Plantae colabora con la charla de «Monitorización de la humedad y la fertilización» que organiza Agromarketing en Campo de Cartagena.
Plantae takes another step forward in its quest to research and improve precision agriculture with sensors that measure relative humidity and ambient temperature.
The Most Innovative Startup Award to Plantae. We are recognized by Startup Europe Smart Agrifood Summit 2020 as the most innovative company.
The water balance on plants and rootstocks of the pink Barbastro tomato controlled by Plantae sensors is the subject of study with surprising results that we detail in this article.
Saving the Mar Menor with sustainable and precision agriculture by regulating the irrigation of two fundamental areas within the Campo de Cartagena is one of the challenges of Plantae .
Optimizing irrigation is the fundamental objective of Plantae. Sensors to optimize water and conductivity, measuring at different depths, are adapted to all types of crops.
The subsoil temperature sensor is demanded by the horticultural sector to know the temperature at different depths in addition to other crops such as grass in the garden.
Salinity in intensive and super-intensive crop plantations is one of the problems that the farmer may encounter.
Narrow Band IoT Technology (NB-IoT). Wireless broadband-based technology designed for long-range coverage
Precision Agriculture is the application of new technologies, SENSORS / PROBES, evaluating the type of terrain, climate and cultivation.
Drip irrigation of vineyards controlled with sensors is already a reality in many Spanish provinces.
Contact now for free and without obligation with our team of Agronomic Engineering
We help you achieve total control of consumption in your crops, without the need for computer skills.
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