In-field agricultural weather station | Agricultural Technology - Akhdar
Choosing the station's location and maintaining rain, wind, and humidity sensors to build more accurate local alerts than city forecasts.
The idea and why it matters
The agricultural station provides a precise description of the climate surrounding the crop and is useful for calculating evapotranspiration, hours of wetness, and the risk of certain diseases.
Standard location and construction are essential for comparing readings over time.
practical application
Place the station away from walls and direct water flow, and at a suitable height for the sensor.
Mount the rain gauge horizontally, clean it, and check the battery, connections, maintenance log, and calibration.
What should be measured?
Review the completeness of the data, its difference from a reference station, rainfall accumulation, leaf wetness hours, evaporation, and transpiration.
Create an operationally meaningful alert instead of sending a notification for every minor change.
Mistakes and risks to avoid
The shadow of a growing tree, a bird's nest in a rain gauge, or an outdated humidity sensor can all alter the outcome.
Regional forecasts are not always a substitute for accurate readings, nor is local weather stations a substitute for field testing.
Actionable summary
Selecting the right station location and maintaining rain, wind, and humidity sensors is crucial for building more accurate local alerts than city forecasts.
Start small, establish a baseline, and then scale up the solution after measuring results and reviewing costs and risks.
Related images
