We are talking about Extremophilic organisms, metabolically adapted to survive in highly limiting conditions for other living beings ». What is the origin of the bacteria discovered in the Tagoro volcano? The bacterium T. venerisIt represents not only a new species but also a new genus of Extremophilic bacteria that was unknown to the scientific community. Without photosynthetic capacity, the new species shows a remarkable metabolic plasticity to obtain nutrients and energy even though it grows in relatively shallow volcanic beds, at least in the Tagoro. The new bacterium is phylogenetically close to other marine bacteria – specifically, the genus Thioploca, within the class of gammaproteobacteria – endowed with great metabolic plasticity to adapt to the extreme environments of the ocean floor. Now the species T. veneris”Canals emphasizes”

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it is geographically very far from other centers of Switzerland Email Database volcanic activity (for example, the mid-Atlantic ridge), and this raises many questions about its origin “. Tagoro: a unique opportunity for scientific research The species discovered in this underwater volcano represents an initial stage in the process of reestablishing biological communities in underwater habitats devastated by natural disasters, as was the case of the Tagoro eruption on the seabed of the Canary Islands. «For scientists, the Tagoro volcanic episode is an excellent natural laboratory to study the development and environmental impact of relatively modest submarine eruptions. From a biological point of view, the biological recolonization process also represents an extraordinary study opportunity for science, ”says Canals. It should be remembered, with respect to the GRC in

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Marine Geosciences of the UB, that its members had also published the results of the monitoring in real time – with acoustic means – of the Tagoro eruption, a line of work that revealed unpublished aspects about the origin and the evolution of volcanic islands. Researchers from the Botany and Plant Conservation Research Group of the University of Alicante have described a new species of insectivorous plant in the Valencian Community. Called Pinguicula saetabensis, it is a very delicate carnivorous species, whose leaves are all arranged at the base and are covered with glands on which small insects stick. The flowers are arranged on very long peduncles and are bluish in color and have two lips and a long spur. The fruits are small, almost spherical, and release numerous small seeds with a reticulated surface. It is a typical plant of shelters, slopes and rocky walls of a calcareous nature,

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