Antonio Polo Sanchez
Volcanology Student
Driving License
Salamanca (37005) Spain
Professional Status
Employed
Available
About Me
PhD geology student. My main PhD topic is related to the degasssing mechanisms characterization of Deception Island volcano (Antarctica) through Noble gas and Stable Isotope (H and O) geochemistry.
I am a very hardworking person, always motivated and looking forward to opportunities as they arise. My strengths are punctuality, persistence and ethical standards.
I am a very hardworking person, always motivated and looking forward to opportunities as they arise. My strengths are punctuality, persistence and ethical standards.
Modules included:
Magmatic Geochemistry
Subduction
Volcanic Systems and Hazards
Physics of Magmas
Primitive Earth
Research Strategy
Professional Insertion
Master Thesis:
Processes and timescales of crystal residence prior to a small-volume historical eruption of Santorini Volcano, Greece
Magmatic Geochemistry
Subduction
Volcanic Systems and Hazards
Physics of Magmas
Primitive Earth
Research Strategy
Professional Insertion
Master Thesis:
Processes and timescales of crystal residence prior to a small-volume historical eruption of Santorini Volcano, Greece
-International group workshops (Students from France, UK, Greece, Italy and Perú)
-Virtual Reality workshops (Isle of Wight, Metaxa Mine, Puy de Lémptegy)
-Landslides (Isle of Wight, UK), Volcanic risk and hazards (Iceland, Santorini) and Geoheritage (France)
-Preparation of Presentations
-ArcGIS Story Maps Introduction
-Assistance to Puy de Lémptegy living tour recording
-Virtual Reality workshops (Isle of Wight, Metaxa Mine, Puy de Lémptegy)
-Landslides (Isle of Wight, UK), Volcanic risk and hazards (Iceland, Santorini) and Geoheritage (France)
-Preparation of Presentations
-ArcGIS Story Maps Introduction
-Assistance to Puy de Lémptegy living tour recording
Details and Extracurriculars
Modules included:
Rise of magmas and eruption
Physical Magmatology
Magma’s sources and differentiation mechanisms
Digital Modelling
Geological mapping in volcanic fields
Subsurface Geophysics
Imagery and Remote Sensing
Analytical Techniques
Master Thesis:
The diversity of volcanic caldera structures
Rise of magmas and eruption
Physical Magmatology
Magma’s sources and differentiation mechanisms
Digital Modelling
Geological mapping in volcanic fields
Subsurface Geophysics
Imagery and Remote Sensing
Analytical Techniques
Master Thesis:
The diversity of volcanic caldera structures
UIcelandX, edX training courses, created by Freynsteinn Sigmundsson (The University of Iceland)
More information:
https://www.edx.org/course/monitoring-volcanoes-and-magma-movements
My certficate:
https://courses.edx.org/certificates/41cd092e7846436bac05187c5664e1a8
More information:
https://www.edx.org/course/monitoring-volcanoes-and-magma-movements
My certficate:
https://courses.edx.org/certificates/41cd092e7846436bac05187c5664e1a8
1st edition Training in Employment Techniques for Geologists
Modules included:
Volcanology
GIS and Remote Sensing
Structural Analysis
Igneous and Metamorphic Petrology
Isotopic Geochemistry
Structural Geology
Geological Mapping
Geophysics
Degree Thesis:
Petrographic study of the formation processes of two caldera collapse formations: Los Frailes and Deception Island
Volcanology
GIS and Remote Sensing
Structural Analysis
Igneous and Metamorphic Petrology
Isotopic Geochemistry
Structural Geology
Geological Mapping
Geophysics
Degree Thesis:
Petrographic study of the formation processes of two caldera collapse formations: Los Frailes and Deception Island
Details and Extracurriculars
- Ranked 1st out of undergraduate class
- Winner of I Premio ICOG Excelencia Academica 2018
- Resulted Publications
Polo Sánchez. A; Álvarez Valero. A. M; Gonzalo Corral. J. C. (2019). Colapso de Calderas Volcánicas: Petrografía de la Caldera de los Frailes (Cabo de Gata, Almería). Tierra y tecnología: revista de información geológica, (53), 2. https://dx.doi.org/10.21028/aps.2019.02.28
https://www.icog.es/TyT/index.php/2019/02/colapso-de-calderas-volcanicas/
Álvarez-Valero. A, Gisbert. G, Aulinas. M, Geyer. A, Kereszturi. G, Polo Sánchez. A, Núñez Guerrero. E, Sumino. H, (2020). δD and δO evolution under Deception Island volcano (Antarctica): Implications for magma ascent and eruption forecasting. Chemical Geology. 119595.
https://doi.org/10.1016/j.chemgeo.2020.119595
Álvarez-Valero. A, Aulinas. M, Geyer. A, Gisbert. G, Kereszturi. G, Núñez Guerrero. E, Polo Sánchez. A, Sumino. H, (2020). Magma ascent and eruption forecasting at Deception Island volcano (Antarctica) evidenced by δD and δ18O variations. EGU General Assembly. Submission EGU2020-12700.
https://doi.org/10.5194/egusphere-egu2020-12700
Training in Imagery and Remote Sensing “Earth Imagery at Work, MOOC”
Voluntary training in the field of metamorphic petrology in the south-east of Salamanca province (Map Sheet MAGNA 1.50000 Nº529), especially in the vicinities of Bercimuelle, Puente del Congosto, Gallegos de Solmirón and El Mirón. This training was realised in rocks that belong to the Esquisto-Grauvaquico Complex, dated Pre-Ordovicien, who suffered metamorphic procceses associated to Variscan Orogeny and Pre, Sin or Post-Variscan igneous intrusions.
25-hour course in Geological Mapping
Details and Extracurriculars
