Disease management
We have mathematical disease models that take into account pathogen, plant and environmental variables to warn when conditions are optimal for the disease to penetrate the leaf and infect the plant.
Disease Models
Monitor your farm’s own climatic conditions and receive an alert to anticipate possible diseases.
- Horticultural Crops
- Stone and pip fruit trees
- Extensive Crops
- We have more than 80 models for more than 35 crops!
For this we need three sensors:
- Temperature and relative humidity
- Rain gauge
- Leaf moisture sensor
Basic station:
nMETOS 180
It includes the following sensors:
- Temperature & Relative air humidity
- Delta T – Optimum momentum Spraying
- Dew Point – Frost Protection
- DPV – Optimal Fertigation Timing
- Leaf Wetting – Disease Models (calculated)
- Rain gauge
Intermediate station:
nMETOS 200
It includes the following sensors:
- Temperature & Relative air humidity
- Delta T – Optimum Spraying Time
- Dew Point – Frost Protection
- DPV – Optimal Fertigation Timing
- Leaf Wetting – Disease Models
- Rain gauge
- Leaf wetting sensor
Advanced station:
mMETOS 200
It includes the following sensors:
- Temperature & Relative air humidity
- Delta T – Optimum momentum Spraying
- Dew Point – Frost Protection
- DPV – Optimal Fertigation Timing
- Leaf Wetting – Disease Models
- Rain gauge
- Leaf wetting sensor
Possibility of incorporating other climate and soil sensors