González and Escobar form for the Geomorphology, Territory and Landscapes in Volcanic Regions (Geovol) Research Group of the University of Castilla-La Mancha (UCLM) and both had been collaborating for years with Involcan in the study of Canarian volcanoes and those found in the Campo de Calatrava region, in the province of Ciudad Real.
After 50 days of eruption, González comments that it has been possible to see how a fissure-type volcano on the slope, typical of the Canary Islands, evolves, in which well-developed mouths are being observed opening and closing, and in which it has come to have up to nine active at any given time. But this volcano, he says, “is teaching us how the morphologies of the cones are modified depending on the specialization of the volcano and we are also learning a lot about the behavior of the lava”, which has reached 1,250 degrees, or about the evolution of the different washes. The caedrática ensures that scientists will take “the lessons learned to new publications and conferences.”
Researcher Estela Escobar, for her part, is studying the evolution and modification of the relief of the original landscape, focusing on how it has changed. Some changes that, he emphasizes, in the case of this volcano are very significant as they arose on a slope, resulting in increased risk and damage caused to the land where the rivers of lava have flowed.
The researcher, who is no stranger to the pain of La Palma trees who have lost everything, lives with the hope that they will rise again and forge their future around the volcano. In his day he carried out his doctoral thesis on the use of volcanic resources, and ensures that when everything is over a new stage of hope will open for La Palma trees based on geotourism, as has already happened with the Caldera de Taburiente National Park or the volcano of Teneguia.