Università Roma Tre

The course aims to: a) increase knowledge about the history of Earth and environmental and climatic changes at different scales; b) provide knowledge on recent developments in the field of evolutionary ecology and frame the geological phenomena in the fourth dimension.

The students will get a full knowledge of the field of pure and applied Geophysics including theoretical aspects of Physics of the Earth’s interior. They will also get information of Geophysical prospecting in gravity, magnetism and electromagnetism.

THE AIM OF THIS COURSE IS AT EXAMINING THE INTERNATIONAL SITUATION ON RAW MATERIAL SUPPLY FOR TECHNOLOGICAL APPLICATIONS SO AS TO DEDUCE FROM THE CURRENT TREND THE FUTURE DEVELOPMENTS AND THE JOB POSSIBILITIES FOR GEOLOGISTS. DATA ON THE LATIAN AND ABRUZZI POLLUTION WILL ALSO BE GIVEN.

TO PREPARE STUDENTS FOR THE CONSTRUCTION OF GEOLOGICAL AND THEMATIC MAPS IN DIFFERENT GEOLOGICAL SETTINGS,THROUGH THE COLLECTION AND PROCESSING OF FIELD DATA AND THEIR INTEGRATION WITH DATA FROM MAIN METHODS OF ANALYSIS IN EARTH SCIENCES, TO ACQUIRE THE THEORETICAL CONCEPTS AND TECHNIQUES NEEDED TO USE IMAGES TAKEN WITH AIR AND SATELLITE SENSORS IN DIFFERENT ENVIRONMENTAL CONTEX

To provide to the students the basic concepts useful for understand the eruptive processes and the depositional mechanism of the effusive and explosive deposits, starting from the analyses, characterization and interpretation of the deposits . Main topic of the course is to joint the field observation to the theoretical concepts.
For the comprehension of the arguments dealt during the course it is necessary to have concepts of Sedimentology, Petrography and Geochemistry.

PROVIDE TO THE STUDENT THE KNOWLEDGE OF THE MAIN TOOLS OF THE STRATIGRAPHIC GEOLOGY IN ORDER TO REACH AUTONOMY AND CRITICISM CAPABILITY IN FACING THOSE TOPICS OF THE GEOLOGY THAT NEED A STRATIGRAPHIC APPROACH. APPLICATION ON THE FIELD OF THE CONCEPTS EXPLAINED IN MODULE 1.

The course aims to provide tools and methods for description, analysis and interpretation of ductile and brittle deformation processes affecting a volume of rock. The goal is to reconstruct complex deformation sequences for interpreting the regional geological evolution. The aim of the course is also to present the structures and styles associated with regional tectonics.

The students will get a full knowledge of the field of pure and applied Geophysics including theoretical aspects of Physics of the Earth’s interior. They will also get information of Geophysical prospecting in gravity, magnetism and electromagnetism.

TO PREPARE STUDENTS FOR THE CONSTRUCTION OF GEOLOGICAL AND THEMATIC MAPS IN DIFFERENT GEOLOGICAL SETTINGS,THROUGH THE COLLECTION AND PROCESSING OF FIELD DATA AND THEIR INTEGRATION WITH DATA FROM MAIN METHODS OF ANALYSIS IN EARTH SCIENCES, TO ACQUIRE THE THEORETICAL CONCEPTS AND TECHNIQUES NEEDED TO USE IMAGES TAKEN WITH AIR AND SATELLITE SENSORS IN DIFFERENT ENVIRONMENTAL CONTEX

To provide to the students the basic concepts useful for understand the eruptive processes and the depositional mechanism of the effusive and explosive deposits, starting from the analyses, characterization and interpretation of the deposits . Main topic of the course is to joint the field observation to the theoretical concepts.
For the comprehension of the arguments dealt during the course it is necessary to have concepts of Sedimentology, Petrography and Geochemistry.

Abilty to locate, quantify and manage groundwater resources; ability to produce hydrogeological maps; ability to design works collection of springs and underground aquifers; ability to produce hydrogeological schemes and / or hydrogeological models.

