The sample that is done through the Copernicus program and This has been carried out since the beginning of the eruptive process to encrypt both the surface affected by the lava flows and the buildings that have been buried during the magma’s journey.
Impressive images captured from different satellites have also been frequent, especially from the European Space Agency (ESA) that have been monitoring from their orbit in space the progress of the eruption and the different flows that have been happening on the land of La Palma.
In addition, the satellite network is also helping to monitor the emission of gases from the eruption. The dispersion of ashes is being a headache for La Palma trees and for the air operations that connect the Island, leaving the airfield located in the east of the Island inoperative.
Much less visible but something more worrying is the emission of gases, which have been the subject of constant analysis by scientists who intend to control air quality in this way. But also, from the Sentinel satellite, it helps to observe the dispersion of this harmful gas emanation.
If already a few weeks ago, the sulfur dioxide even reached the Caribbean, the ESA satellite maintains the observation of the path that this cloud of gases makes around La Palma depending on the weather and controls in particular the presence of dioxide of sulfur in the layers of the atmosphere over the Canary Islands.
In that sense, as Sentinel-I captured last week, the cloud reached a large part of the Atlantic Ocean in the southwest of La Palma.