We produced an SO2 imager of a low-cost version with the use of digital cameras of consumer use. General configuration and characteristics of the instrument are presented. Calibration with SO2 cells of known column concentration confirmed a comparable absorption coefficient to the device which is previously invented by Mori and Burton (2006). Although simultaneous shooting with two cameras is necessary to overcome the temporal change of an object because of somewhat long exposure time (5 to 10 sec) required, this device operates without external power or control PCs, and thus, is suitable for mobile use. We performed a field test of the instrument at Sakurajima volcano and confirmed its validity as an SO2 imager. However, further improvemen...
A new type of instrument for in-situ detection of volcanic sulfur dioxide is presented on the basis ...
We installed a permanent SO2 camera system on Stromboli, Italy, in May 2013, in order to improve our...
Atmospheric trace gas imaging allows the direct assessment of chemical dynamics, transport and mixin...
In an effort to improve monitoring of passive volcano degassing, we have constructed and tested a di...
The SO2 camera is a novel device for the remote sensing of volcanic emissions using solar radiation ...
SO2 flux is widely monitored on active volcanoes as it gives a window into the hidden, subsurface ...
Sulphur dioxide emission rate measurements are an important tool for volcanic monitoring and eruptio...
Since 2016, a UV camera records images of the Popocatépetl Volcano for continuous monitoring of the ...
Digital cameras, sensitive to specific regions of the ultra-violet (UV) spectrum, have been employed...
SO2 camera systems are increasingly being used to image volcanic gas plumes. The ability to derive S...
Ultraviolet camera technology offers considerable promise for enabling 1 Hz timescale acquisitions o...
Recently, we reported on the development of low-cost ultraviolet (UV) cameras, based on the modifica...
Spectroscopy has been used to quantify volcanic gas emission rates, most commonly SO2, for a number ...
We examine a new imaging method for the remote sensing of volcanic gases, which relies on the regula...
International audienceWe present a new method for measuring SO2 with the data from the ASTER (Advanc...
A new type of instrument for in-situ detection of volcanic sulfur dioxide is presented on the basis ...
We installed a permanent SO2 camera system on Stromboli, Italy, in May 2013, in order to improve our...
Atmospheric trace gas imaging allows the direct assessment of chemical dynamics, transport and mixin...
In an effort to improve monitoring of passive volcano degassing, we have constructed and tested a di...
The SO2 camera is a novel device for the remote sensing of volcanic emissions using solar radiation ...
SO2 flux is widely monitored on active volcanoes as it gives a window into the hidden, subsurface ...
Sulphur dioxide emission rate measurements are an important tool for volcanic monitoring and eruptio...
Since 2016, a UV camera records images of the Popocatépetl Volcano for continuous monitoring of the ...
Digital cameras, sensitive to specific regions of the ultra-violet (UV) spectrum, have been employed...
SO2 camera systems are increasingly being used to image volcanic gas plumes. The ability to derive S...
Ultraviolet camera technology offers considerable promise for enabling 1 Hz timescale acquisitions o...
Recently, we reported on the development of low-cost ultraviolet (UV) cameras, based on the modifica...
Spectroscopy has been used to quantify volcanic gas emission rates, most commonly SO2, for a number ...
We examine a new imaging method for the remote sensing of volcanic gases, which relies on the regula...
International audienceWe present a new method for measuring SO2 with the data from the ASTER (Advanc...
A new type of instrument for in-situ detection of volcanic sulfur dioxide is presented on the basis ...
We installed a permanent SO2 camera system on Stromboli, Italy, in May 2013, in order to improve our...
Atmospheric trace gas imaging allows the direct assessment of chemical dynamics, transport and mixin...