TreeSense Support

The TreeSense Pulse Sensor series includes three different models: Pulse S, Pulse R and Pulse NB, each designed for different use cases and network environments. The main differences between these models are summarized below: Pulse S Network technology LoRaWAN with access to The Things Network (TTN) or other local LoRaWAN networks. Area of application Particularly suitable for rural or remote locations, [...]

TreeSense Pulse technology provides an advanced method of monitoring the water balance of trees by measuring resistance, temperature, battery status and optionally solar energy. Correct interpretation of this data is critical to understanding tree health and effective water management. Data and decoder TreeSense Pulse transmits data packets via LoRaWAN or NB-IoT, which are processed by a [...]

A detailed description of the structure and function of watermark sensors can be found, for example, in the following scientific article, which also serves as the source for this article: "Irrometer Watermark Series: Scientific Background" from Mississippi State University. At the heart of a watermark sensor is a measurement of the electrical conductivity between two electrodes. If there is non-conductive material between these two electrodes [...]

Installing the TreeSense Pulse Sensor is a meticulous process that ensures the accuracy of data collection and the integrity of the tree. Each step is explained in detail here to ensure a successful installation. By carefully following these detailed steps, the TreeSense Pulse sensor will be successfully installed and ready to provide accurate data to support tree health management [...].