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 The modernization of agriculture cannot be achieved without the control of the environment. Only by minimizing damage to crops from the natural environment can we effectively ensure food security and production quality. In recent years, the widespread use of greenhouses and representative applications of a more controlled environment, but to carry out a more refined environmental control, we also need to rely on professional environmental testing instruments such as soil temperature and humidity meter to detect the soil environment, so as to further optimize the crop growth environment.

Flower greenhouse is a common greenhouse cultivation project and a type of greenhouse cultivation with high economic value and added value. With the development of science and technology, greenhouse cultivation technology is developing towards intelligent control. So, what is the significance of the monitor in the application of flower greenhouse environment detection and soil temperature and humidity meter?

1. Soil moisture sensor can accurately monitor the soil environment

The use of soil moisture sensor can help managers understand the current temperature and humidity environment of the soil in the flower greenhouse, as well as the important role of irrigation on soil temperature; the effect of water temperature on soil temperature; the relationship between air temperature and soil temperature after irrigation provides important research data for greenhouse flower production.

2. Soil moisture sensor can provide the basis for greenhouse environmental control

One of the elements of environmental control of flower greenhouse is the monitoring and control of soil temperature and humidity. The use of soil temperature and humidity meter to monitor the soil temperature and humidity in the flower greenhouse can enable the greenhouse management system to automatically implement sprinkler temperature adjustment according to the temperature and humidity changes in the greenhouse, so as to ensure that greenhouse economic crops grow in a suitable soil temperature and humidity environment.

3. Adapt to the needs of the development of agricultural industrialization

To realize industrialized production, modern agriculture must be based on scientific planting. The application of soil temperature and humidity meter and other professional instruments meet the needs of realistic scientific production and provide an important data basis for the development of large-scale agricultural production.