Weather stations guiding agricultural irrigation

Below is a detailed example of a weather station guiding irrigation:

On a large farm, Crop Advisor Connie uses a weather station to help guide the irrigation of a pepper field. This farm is located in North Carolina and they grow 150 acres of jalapeño peppers. The goal of the crop advisor was to fine-tune the irrigation system for optimal yield and resource allocation.

The crop advisor uses soil moisture data collected by the weather station to determine when to irrigate the farm. When the weather station detects low soil moisture, which may indicate a need to rehydrate the soil, the crop advisor recommends irrigation.

Conversely, if the weather station indicates high air humidity, then irrigation may need to be suspended to prevent over-wetting. To ensure that the crop's water needs are met, the crop advisor also adjusts the irrigation schedule based on other factors such as climate change and soil temperature monitored by the weather station.

For example, if weather stations indicate that temperatures will increase over the next few days, the crop advisor may recommend increased irrigation to prevent the crop from losing too much water. Conversely, if the forecast indicates that there will be a lot of rainfall over the next few days, the crop advisor may reduce irrigation to prevent the soil from getting too wet.

In this way, weather stations can help farmers manage their water resources more efficiently and reduce water wastage, while ensuring proper crop growth and improving crop yield and quality. This is a specific application of weather stations for irrigation guidance.

In this example, the weather station not only helped the farmers to solve the problem of the best time to irrigate, but also helped them to achieve efficient use of water, thus optimising the growing environment of the crops and improving yield and quality.

Agriculture Sensors and Weather Stations Catalog

Agriculture-Sensors-Weather-Stations-Catalog-NiuBoL-New.pdf