Monitoring can help identify areas where water conditions deserve closer investigation. This gives farmers a more focused starting point for checking whether parts of a field need additional water or drainage.
Conditions can vary within a single field. Applying the same response everywhere may overlook differences that matter to crop performance.
How does the platform assess water-related differences?
The STARPATH GLOBAL agricultural monitoring platform combines satellite imagery, recent weather, crop growth stage and available spectral monitoring information to produce soil moisture zoning.
The resulting map helps users locate areas assessed as relatively dry or wet. Staff can use these zones to prioritise field checks and compare conditions within the same field.
The map provides an assessment for management reference. It should be interpreted with its observation date and supporting information.
What should be checked before changing irrigation?
A mapped difference needs to be considered alongside actual field conditions.
Useful checks include soil moisture, crop appearance, irrigation system performance, recent rainfall and any visible ponding or drainage problems. Conditions below the surface may also require direct examination.
These checks help establish whether additional irrigation, drainage or another response is appropriate.
How can the platform support ongoing water management?
Repeated monitoring helps users follow changes and review whether areas requiring attention remain in the same locations.
Where available, equipment status and well-water use records provide additional operational context. Managers can review these records alongside crop and moisture information when planning work.
The practical benefit is a clearer basis for deciding where to investigate and how to organise water management. Any improvement in water use or crop performance depends on the field conditions, the decisions taken and how operations are carried out.