PROVIDE TO THE STUDENT THE KNOWLEDGE OF THE MAIN TOOLS OF THE STRATIGRAPHIC GEOLOGY IN ORDER TO REACH AUTONOMY AND CRITICISM CAPABILITY IN FACING THOSE TOPICS OF THE GEOLOGY THAT NEED A STRATIGRAPHIC APPROACH. APPLICATION ON THE FIELD OF THE CONCEPTS EXPLAINED IN MODULE 1.

The course aims to provide tools and methods for description, analysis and interpretation of ductile and brittle deformation processes affecting a volume of rock. The goal is to reconstruct complex deformation sequences for interpreting the regional geological evolution. The aim of the course is also to present the structures and styles associated with regional tectonics.

Theory and practice of Geographical Information Systems applied to environmental issues and geoscience. Basis of geographic database design and spatial analysis by using GIS software.

THE AIM OF THE COURSE IS TO PROVIDE A PROPER KNOWLEDGE ON THE GEOCHEMISTRY OF THE HYDROSPHERE FROM A THEORETICAL, ANALYTICAL AND APPLIED (MANAGEMENT) POINT OF VIEW, USING A GEOCHEMICAL-GEOLOGICAL APPROACH INTEGRATED WITH ELEMENTS OF BIOLOGY AND CHEMISTRY.

The course aims to: a) increase knowledge about the history of Earth and environmental and climatic changes at different scales; b) provide knowledge on recent developments in the field of evolutionary ecology and frame the geological phenomena in the fourth dimension.

The students will get a full knowledge of the field of pure and applied Geophysics including theoretical aspects of Physics of the Earth’s interior. They will also get information of Geophysical prospecting in gravity, magnetism and electromagnetism.

THE AIM OF THIS COURSE IS AT EXAMINING THE INTERNATIONAL SITUATION ON RAW MATERIAL SUPPLY FOR TECHNOLOGICAL APPLICATIONS SO AS TO DEDUCE FROM THE CURRENT TREND THE FUTURE DEVELOPMENTS AND THE JOB POSSIBILITIES FOR GEOLOGISTS. DATA ON THE LATIAN AND ABRUZZI POLLUTION WILL ALSO BE GIVEN.

TO PREPARE STUDENTS FOR THE CONSTRUCTION OF GEOLOGICAL AND THEMATIC MAPS IN DIFFERENT GEOLOGICAL SETTINGS,THROUGH THE COLLECTION AND PROCESSING OF FIELD DATA AND THEIR INTEGRATION WITH DATA FROM MAIN METHODS OF ANALYSIS IN EARTH SCIENCES, TO ACQUIRE THE THEORETICAL CONCEPTS AND TECHNIQUES NEEDED TO USE IMAGES TAKEN WITH AIR AND SATELLITE SENSORS IN DIFFERENT ENVIRONMENTAL CONTEX

To provide to the students the basic concepts useful for understand the eruptive processes and the depositional mechanism of the effusive and explosive deposits, starting from the analyses, characterization and interpretation of the deposits . Main topic of the course is to joint the field observation to the theoretical concepts.
For the comprehension of the arguments dealt during the course it is necessary to have concepts of Sedimentology, Petrography and Geochemistry.

PROVIDE TO THE STUDENT THE KNOWLEDGE OF THE MAIN TOOLS OF THE STRATIGRAPHIC GEOLOGY IN ORDER TO REACH AUTONOMY AND CRITICISM CAPABILITY IN FACING THOSE TOPICS OF THE GEOLOGY THAT NEED A STRATIGRAPHIC APPROACH. APPLICATION ON THE FIELD OF THE CONCEPTS EXPLAINED IN MODULE 1.

The course aims to provide tools and methods for description, analysis and interpretation of ductile and brittle deformation processes affecting a volume of rock. The goal is to reconstruct complex deformation sequences for interpreting the regional geological evolution. The aim of the course is also to present the structures and styles associated with regional tectonics.

THE AIM OF THIS COURSE IS TO PROVIDE STUDENTS WITH TOOLS TO SOLVE A “GEOMORPHOLOGY PROBLEM”, COLLECTING AND ANALYSING DATA AND TO SUGGEST A POSSIBLE SOLUTION TO PREVENT OR MITIGATE PHENOMENA THAT GENERATE CONDITION OF HAZARD.

