PP Systems - Application Notes

Application Notes

PP Systems application notes and articles featuring our scientific instruments. Check out how our instruments are used in multiple applications.

CFLUX-1 Automated Soil CO₂ Flux System
Soil Respiration in a Temperate Agroecosystem
Soil Carbon Fluxes and Estimation of Carbon Balance
CIRAS-4 Portable Photosynthesis System
Comparison of acclimation time using CIRAS-4 and CIRAS-3 Portable Photosynthesis Systems
Single-Step CO₂ Response (SSCO₂R™) Method \| Rapid A/C_i curves in real-time without post-processing
Using An External CO₂ Source with CIRAS-4
High-Speed CO₂ Ramping Technique \| Rapid A/C_i Curves in Minutes
CIRAS-3 Portable Photosynthesis System
Leaf gas exchange of lettuce in response to temperature, light intensity, and acclimation time
Comparison of acclimation time using CIRAS-4 and CIRAS-3 Portable Photosynthesis Systems
Using An External CO₂ Source with CIRAS-4
Single-Step CO₂ Response (SSCO₂R™) Method \| Rapid A/C_i curves in real time without post processing
Using An External CO₂ Source with CIRAS-3
Evaluating Physiological Responses of Viburnum Species to Salinity Stress
Seed respiration measurements with the CIRAS-3 using the Insect Respiration Chamber
Measuring Insect Respiration with CIRAS-3
Using the CIRAS-3 as a stand-alone CO₂/H₂O IRGA or with external chambers
Measuring Avocado Responses to Environmental Stresses in South Florida
Light Spectrum Affects Maximum Rate of Carboxylation & Electron Transport
Single Leaf Gas Exchange with Arabidopsis thaliana
Tests of Effects of CO₂ Ramping Rate on A vs. C_i with CIRAS-3
Some Considerations When Determining Leaf Gas Exchange Responses to Vapor Pressure Deficit (VPD)
High-Speed CO₂ Ramping Technique \| Rapid A/C_i Curves in Minutes
Measuring Mesophyll Conductance During Photosynthesis in C₃ Plants
Physiology and vascular anatomy of different avocado genotypes relative to laurel wilt susceptibility
Controlling humidity above ambient with the CIRAS-3 Portable Photosynthesis System
CIRAS-2 Portable Photosynthesis System
Measurement of Circadian Gas Exchange Dynamics in Arabidopsis thaliana
Measurement of photosynthetic performance in crop plants under South African climatic conditions
“Green” scientific investigation helps to inform intelligent Green Roof design
Projected leaf area and flow rate – options and observed effects on gas exchange measurements with CIRAS-2
CIRAS-2 Export function-simplified data format with numerical and graphical data views
CIRAS-2 Water Vapor Response
Boundary-Layer Resistance for Different Leaf Cuvettes
CIRAS-2 Recalibration
CIRAS-SC CO₂/H₂O Absolute Gas Analyzer
Profiling System in Amazonia
Monitoring greenhouse gas emissions from hydroelectric reservoirs in Northern Quebec, Canada
EGM-5 CO₂ Gas Analyzer
Measuring the Impact of Extinct Megafauna on Carbon Fluxes in Ponderosa Pine Forests
Measuring CO₂ Efflux From Sedimentary Rocks
Small Volume Sampling with the EGM-5
Measuring-Soil CO₂ Efflux from Ant Nests in the Brazilian Rainforest
EGM-4 Environmental Gas Monitor
Logging Setup for EGM-4 Using iOS and Android Mobile Applications
Monitoring greenhouse gas emissions from hydroelectric reservoirs in Northern Quebec, Canada
Static sampling using EGM-4 and Sample Injector Kit
Soil CO₂ Efflux in Northern Mongolia
SBA-5 CO₂ Gas Analyzer
Investigating Crop Responses to Atmospheric Change (SoyFACE)
Studying Volcanic Activity Using Drones and Sensors to Accurately and Precisely Predict Volcanic Explosive Eruptions
Monitoring CO₂ In a Chicago Hospital
TARGAS-1 Portable Photosynthesis System
Using An External CO₂ Source with TARGAS-1
Small Volume Sampling with TARGAS-1
UniSpec-SC Spectral Analysis System
Measurement of Leaf/Canopy Level Reflectance with The UniSpec-SC
Quantifying Chlorophyll in Leaves Using a Non-destructive Method
Monitoring Ecosystem optical properties with the UniSpec-SC
UniSpec-DC Spectral Analysis System
Accessories for Measurement of Canopy/Vegetation Reflectance
Analyzing Biomass Dynamics and Changes in Species Composition
Measurement of Canopy/Vegetation Reflectance with the UniSpec-DC
Spatial and Temporal Sampling of Ecosystem Optical Properties
A Remote Automated System based on the UniSpec-DC Equipped with a Wireless System
Estimation of stand productivity from multi-angular optical remote sensing

Application Notes

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