<p>The six videos show the temporal evolution of six artifially released SO2 puffs. Each video covers the same 1-minute time period and is recorded by one of six UV SO2 cameras (UV1 - UV6) at different positions around the source location.<br> The videos have been created in the scope of the Comtessa project and show data from the first field campaign in July 2017.</p
We installed a permanent SO2 camera system on Stromboli, Italy, in May 2013, in order to improve our...
In atmospheric tracer experiments, a substance is released into the turbulent atmospheric flow to s...
Stromboli is one of the most active volcanoes on Earth, and one of the few where passive degassing ...
The full-length videos were filmed at the surface and inside the wellbore during natural and artific...
Time-lapse videos showing contrasting conditions during the monitoring of vapor plumes at La Selva B...
SO2 camera systems are increasingly being used to image volcanic gas plumes. The ability to derive S...
In this study, I take advantage of a novel technique - the UV camera - to image SO2 emissions from t...
SO2 flux is widely monitored on active volcanoes as it gives a window into the hidden, subsurface ma...
This video is related to the manuscript "Spatial variability of Saharan dust deposition revealed thr...
Most volcanism on Earth is submarine, but volcanic gas emissions by submarine eruptions are rarely o...
In an effort to improve monitoring of passive volcano degassing, we have constructed and tested a di...
The UV camera is now becoming a new important tool in the armory of volcano geochemists for high rat...
We used a one-year long SO2 flux record, which was obtained using a novel algorithm for real-time au...
Here, we present the first ultraviolet (UV) camera measurements of sulphur dioxide (SO2) flux from Y...
We performed measurements of SO2 emissions with a high UV sensitive dual-camera optical system. Gene...
We installed a permanent SO2 camera system on Stromboli, Italy, in May 2013, in order to improve our...
In atmospheric tracer experiments, a substance is released into the turbulent atmospheric flow to s...
Stromboli is one of the most active volcanoes on Earth, and one of the few where passive degassing ...
The full-length videos were filmed at the surface and inside the wellbore during natural and artific...
Time-lapse videos showing contrasting conditions during the monitoring of vapor plumes at La Selva B...
SO2 camera systems are increasingly being used to image volcanic gas plumes. The ability to derive S...
In this study, I take advantage of a novel technique - the UV camera - to image SO2 emissions from t...
SO2 flux is widely monitored on active volcanoes as it gives a window into the hidden, subsurface ma...
This video is related to the manuscript "Spatial variability of Saharan dust deposition revealed thr...
Most volcanism on Earth is submarine, but volcanic gas emissions by submarine eruptions are rarely o...
In an effort to improve monitoring of passive volcano degassing, we have constructed and tested a di...
The UV camera is now becoming a new important tool in the armory of volcano geochemists for high rat...
We used a one-year long SO2 flux record, which was obtained using a novel algorithm for real-time au...
Here, we present the first ultraviolet (UV) camera measurements of sulphur dioxide (SO2) flux from Y...
We performed measurements of SO2 emissions with a high UV sensitive dual-camera optical system. Gene...
We installed a permanent SO2 camera system on Stromboli, Italy, in May 2013, in order to improve our...
In atmospheric tracer experiments, a substance is released into the turbulent atmospheric flow to s...
Stromboli is one of the most active volcanoes on Earth, and one of the few where passive degassing ...