
Science-Driven Monitoring Solutions
PLANT MONITORING
Plant monitoring provides a direct and meaningful way to understand crop performance, plant response, and overall field condition. Within the soil–plant–atmosphere continuum, the plant acts as the integrator—responding to environmental demand, soil water supply, light conditions, and physiological stress. By measuring plant water status, growth, photosynthesis, canopy response, and quality indicators, Plant Science Philippines helps researchers, institutions, and agricultural stakeholders generate reliable data for irrigation scheduling, ecophysiological studies, precision monitoring, and long-term field decision-making.
Plant Monitoring
Sap flow, psychrometry, and related tools for measuring plant water use, water potential, and stress response.
PLANT GROWTH & PHYSIOLOGY
Moisture, water potential, oxygen, and lab-based analysis
PLANT STRUCTURE & QUALITY
Leaf area, canopy, NDVI, chlorophyll, pollen, and produce quality tools for plant assessment from field to post-harvest.
WHAT WE CAN DO FOR THE PLANTS
Plant-Centered Measurement
We focus on the plant as a living sensor—capturing its response to water availability, environmental demand, and physiological conditions through direct and meaningful measurement.
Integrated Monitoring Approach
Plant data becomes more powerful when connected with soil and environmental measurements. Our solutions support integrated monitoring across the full soil–plant–atmosphere continuum.
From Water Status to Photosynthesis
Our plant monitoring solutions cover key areas such as sap flow, water potential, stem growth, photosynthesis, gas exchange, fluorescence, canopy condition, and crop quality analysis.
Reliable Data for Better Decisions
By helping users monitor actual plant response rather than assumptions alone, our tools support better irrigation timing, stronger experiments, and more confident interpretation of plant performance.
Built for Research and Field Application
The systems we offer are suited not only for scientific research and ecophysiological studies, but also for practical irrigation support, crop monitoring, and long-term field deployment.
Capacity Building and Practical Impact
We work with institutions and stakeholders to help turn plant science into practical action through monitoring tools, demonstrations, and applied field solutions.
Plant Growth Influences and Indicators
Integrated IoT systems
- NDVI show the growth of the plant through the measurement of green canopy
- Dendrometers measure long term stem diameter changes, and subsequently, growth and carbon storage
- Infrared Radiometers for the measurement of canopy temperature
- Net solar radiation, a contributing factor in Net Primary Productivity measurements within flux systems
Plant-Centered Measurement
We focus on the plant as a living sensor—capturing its response to water availability, environmental demand, and physiological conditions through direct and meaningful measurement.
Integrated Monitoring Approach
Plant data becomes more powerful when connected with soil and environmental measurements. Our solutions support integrated monitoring across the full soil–plant–atmosphere continuum.
From Water Status to Photosynthesis
Our plant monitoring solutions cover key areas such as sap flow, water potential, stem growth, photosynthesis, gas exchange, fluorescence, canopy condition, and crop quality analysis.
Reliable Data for Better Decisions
By helping users monitor actual plant response rather than assumptions alone, our tools support better irrigation timing, stronger experiments, and more confident interpretation of plant performance.
Built for Research and Field Application
The systems we offer are suited not only for scientific research and ecophysiological studies, but also for practical irrigation support, crop monitoring, and long-term field deployment.
Capacity Building and Practical Impact
We work with institutions and stakeholders to help turn plant science into practical action through monitoring tools, demonstrations, and applied field solutions.








