IRRIG is an Irrigation Ontology for experimentation in TSCF, Irstea Clermont-Fd.
Irrigation ontology for experimentation in TSCF
A relationship identifying the manufacturer of an entity (e.g., device)
A relationship identifying the model of an entity (e.g., device)
A relationship providing the name of an entity (e.g., device)
The inference result that determine the crop growth state at a specific time.
Crop Growth Deduction
The act that a sensor carries out an crop growth observation.
Crop growth observation
Situation that a crop growth property has qualitative data that distinguish with other situations. This is a definitive class including the following states: init, v2, v7, v7d25, r1, r1d15, r5, r5hg45.
Crop Growth State
The inference result that determine the crop water need state at a specific time.
Crop Water Need Deduction
Situation that a crop water need property has qualitative data that distinguish with other situations. This is a definitive class including the following states: init, no, yes, wait.
Crop Water Need State
Property dedicated to the growth of plants.
Growth property
Property dedicated to the intensity of rainfall.
Intensity property
The act that an actuator carries out an irrigation action.
Irrigation actuation
Property dedicated to the moisture in the soil.
Moisture property
Situation that a rain intensity level has qualitative data that distinguish with other situation. This is a definitive class including the following states: init, light, moderate, heavy.
Rain Intensity State
Limits to define a rain intensity state and distinguish this state to other states.
Rain Intensity Boundary
The inference result that determine the rain intensity state at a specific time.
Rain Intensity Deduction
The act that a sensor carries out an rain quantity observation.
Rain Quantity Observation
The act that a sensor carries out a total rain quantity per day observation.
Rain Total Quantity Per Day Observation
Limits to define a root zone moisture level state and distinguish this state to other states.
Root Zone Moisture Level Boundary
The inference result that determine the rootzone moisture level state at a specific time.
Root Zone Moisture Level Deduction
Situation that a root zone moisture level has qualitative data that distinguish with other situation. This is a definitive class including the following states: init, saturated, very high, high, average, low, very low, dry.
Root Zone Moisture Level State
The act that a sensor carries out an root zone moisture per day observation.
Root zone moisture per day observation
The act that a sensor carries out an average moisture per day observation at 30 cmp depth soil.
Soil 30cm Depth Average Moisture Per Day Observation
The act that a sensor carries out a moisture observation at 30 cm depth soil.
Soil 30cm Depth Moisture Observation
The act that a sensor carries out an average moisture per day observation at 60 cmp depth soil.
Soil 60cm Depth Average Moisture Per Day Observation
The act that a sensor carries out a moisture observation at 60 cm depth soil.
Soil 60cm Depth Moisture Observation
Property dedicated to the stress of plants.
Stress property
A sensor that measures the rain fall.
Pluviometer
A sensor that measures the soil moisture.
Soil Tensiometer
A sensor that measure weather conditions.
Thermometer
An actuator that open the water valve.
WateringValve