Ambient temperature and humidity have a significant impact on agriculture and can affect the farm in several ways, including:

  1. Crop growth: Crop growth is temperature and humidity-sensitive, and the optimal conditions for different crops can vary. Extreme temperatures and humidity levels can cause stress on crops and negatively impact their growth, development, and yields.
  2. Pest and disease management: Certain pests and diseases thrive in specific temperature and humidity ranges. Monitoring ambient temperature and humidity can help farmers predict when pests and diseases are likely to be a problem and take appropriate action to prevent outbreaks.
  3. Irrigation: High temperatures and humidity levels can increase water loss through evaporation and transpiration, requiring more frequent irrigation. Monitoring temperature and humidity can help farmers determine the optimal times for irrigation and prevent water waste.
  4. Soil moisture: Soil moisture levels are influenced by temperature and humidity, and high temperatures and humidity levels can cause soil moisture to evaporate more quickly, leading to soil moisture stress for crops and requiring additional irrigation.
  5. Energy consumption: Temperature and humidity can impact energy consumption on the farm, affecting the cost of heating, cooling, and lighting systems.

This IoT As a Service (IOTaaS) solution combines Ambient Temperature and Relative Humidity. Monitoring these ambient parameters in Real-Time allows the farmer to make better decisions at every stage of the growing process, increasing yields and decreasing costs.

Temperature: Crop growth is temperature-sensitive, and the optimal temperature for different crops can vary. Monitoring ambient temperature can help farmers determine if conditions are suitable for planting and growing specific crops, and make adjustments if necessary.

Humidity: Humidity levels can affect the water uptake and transpiration of plants, which can impact their growth and overall health. High humidity levels can also create a favorable environment for pests and diseases, so monitoring humidity is important for maintaining crop health and preventing crop loss.

 

By monitoring ambient temperature and humidity, farmers can make more informed decisions about planting, irrigation, and pest control, leading to improved crop yields and reduced waste. Additionally, data on temperature and humidity can be used to create predictive models and make predictions about future weather patterns, which can help farmers plan ahead and prepare for changing conditions.

By monitoring ambient temperature and humidity, farmers can make more informed decisions about planting, irrigation, pest control, and energy consumption, leading to improved crop yields, reduced waste, and enhanced sustainability. Additionally, data on temperature and humidity can be used to create predictive models and make predictions about future weather patterns, which can help farmers plan ahead and prepare for changing conditions.

The farmer can monitor ambient conditions from any part of the world, without ever stepping foot in the field, which saves time and money. Likewise, the farmer can set conditions to be notified for those cases requiring special attention. 

The collected data can be analyzed to improve food production efficiencies, and trained to predict plant health.

Applications:

Precision Agriculture – Smart Farming – Smart Irrigation

Subscription cost:

  • Upfront $ 69,00
  • Monthly $ 15.00

Note: the monthly charge starts when the device is registered or 30 days after the device is shipped, whichever occurs first. Check our Subscription Policy for more details.

(Please check Network Requirements before ordering)

Sensors Specifications

Service Features

Platform Features

Hardware Included

Network Requirements

How it Works