What We Can Do for Agricultural Digital About Temperature and Humidity Sensor Development

 

Those Years, About the Agricultural, more and more topic is about "Digital Agriculture" , then as we know, need to digital, the sensor

will be the first step, because no need people to go to the farm everyday, so need the sensor to help us to finish these monitor work, then

we can do next step based on the data situation. 

So What We Can Do for Agricultural Digital About Temperature and Humidity Sensor Development, this we think will be the first step we need to do.

 

1: What is Digital Agriculture ?

If farmers start using mobile phones, tablets or laptops, and use the Internet to complete the daily work of the farm, from sowing to harvest,

and finally sell products on the market, this will be called agricultural digitization. Through the different technical functions developed by various

companies, all agricultural activities have been optimized and improved. Therefore, farmers engaged in physical activity can automate the

process of the farm and reduce the burden. This is called digital agriculture.

 

2: Irrigation System

Irrigation practices are carried out by farmers on a constant crop schedule and subsequent years, regardless of actual irrigation needs. Ideally,

irrigation should be carried out only when the soil moisture content is below a threshold that could eventually damage the crop. However, farmers

do not take these factors into account when they irrigate their fields.

 

Soil moisture sensors are installed in different parts of the field to regularly track soil moisture levels. Ht-706 soil sensor can directly and stably

reflect the real moisture content of various soils. It sends signals to irrigation pumps installed on farms whenever soil moisture levels fall below

a threshold. The irrigation pump sends a message via radio signals to the farmer's mobile phone asking permission to start irrigation. Once the

farmer agrees, the pump will automatically start irrigating the field until it receives a signal from the soil moisture sensor to stop the flow of water.

 

 

3: Temperature and Humidity Sensor

Temperature and humidity affect the growth and yield of crops. HENGKO temperature and humidity sensor is used to measure the temperature

and humidity data of agriculture. The collected data will be transmitted to the cloud, automatically analyze the data, and receive some important

results at the farmers' end. This will probably lead to better analysis of these data after production.

 

4: U.A.V

U.A.V can solve many problems in various fields. It can offer many interesting insights to help farmers make informed decisions. Let's look at

the use of U.A.Vs in agriculture:

Soil and field analysis

Crop monitoring

Weed identification

Pest identification

Crop spraying

Crop health assessment

livestock management

 

5: Weather Data

Weather is the most uncertain factor in agriculture. This unpredictability has caused serious losses of capital and products. Therefore, it is important

to estimate the correct weather, so farmers should perform their tasks. To collect real-time weather and crop monitoring data, automatic weather

stations (AWS) can be installed in different areas. There are many temperature and humidity sensors, air pressure sensors and gas sensors in the

weather station to collect data. After analysis, the data is sent to farmers through mobile messages or in application notifications. These results help

farmers make informed decisions about irrigation, pesticide spraying or cross-cultural practices.

 

6、 Conclusion 

As a very broad concept of digital agriculture. It may completely change the whole agricultural ecosystem, resulting in exponential growth of agriculture.

The technology improves efficiency and ultimately reduces farm costs, ultimately helping farmers.

 

 

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