Advanced Glucose Monitors for Reliable Metabolic Insights
Precision-engineered glucose monitoring solutions tailored for clinical, research, and industrial B2B needs across North America
Advancing Plant Gas Exchange Monitoring
Plant Gas Exchange Systems provide essential insights into plant physiology by measuring photosynthesis, transpiration, stomatal conductance, and related gas exchange parameters in real time. These systems are vital tools in agriculture, climate science, crop breeding, and controlled-environment research. Using integrated sensors, cuvettes, and analytical software, they allow continuous monitoring of plant-environment interactions under natural and simulated conditions.
This webpage highlights Environmental Metabolic’s advanced Plant Gas Exchange Systems designed to support North American B2B clients in agriculture, environmental research, and biotech sectors. Whether you’re analyzing plant productivity under climate stress or optimizing greenhouse operations, our systems offer the precision and scalability required for high-performance data collection and interpretation.
Environmental Metabolic, located at Oakland, CA, supports clients from system selection to integration, offering expertise, support, and technologies that reflect our commitment to innovation, dependability, and results.
Integrated Technology Partners
In addition to offering products and systems developed by our team and trusted partners for Gas Analyzers, we are proud to carry top-tier technologies from Global Advanced Operations Tek Inc. (GAO Tek Inc.) and Global Advanced Operations RFID Inc. (GAO RFID Inc.). These reliable, high-quality products and systems enhance our ability to deliver comprehensive technologies, integrations, and services you can trust. Where relevant, we have provided direct links to select products and systems from GAO Tek Inc. and GAO RFID Inc.
Core Components
Software Platforms
- MetaboTrace Software – Environmental Metabolic’s proprietary platform for real-time data acquisition, calibration control, and curve analysis.
- DataSync Cloud Integration – Enables remote access to live trials, automatic uploads to research databases, and collaborative data sharing.
- APIs for Custom Workflow Integration – Compatible with Python, R, and MATLAB for advanced modeling and automation.
Cloud Services
- Secure Cloud Backup – Automatic synchronization of measurement data for version-controlled storage and retrieval.
- Remote System Diagnostics – Cloud-assisted troubleshooting and firmware updates.
- Custom Dashboard Creation – Build real-time monitoring panels for multi-site plant experiments.
Hardware Components
- Leaf Cuvettes (Open/Closed Type) – Integrated with Environmental & Agriculture Sensors for precise control of leaf-level gas exchange measurements.
- Infrared Gas Analyzers (IRGA) – Built around Chemical and Gas Sensors to deliver high-sensitivity CO₂ and H₂O flux analysis.
- Light, Humidity & Temperature Control Modules – Supported by Industrial & Asset Monitoring Sensors for dynamic simulation of environmental variables.
- Touchscreen Display Units – Seamlessly embedded with Device Edge computing for real-time, localized data visualization.
- Portable Field Units – Enabled by NB-IoT End Devices to support low-power, field-based plant physiological assessments.
01.
Key Features and Functionalities
- Real-time CO₂ and H₂O gas exchange measurements
- Programmable light, humidity, and temperature controls
- High-sensitivity leaf-level sensors with fast refresh rates
- Portable and modular design for field and greenhouse use
- Seamless software-cloud integration for continuous workflows
- Live visual feedback and onboard data logging
- Built-in calibration protocols for consistent accuracy
02.
Benefits of Using Environmental Metabolic Systems
- Scientific Precision – Reliable data for peer-reviewed research and regulatory reporting
- Operational Efficiency – Automated controls reduce manual input and errors
- Customizable Setup – Adaptable to a wide range of species, environments, and trial goals
- B2B Support Model – Dedicated project engineers and after-sales service for enterprise clients
- Regulatory Assurance – Built-in compliance with industry standards and traceable calibration
03.
Integrations and Compatibility
- Compatible with controlled-environment chambers and greenhouses
- Direct integration with data systems like LIMS, SCADA, and ERP platforms
- Sensor communication through USB, Bluetooth, or Ethernet
- Compatible with environmental control systems and third-party plant sensors
04.
Industries Served
- Agriculture and AgTech Enterprises
- University Research Laboratories
- Crop Genetics and Biotechnology Firms
- Environmental and Climate Research Institutes
- Commercial Greenhouses and Indoor Farms
06.
Applications
- Climate change impact studies on crops
- Crop breeding and trait selection programs
- Controlled environmental agriculture (CEA)
- Forest productivity and carbon flux monitoring
- Leaf-level physiological screening in biotechnology
- Teaching and advanced research in plant biology
Relevant U.S. & Canadian Industry Standards
ASTM D4007 – Standard for Gas Analysis in Plant Chambers
ASABE S623 – Air and Climate Control in Plant Research Facilities
EPA Method 3A – Determination of O₂ and CO₂ Concentrations
CSA Z768 – Phase I Environmental Site Assessment
ANSI/ASABE EP406.4 – Environmental Control Systems for Plant Studies
Case Studies
United States (Corn Belt Region, Iowa)
A Midwest seed development company deployed Environmental Metabolic’s gas exchange systems in a greenhouse network to identify heat-tolerant corn genotypes. Using our IRGA-integrated platforms, they recorded 20% higher accuracy in water-use efficiency indices across hybrid trials.
United States (California Controlled Environment Farm)
A vertical farming startup in California used our portable plant gas exchange units to test lettuce photosynthetic rates under modified LED lighting schedules. Results led to a 17% increase in biomass yield and a 30% reduction in water use.
Canada (British Columbia Forestry Research)
An environmental agency in British Columbia utilized our gas exchange systems to monitor CO₂ assimilation in native tree species during drought simulations. The data helped inform species selection in reforestation programs and support forest carbon budgeting.
Interested in deploying Plant Gas Exchange Systems for your research or production environment?
Contact Environmental Metabolic today for a product demo, technical consultation, or to request a custom quote. Our team is ready to help you measure, analyze, and optimize plant physiology with unmatched accuracy and support.