We all know that fertile soil, proper irrigation and sufficient sunlight affect crop quality. However, there are many more parameters that we can analyse to help determine which actions to take to protect and promote plant growth. We measure these parameters in our modern T IoT LAB.
‘Ground temperature’ describes the warmth of the soil at a specific depth and allows us to determine how much heat the earth has absorbed and released into the atmosphere. This heat affects various physical, chemical and biological processes in the soil. For example, it regulates seed dormancy and germination, the emergence of seedlings and the growth and development of above- and below-ground plant parts. Observation of the soil temperature allows us to select the ideal moment for sowing and choose the right soil for a particular plant type.
Another parameter measured in the T IoT LAB is soil moisture. This refers to the amount of water in the soil in relation to its total volume. Monitoring ground moisture is not just a question of providing the right conditions for plant growth. It enables effective watering management and economic use of water resources.
The technology applied in the T IoT LAB can be a powerful tool in the arsenal of gardeners and farmers. Access to reliable and comprehensive data in real time allows for a rapid response to dynamic environmental conditions. This allows for the provision of optimal conditions for plant growth and more efficient agricultural production.