The true magnitude of CO2 emissions from volcanic activity is poorly constrained, limiting our understanding of the natural carbon cycle. CO2-sensitive lidars could be used to measure the distribution of CO2 in a volcanic plume, thereby allowing volcanic CO2 fluxes to be measured directly. The recently-begun ERC research project CO2VOLC aims to produce such an instrument based on the differential absorption lidar (DIAL) technique. In this paper we investigate the ON and OFF wavelengths which offer optimal CO2 detection and identify the spectral requirements of the lidar transmitter, in the context of commercially available solid-state laser sources.

Spectroscopic considerations on DIAL measurement of carbon dioxide in volcanic emissions

Puiu, A.;Fiorani, L.
2013

Abstract

The true magnitude of CO2 emissions from volcanic activity is poorly constrained, limiting our understanding of the natural carbon cycle. CO2-sensitive lidars could be used to measure the distribution of CO2 in a volcanic plume, thereby allowing volcanic CO2 fluxes to be measured directly. The recently-begun ERC research project CO2VOLC aims to produce such an instrument based on the differential absorption lidar (DIAL) technique. In this paper we investigate the ON and OFF wavelengths which offer optimal CO2 detection and identify the spectral requirements of the lidar transmitter, in the context of commercially available solid-state laser sources.
Lidar;Volcanic emission;DIAL;Atmospheric CO2;Remote sensing
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/20.500.12079/529
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