| CFLUX-1 Automated Soil CO2 Flux System |
| Soil Carbon Fluxes and Estimation of Carbon Balance |
Application Note |
| CIRAS-3 Portable Photosynthesis System |
| Measuring Insect Respiration with CIRAS-3 |
Application Note |
| Using An External CO2 Source with CIRAS-3 |
Application Note |
| Measuring Avocado Responses to Environmental Stresses in South Florida |
Application Note |
| Light Spectrum Affects Maximum Rate of Carboxylation & Electron Transport |
Application Note |
| Single Leaf Gas Exchange with Arabidopsis thaliana |
Application Note |
| Tests of Effects of CO2 Ramping Rate on A vs. Ci with CIRAS-3 |
Application Note |
| Some Considerations When Determining Leaf Gas Exchange Responses to Vapor Pressure Deficit (VPD) |
Application Note |
| High-Speed CO2 Ramping Technique | Rapid A/Ci Curves in Minutes |
Application Note |
| Measuring Mesophyll Conductance During Photosynthesis in C3 Plants |
Application Note |
| Physiology and vascular anatomy of different avocado genotypes relative to laurel wilt susceptibility |
Application Note |
| Controlling humidity above ambient with the CIRAS-3 Portable Photosynthesis System |
Application Note |
| CIRAS-2 Portable Photosynthesis System |
| Measurement of Circadian Gas Exchange Dynamics in Arabidopsis thaliana |
Application Note |
| Measurement of photosynthetic performance in crop plants under South African climatic conditions |
Application Note |
| “Green” scientific investigation helps to inform intelligent Green Roof design |
Application Note |
| Projected leaf area and flow rate – options and observed effects on gas exchange measurements with CIRAS-2 |
Application Note |
| CIRAS-2 Export function-simplified data format with numerical and graphical data views |
Application Note |
| CIRAS-2 Water Vapor Response |
Application Note |
| Boundary-Layer Resistance for Different Leaf Cuvettes |
Application Note |
| CIRAS-2 Recalibration |
Application Note |
| CIRAS-SC CO2/H2O Absolute Gas Analyzer |
| Profiling System in Amazonia |
Application Note |
| Monitoring greenhouse gas emissions from hydroelectric reservoirs in Northern Quebec, Canada |
Application Note |
| EGM-5 CO2 Gas Analyzer |
| Measuring CO2 Efflux From Sedimentary Rocks |
Application Note |
| Small Volume Sampling with the EGM-5 |
Application Note |
| Measuring-Soil CO2 Efflux from Ant Nests in the Brazilian Rainforest |
Application Note |
| EGM-4 Environmental Gas Monitor |
| Monitoring greenhouse gas emissions from hydroelectric reservoirs in Northern Quebec, Canada |
Application Note |
| Static sampling using EGM-4 and Sample Injector Kit |
Application Note |
| Soil CO2 Efflux in Northern Mongolia |
Application Note |
| SBA-5 CO2 Gas Analyzer |
| Investigating Crop Responses to Atmospheric Change (SoyFACE) |
Application Note |
| Studying Volcanic Activity Using Drones and Sensors to Accurately and Precisely Predict Volcanic Explosive Eruptions |
Application Note |
| Monitoring CO2 In a Chicago Hospital |
Application Note |
| TARGAS-1 Portable Photosynthesis System |
| Using An External CO2 Source with TARGAS-1 |
Application Note |
| UniSpec-SC Spectral Analysis System |
| Measurement of Leaf/Canopy Level Reflectance with The UniSpec-SC |
Application Note |
| Quantifying Chlorophyll in Leaves Using a Non-destructive Method |
Application Note |
| Monitoring Ecosystem optical properties with the UniSpec-SC |
Application Note |
| UniSpec-DC Spectral Analysis System |
| Accessories for Measurement of Canopy/Vegetation Reflectance |
Application Note |
| Analyzing Biomass Dynamics and Changes in Species Composition |
Application Note |
| Measurement of Canopy/Vegetation Reflectance with the UniSpec-DC |
Application Note |
| Spatial and Temporal Sampling of Ecosystem Optical Properties |
Application Note |
| A Remote Automated System based on the UniSpec-DC Equipped with a Wireless System |
Application Note |
| Estimation of stand productivity from multi-angular optical remote sensing |
Application Note |
