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Documentos Relacionados
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- Performance Evaluation of an Innovative Sampling System for Closed Path Eddy Covariance Measurements
- Air temperature equation derived from sonic temperature and water vapor mixing ratio for turbulent airflow sampled through closed-path eddy-covariance flux systems
- Based on Atmospheric Physics and Ecological Principle to Assess the Accuracies of Field CO2/H2O Measurements From Infrared Gas Analyzers in Closed-Path Eddy- Covariance Systems
Perguntas Frequentes Relacionadas
Number of FAQs related to Closed-Path Eddy-Covariance Systems: 2
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What is needed to set up a communication network for an eddy-covariance system in a remote location?
Feasible telemetry solutions vary from location to location. Contact Campbell Scientific for help in determining which options are feasible for the location. The following are some helpful things to know for the discussion:
- What are the characteristics of the terrain?
- Which data logger will be used?
- Is there clear line of sight?
- Is Ethernet available?
- Do cellular phones have coverage at the site?
- What are the distances between the base locations and the field locations?
- If there is a current network installed, what is it?
- Can wired networks be used?
Eddy-covariance systems typically generate a multitude of data. Generally, not all of the data can be transmitted through a telemetry network. Experts at Campbell Scientific can help determine what data can be transmitted using telemetry.
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For more information, see the white paper “EC150, IRGASON, or EC155: Which CO2 and H20 Eddy-Covariance System Is Best for My Application?”