Plant physiology and ecology studies macroscopically the study of plant groups and communities. Usually, one or more representative plants are selected for real-time monitoring. Common monitoring indicators include stem growth, fruit growth, canopy temperature, leaf humidity, etc .; at the same time, plant growth and external environment, soil moisture supply, etc. Closely related, it is necessary to monitor environmental soil parameters at the same time. Continuous monitoring of plant physiological indicators is a problem that scientific researchers in the fields of irrigation decision-making, agricultural automation control, and long-term positioning ecology hope to solve. QT-2010 The plant physiological ecosystem can meet these scientific research requirements.
QT-2010 Plant Physiological Ecosystem
QT-2010 Plant Physiological Ecosystem
System Features:
Suitable for long-term fixed-point monitoring
Good sensor stability and fast response
Large-capacity storage space, RS232 serial port connected to computer, data transmission software
Flexible configuration, can be freely matched with different sensors as required
Robust protective enclosure: suitable for outdoor installation
Support solar power supply mode for unattended operation
Plant growth sensor
Measurement item
Measuring range
Accuracy
Suitable diameter
Change in diameter
0-11mm
<5mm
2 ~ 20 cm
Radius change
0-11mm
<5mm
More than 8cm
Perimeter change
0-11mm
<5mm
More than 2cm
Fruit change
0-11mm
<5mm
2 ~ 11cm
Environmental monitoring sensor
Measurement item
Measuring range
Accuracy
Canopy temperature
-10 ~ 65 ℃
± 0.2 ℃
Foliar humidity
0-100%
± 3%
Soil Moisture
0 ~ 100% Vol
± 2%
Soil temperature
-20 ~ 80 ℃
± 0.2 ℃
Photosynthetic radiation
0 to 50000 μmol / m2 / sec
<3%
The above pictures are for reference only and are subject to change without notice.
Additional observation sensors can be added and reduced as needed, please contact the channel company if necessary
Origin: United States