BUSCADOR RECOLECTA

Técnica: Óleo, Materia-soporte: Lienzo, Paisaje de un valle con pinos en primer término., Firmado en ángulo inferior derecho.

Técnica: Óleo, Materia-soporte: Lienzo, Paisaje con torre medieval de Orozco., Firmado en ángulo inferior derecho.

Técnica: Óleo, Materia-soporte: Lienzo, Paisaje con cielo azul y caserío en primer término., Firmado en ángulo inferior izquierdo.

Técnica: Óleo, Materia-soporte: Tablex, Paisaje con gran caserío y su huerta., Firmado en ángulo inferior derecho.

Exposición, Técnica: Óleo, Materia-soporte: Lienzo, Paisaje rural del pueblo y la montaña al fondo., Firmado en ángulo inferior izquierdo.

Exposición, Técnica: Óleo, Materia-soporte: Lienzo, Fecha de ejecución: 1980, Paisaje de la llanada con campo de flores en primer término., Firmado en ángulo inferior derecho.

Técnica: Óleo, Materia-soporte: Lienzo, Fecha de ejecución: 1979, Vista del Sena y el Puente Nuevo de París., Firmado en ángulo inferior izquierdo.

Exposición, Técnica: Óleo, Materia-soporte: Lienzo, Fecha de ejecución: 1981, Paisaje de un pueblo con gran muralla de roca al fondo., Firmado en ángulo inferior izquierdo.

GALILEO-IHM-2016 Cruise (29HE20160103) carried out on the Research Vessel Hespérides in 2016, This cruise includes two projects: 1. Measurements of position and signal quality of the european Galileo GNSS Open Service. This is within a Galileo Pilot Project funded by the the MoD of Spain and executed by the Hydrographic Institute of the Navy. 2. Hydrographic (Cartographic) works for Navigation Chart production by Hydrographic Institute of the Navy. This includes bathymetric works in the areas of Southern Livingston Island and Deception Island

DISTANTCOM Cruise (29HE20160204) carried out on the Research Vessel Hespérides in 2016, The main objective of the project is to understand the diversity and structure of Antarctic marine benthic communities. The ecological activity of marine natural products from Benthic organisms will be studied using chemical ecology experiments in situ. We will collect various marine invertebrates (stars, worms, snails, etc.) and we will study its behavior in the laboratory. We will try find out what chemical defenses they use to repel their predators or to keep clean, preventing organisms from adhering to their surface. These chemicals can also have an activity potentially useful biological in the form of medicines. For putting a example, the compound that prevents the cells of your enemy from spreading it could serve to prevent the development of cancer cells. We will try to learn more about how the animals of the Antarctic fund live: what trophic relationships do they have (who eats whom), what relationships symbiotics present (who lives with whom) or what pollutants accumulate (that they feel bad). We intend to know also their relations of kinship, trying to unveil the family tree of some species, and what factors have conditioned its current distribution. This is important also in relation to climate change. Sampling has been done with beam trawls and with divers