To study the effects of anomalous concentrations of CO2 in the sea a volcanic area was identified in the southern Tyrrhenian Sea, where submarine CO2-rich discharges occur in shallow water producing underwater gas plumes. Specific fluid sampling and water-chemistry measuring techniques were developed to be used by scientific divers in order to identify the chemical composition of the gas emissions and their effect on the marine surroundings. Laboratory experiments were conducted to identify the main features of the physical interaction of a gas plume with the surrounding liquid environment
AbstractPanarea is a submarine volcanic caldera between the active volcanoes Stromboli and Vulcano, ...
Acidification of seawater is one of the aspect tightly linked to volcanic risk, due to the presence ...
A critical component of long term geological sequestration of anthropogenic CO(2) will be our abilit...
To understand the effects of increased levels of CO2 on the marine realm, it is possible to study ar...
Developing reliable detection and monitoring techniques for underwater CO2 seepage and its effects o...
The volcanic island of Panarea is characterized by the presence of continuous emission of volcanic g...
Shallow submarine gas vents in Levante Bay, Vulcano Island (Italy), emit around 3.6t CO2 per day pro...
On November, 3th, 2002 a huge submarine volcanic-hydrothermal gas burst started nearby Bottaro islet...
Although CO2 capture and storage in deep, offshore reservoirs is a proven technology, as illustrated...
AbstractCarbon dioxide sequestration in sub-seafloor aims to store CO2 inside geological trapping st...
Abstract—The marine sector surrounding Panarea Island (Aeolian Islands, South Italy) is affected by ...
Geological sequestration of anthropogenic CO2 appears to be a promising method for reducing the amou...
AbstractAlthough CO2 capture and storage in deep, offshore reservoirs is a proven technology, as ill...
AbstractSub-seabed represents a valid storage solution for anthropogenic carbon dioxide (CO)2 and it...
AbstractA critical component of long term geological sequestration of anthropogenic CO2 will be our ...
AbstractPanarea is a submarine volcanic caldera between the active volcanoes Stromboli and Vulcano, ...
Acidification of seawater is one of the aspect tightly linked to volcanic risk, due to the presence ...
A critical component of long term geological sequestration of anthropogenic CO(2) will be our abilit...
To understand the effects of increased levels of CO2 on the marine realm, it is possible to study ar...
Developing reliable detection and monitoring techniques for underwater CO2 seepage and its effects o...
The volcanic island of Panarea is characterized by the presence of continuous emission of volcanic g...
Shallow submarine gas vents in Levante Bay, Vulcano Island (Italy), emit around 3.6t CO2 per day pro...
On November, 3th, 2002 a huge submarine volcanic-hydrothermal gas burst started nearby Bottaro islet...
Although CO2 capture and storage in deep, offshore reservoirs is a proven technology, as illustrated...
AbstractCarbon dioxide sequestration in sub-seafloor aims to store CO2 inside geological trapping st...
Abstract—The marine sector surrounding Panarea Island (Aeolian Islands, South Italy) is affected by ...
Geological sequestration of anthropogenic CO2 appears to be a promising method for reducing the amou...
AbstractAlthough CO2 capture and storage in deep, offshore reservoirs is a proven technology, as ill...
AbstractSub-seabed represents a valid storage solution for anthropogenic carbon dioxide (CO)2 and it...
AbstractA critical component of long term geological sequestration of anthropogenic CO2 will be our ...
AbstractPanarea is a submarine volcanic caldera between the active volcanoes Stromboli and Vulcano, ...
Acidification of seawater is one of the aspect tightly linked to volcanic risk, due to the presence ...
A critical component of long term geological sequestration of anthropogenic CO(2) will be our abilit...