Advanced Eddy Covariance Flux Towers for Forest Monitoring

Capture real-time carbon exchange, water vapor, and energy flux data with high-precision towers built for forest environments. 

Real-Time Forest Carbon and Energy Flux Monitoring

At Enviro Forest, our Eddy Covariance Flux Towers provide advanced, real-time monitoring of gas exchanges between forest ecosystems and the atmosphere. Designed to operate reliably in complex, remote terrains, these towers capture high-frequency data on carbon dioxide (CO₂), water vapor, and energy fluxes—supporting in-depth analysis of carbon budgets, ecosystem respiration, and microclimatic patterns. Engineered for accuracy, durability, and scalability, our flux tower systems are essential tools for climate researchers, forest managers, and sustainability teams conducting carbon flux modeling and long-term environmental assessments. 

Core Components

01

Hardware

3D sonic anemometers

Motion & Position Sensors for wind pattern analysis in fire risk modeling. 

Infrared gas analyzers

Chemical and Gas Sensors for carbon flux tracking in climate risk assessments. 

Radiation sensors & heat flux plates

Optical & Imaging Sensors for surface energy monitoring. 

Rugged data loggers

Device Edge for onsite climate data processing in remote forests. 

02

Software

  • Real-time processing and correction algorithms 
  • EddyPro™ or compatible flux calculation software 
  • Data visualization dashboards for flux metrics 
  • Secure firmware updates and troubleshooting tools 
03

Cloud Service

  • Remote system diagnostics and configuration 
  • Cloud-based data archiving and sharing 
  • Automated alerts and performance tracking 
  • API integrations for third-party modeling platforms
  • High-frequency sampling (10–20 Hz) of turbulent airflows 
  • Real-time CO₂, H₂O, and energy flux data collection 
  • Automated calibration and system health diagnostics 
  • Compatible with power sources including solar arrays 
  • Year-round operation in forest environments under extreme weather 
  • Seamless integration with GIS, MODIS remote sensing, and LiDAR datasets 
  • Compatible with climate and carbon modeling tools (e.g., AmeriFlux, FluxNet) 
  • Flexible output formats (CSV, NetCDF, JSON) for diverse analytical workflows
  • Android and iOS mobile apps 
  • Windows and macOS desktop support 
  • API integration available for enterprise environmental software suites 
  • Bluetooth and USB connectivity options 
  • Carbon Budgeting: Quantify net ecosystem exchange (NEE) with high accuracy 
  • Climate Insights: Detect seasonal shifts and long-term trends in GHG fluxes 
  • Resource Efficiency: Reduce field maintenance with automated QA/QC 
  • Research Support: Backed by expert consultation and technical documentation 
  • Scalability: Expandable for multi-tower research sites or long-term climate observatories
  • Forest carbon accounting and sequestration monitoring 
  • Climate change impact assessments in woodland ecosystems 
  • Water use efficiency and evapotranspiration studies 
  • Forest regeneration and land-use change monitoring 
  • Wetland forest methane and nitrous oxide flux tracking
  • Forestry & Carbon Markets 
  • Environmental Research Institutions 
  • Government & Regulatory Agencies 
  • Climate Policy & Sustainability Consulting 
  • Academic & University-Led Research
  • ANSI/ASABE EP466 
  • EPA Climate Change Indicators Guidelines 
  • ISO 9060: Solar Radiation Sensors 
  • CSA Z767-17 (Canada) 
  • NIST traceability standards

Case Studies

case study

Appalachian Mountains, North Carolina, USA

A university-led flux tower installed in a temperate deciduous forest helped quantify seasonal carbon exchange variations and supported regional climate models in a warming climate. 

case study

Redwood National Park, California, USA

A multi-year study utilized Eddy Covariance Flux Towers to track carbon dynamics in old-growth forests recovering from historic logging, informing forest carbon credit evaluations. 

case study

Boreal Wetlands, Alberta, Canada

Government-funded researchers deployed portable systems to study methane fluxes in peat-rich soils, helping evaluate land-use scenarios and their impact on GHG emissions. 

Ready to deploy high-performance Eddy Covariance Flux Towers?

Let our experts help you build your forest monitoring strategy with cutting-edge flux solutions. Reach out for product details, pricing, or technical support.