All Documents
Application notes, tech tips, and other documents related to LI-COR eddy covariance systems.
| Summary | ||
|---|---|---|
| Logging sun-induced fluorescence, reflectance, and vegetation indices in EC datasets | Instructions for using the JB Hyperspectral Devices RoX and FloX instruments with LI-COR eddy covariance systems. This enables you to log sun-induced fluorescence and reflectance parameters, as well as vegetation indices, in eddy covariance data sets. | application note |
| Using Campbell Scientific Dataloggers to Collect Biomet Data | Document describing how to use the CR3000, CR1000, or CR6 to record biological and meteorological data in a LI-COR eddy covariance system. | install guide |
| Using the StarDot PhenoCam in Eddy Covariance Systems | Instructions for installing and configuring the StarDot PhenoCam in eddy covariance systems | install guide |
| AirLink Cellular Communication Manual | Instruction manual for cellular communication systems with the Sierra Wireless AirLink wireless gateway. | manual |
| DC Power Distribution Module | Instruction manual for the DC Power Distribution Module. | manual |
| Heavy Duty Adjustable Tripod Instruction Manual |
Instruction manual for the Heavy Duty Adjustable Tripod. |
manual |
| Satellite Communication for Eddy Covariance and Soil Gas Flux Systems | Instruction manual for satellite communication systems. | manual |
| Original SmartFlux System Instruction Manual | Instruction manual for the original SmartFlux System. | manual |
| SunWize Solar Power Supplies Instruction Manual | Instruction manual for using SunWize solar power supplies with LI-COR equipment. | manual |
| New tools for a comprehensive time- and space-synchronized flux, weather, and soil optical sensor networks | Poster presentation from the European Geophysical Union (2018) meeting that describes the integration of measurements across scales. | poster |
| Using a Cradlepoint Modem with LI-COR Instrument Systems | This technical tip describes how to use a Cradlepoint modem to enable remote communications with LI-COR eddy covariance systems. | tech tip |
| Solar power supply considerations | Describes how to determine the correct size of solar and battery power supply for an eddy covariance site. | tech tip |
| Converting an LI-7700-enabled LI-7550 to LI-7500A/RS-enabled | Tech tip that describes how to update the software in LI-7700-enabled LI-7550 AIU so it is compatible with an LI-7200/RS or LI-7500A/RS. | tech tip |
| Why does the Signal Strength Change after Cleaning the Optics? | This technical tip describes why the AGC (or signal strength) values may deteriorate after cleaning the optical cell, and how to avoid exposing the detector to UV light. | tech tip |
| Interpreting Diagnostic Values | This technical tip describes how to interpret the diagnostic bit values that are output by the LI-7200 and LI-7500A CO2/H2O Analyzers. | tech tip |
| Constructing a Water Trap For the 7200-101 or 7200-102 Flow Module | Instructions for installing a water trap between the gas analyzer and flow module. | tech tip |
| Logging Analog Data from the CSAT3 in EC Datasets | This technical tip describes how to configure the Campbell Scientific CSAT3 sonic anemometer to log raw flux data into the .ghg file format for use with the LI-7500A/RS, LI-7200/RS. | tech tip |
| Logging Analog Data from an RM Young Sonic Anemometer in EC Datasets | Tech tip describes how to connect analog outputs from an RM Young anemometer to a LI-COR eddy covariance system. | tech tip |
| How to Routinely Check an Eddy Covariance System to Ensure Normal Operation | Tech tip that describes some practices that will keep your EC station up and running. | tech tip |
| Cellular Communication for EC Stations | Guidance for cellular communication with a user-supplied radio. | tech tip |