Everything You Need to Know About Smart Agricultural Monitoring Systems

Posted by UbiBot on December 19th, 2022

Smart farming or smart agricultural monitoring system is an emerging technology that enables farmers to collect data from multiple agricultural fields (both large and small scale) with the help of smart electronic sensors. Local farmers and experts then analyze the collected data to draw long-term and short-term conclusions on several factors like soil fertility, weather pattern, crop quality, and water level. 

Uses of IoT in Smart Farming

IoT-based smart agriculture simplifies the process of collecting agricultural data by reducing manual labor. Earlier humans collected these crucial data and therefore, hundreds of personnel had to work in different agricultural fields to take readings. It had another major drawback and that was inaccuracy. Humans often made errors and manipulate the readings that often caused damage to crops or poor crop production. 

With the help of the Internet of Things, several aspects of farming have become automatic. The monitoring system collects accurate data using wireless tags, and the predictions are the most accurate. It helps governments collect data from as many agricultural farms as possible without involving thousands of people. 

Various Kinds of Sensors Are Used in Agricultural Fields

Agricultural sensors can focus on multiple environmental factors that play a key role in the growth and nourishment of crops. These include:

1.  Humidity and Temperature Sensor- Just like human beings and animals, plants are sensitive to alterations in humidity and temperature. Certain crops grow best in winter while others are summer crops. So, humidity and temperature sensors tell farmers about the best time to cultivate a particular crop. 

2.  Light Sensor- Plants require good sunlight to perform photosynthesis. Excessive light or less light can stunt their growth and even kill them. Light sensors measure the exact amount of light a plot receives.  

3.  Air Quality Sensor- Crops need fresh air to thrive and polluted air makes them sick. Polluted air also makes plants less immune to bugs and diseases. An air quality sensor aptly judges the quality of the air. 

4.  Barometer Pressure Sensor- This type of sensor measures the atmospheric pressure it studies how the behavior of plants changes with changes in the atmospheric pressure.

5.  Soil Moisture Sensor- The amount of water needed to survive varies from plant to plant. Inefficient water management can ruin the entire plantation and therefore, soil moisture sensors are necessary.

Conclusion 

Just like Server Room Environmental Monitoring Equipment is necessary to main desired temperatures inside the server room, agricultural monitoring systems increase the efficiency of farmers.