Insufficient drought stress data in the sensor chaos

Research into the drought stress of living woody plants has become a major focus of science, especially in times of advancing climate change. While a large number of sensors are already being used in this field of research, they are generally affected by one of the following problems:

• Indirect and therefore inaccurate measurement methods
• High-maintenance and unwieldy superstructures

While inaccurate measurement data can be combated with a wide range of sensor types, the next problem already arises here: each sensor type has its own way of storing the data. All the data has to be laboriously compiled in a standardized Excel spreadsheet. Monitoring the test procedure is often complex and time-consuming. In the worst case, reactions to critical test events are delayed.

Precision and order with TreeSense

The TreeSense Cloud brings together all information on tree research. No matter which sensor technology is used: Whether dendrometer, soil moisture or TreeSense's own pulse for low-maintenance and precise determination of drought stress in living woody plants. The sensor is characterized by precise measurement of drought stress directly on the plant, while at the same time being very compact and largely maintenance-free. The data from the Pulse, as well as the data from any other sensor system, is displayed and combined in real time. In this way, the test procedure can be monitored at any time and any necessary reactions can be initiated. Data on trees can be noted on a map at the relevant location and ongoing work can be logged. The data can be downloaded at any time as a .csv file for further processing.