Agronomic Sensors for Advanced Plant Physiology Research
Canadian agricultural research requires precision, reliability, and innovative monitoring tools to better understand plant physiology. From optimizing irrigation strategies to monitoring stress conditions, advanced sensors are the cornerstone of modern agronomic studies. ES Canada delivers a complete suite of instruments designed to provide real-time, actionable insights into plant growth, water transport, and environmental responses.
In a Glance
Dendrometers
Models DD-S1, DD-S2, DD-S2W are designed for monitoring radial growth of small tree trunks and plant stems, while DF1–DF4 track fruit and vegetable development. These sensors deliver non-destructive, high-resolution growth curves critical for phenotyping and crop management.
Sap Flow Sensors
The SF-L sensor measures transpiration and water transport through the xylem, offering insights into crop water use efficiency. The automated EMS-64 provides continuous acquisition and analysis, ideal for long-term experiments requiring unattended operation.
Microtensiometers
These miniature devices measure xylem water potential directly in plants. By delivering continuous and highly sensitive data, they enable researchers to detect early stages of plant water stress and refine irrigation scheduling.
IoP Systems (Internet of Plants)
LoRaWAN-based communication systems transmit physiological data wirelessly over wide areas. This technology reduces energy consumption, facilitates real-time remote monitoring, and integrates seamlessly into smart agriculture platforms.
Comparison of Key Products
| Product | Type | Measurement | Typical Applications |
|---|---|---|---|
| DD-S1, DD-S2, DD-S2W | Dendrometers for small-diameter stems | Radial growth measurement | Tree physiology, forestry research |
| DF1–DF4 | Dendrometers for fruits & vegetables | Growth and development tracking | Fruit crops, orchards, greenhouses |
| SF-L | Sap flow sensor | Sap flow and transpiration | Crop water use efficiency studies |
| EMS-64 | Automated sap flow system | Continuous sap flow monitoring | Long-term unattended experiments |
| Microtensiometer | Plant water potential sensor | Xylem water potential | Irrigation management, stress detection |
| IoP System | LoRaWAN-based network | Wireless physiological data transmission | Large-scale monitoring, smart agriculture |
Extended Benefits
- Enhanced precision: Data accuracy supports cutting-edge research on crop physiology and environmental responses.
- Scalability: Systems designed to monitor individual plants, experimental plots, or full-scale agricultural operations.
- Real-time connectivity: Immediate access to data ensures rapid decision-making in both greenhouse and open-field conditions.
- Durability: Built for challenging Canadian environments, from controlled indoor growth chambers to outdoor orchards and forestry stations.
- Research-tailored support: ES Canada engineers provide consulting and integration services to align with research protocols and data analysis workflows.
Applications Across Canada
Our sensor portfolio empowers agronomic and environmental research projects in various sectors:
- Agronomic research centres: Conduct detailed physiological studies to improve crop breeding and irrigation strategies.
- Greenhouse environments: Optimize controlled growth conditions with continuous monitoring of plant stress and growth indicators.
- Vineyards and orchards: Monitor fruit development, transpiration, and water potential for improved yield and quality management.
- Forestry and ecosystem monitoring: Assess tree growth and sap flow for long-term climate studies and resource management.
Why Choose ES Canada?
With decades of experience in scientific instrumentation, ES Canada is more than a distributor: we are a technical partner. Our added value lies in:
- Expertise: Deep knowledge of plant physiology instrumentation and IoT integration.
- Local support: Guidance adapted to Canadian research protocols and environmental conditions.
- Turnkey solutions: From single sensors to complete IoP networks, tailored to research or industrial needs.
Take Action
Enhance your agronomic projects with sensors that combine accuracy, connectivity, and robustness. Whether for academic research, industrial agriculture, or environmental monitoring, ES Canada delivers solutions designed for results.
Linked products
Diameter Dendrometer small : DD-S
Granier Sap Flow Sensors : SF-G / SF-L
Fruit and Vegetable Dendrometer : DF
