D
Deep dry zones
Persistent high relative impedance in lower levels or relevant sectors.
Observable hydraulic phenomena
The platform helps identify patterns and critical irrigation conditions that can remain unnoticed with surface information or aggregated signals, providing evidence to better manage water resources and process solutions.
Phenomena
Hydraulic conditions to review
The objective is to support operational criteria with visual and temporal evidence.
P
Dry pockets
Localized volumes showing low evidence of effective irrigation.
F
Wet fronts
Spatial evolution of relative low-impedance zones associated with irrigation advance.
O
Over-irrigation
Local concentrations of relative wet condition requiring operational review.
C
Preferential channeling
Descent or concentration patterns that suggest dominant hydraulic paths.
H
Heterogeneity
Relevant spatial differences between sectors or depths.
S
Critical sectors
Areas prioritized by severity, location, depth and temporal persistence.
T
Time evolution
Snapshot comparison to study response to irrigation or operating changes.
H₂O
Water-resource control
Evidence to review where irrigation distributes well, where critical zones persist and where irrigation criteria should be adjusted.
Operation
From observation to action criteria
The goal is not to generate isolated alarms, but to provide evidence to decide where to look, what to compare and what to validate in the field.
- Prioritization of critical sectors.
- Before/after comparison of irrigation changes.
- Support for more efficient and controlled use of water resources and process solutions.
- Support for channeling or deep-drying hypotheses.
- Basis for technical reports and follow-up.
