetation Signature (DVS) technology. These metrics, when combined with other spatial, spectral and thermal data obtained from drones is used in conjunction with the Digital Soil Core (DSC) to discover relationships between plant performance and behavior and the growing environment.

Check out this ‘dirty video’ from the LandScan Digital Soil Core (DSC) tool from an almond orchard in California. One of the DSC’s seven sensors obtains in-situ, super high resolution digital imagery of the entire soil profile in about a minute at a resolution of 3 microns! You can see roots, critters, pores, grains, structure,