THE MAIN GOAL OF THE COURSE IS TO DEVELOP A CRITICAL VIEW AND A SPECIFIC FEELING IN THE STUDENTS ABOUT THE VARIED ISSUES REGARDING THE BASIC KNOWLEDGE AND THE APPLICATIONS OF THE ENVIRONMENTAL GEOCHEMISTRY.

PROVIDE METHODS FOR THE STUDY OF GEOLOGICAL CHARACTERS OF URBAN AREAS. IDENTIFYING THE GEOLOGICAL PROCESSES WHICH EFFECTS NOT ONLY CREATE PROBLEMS AT REGIONAL AND LOCAL LEVEL (HAZARD AND RISK), BUT ALSO THE CONDITION OF WORKS EXECUTION OF ENGINEERING. IDENTIFYING THE GEOLOGICAL PROCESSES THAT HAVE GIVEN THE PRESENCE OF ELEMENTS USEFUL FOR THE DEVELOPMENT OF HUMAN ACTIVITIES (RENEWABLE AND NOT RENEWABLE RESOURCES). ABILITY TO PLAN, CONDUCT AND READ THE INVESTIGATION OF UNDERGROUND EXPLORATION.

THE AIM OF THE COURSE IS TO PROVIDE THE BASIC KNOWLEDGE OF THE SOIL MECHANICS AND GEOTECHNICAL ENGINEERING PRINCIPLES.

The students will get a full knowledge of the field of pure and applied Geophysics including theoretical aspects of Physics of the Earth’s interior. They will also get information of Geophysical prospecting in gravity, magnetism and electromagnetism.

TO PREPARE STUDENTS FOR THE CONSTRUCTION OF GEOLOGICAL AND THEMATIC MAPS IN DIFFERENT GEOLOGICAL SETTINGS,THROUGH THE COLLECTION AND PROCESSING OF FIELD DATA AND THEIR INTEGRATION WITH DATA FROM MAIN METHODS OF ANALYSIS IN EARTH SCIENCES, TO ACQUIRE THE THEORETICAL CONCEPTS AND TECHNIQUES NEEDED TO USE IMAGES TAKEN WITH AIR AND SATELLITE SENSORS IN DIFFERENT ENVIRONMENTAL CONTEX

To provide to the students the basic concepts useful for understand the eruptive processes and the depositional mechanism of the effusive and explosive deposits, starting from the analyses, characterization and interpretation of the deposits . Main topic of the course is to joint the field observation to the theoretical concepts.
For the comprehension of the arguments dealt during the course it is necessary to have concepts of Sedimentology, Petrography and Geochemistry.

Abilty to locate, quantify and manage groundwater resources; ability to produce hydrogeological maps; ability to design works collection of springs and underground aquifers; ability to produce hydrogeological schemes and / or hydrogeological models.

PROVIDE TO THE STUDENT THE KNOWLEDGE OF THE MAIN TOOLS OF THE STRATIGRAPHIC GEOLOGY IN ORDER TO REACH AUTONOMY AND CRITICISM CAPABILITY IN FACING THOSE TOPICS OF THE GEOLOGY THAT NEED A STRATIGRAPHIC APPROACH. APPLICATION ON THE FIELD OF THE CONCEPTS EXPLAINED IN MODULE 1.

The course aims to provide tools and methods for description, analysis and interpretation of ductile and brittle deformation processes affecting a volume of rock. The goal is to reconstruct complex deformation sequences for interpreting the regional geological evolution. The aim of the course is also to present the structures and styles associated with regional tectonics.

THE AIM OF THIS COURSE IS TO PROVIDE STUDENTS WITH TOOLS TO SOLVE A “GEOMORPHOLOGY PROBLEM”, COLLECTING AND ANALYSING DATA AND TO SUGGEST A POSSIBLE SOLUTION TO PREVENT OR MITIGATE PHENOMENA THAT GENERATE CONDITION OF HAZARD.

THE AIM OF THIS COURSE IS TO PROVIDE STUDENTS WITH TOOLS TO SOLVE A “GEOMORPHOLOGY PROBLEM”, COLLECTING AND ANALYSING DATA AND TO SUGGEST A POSSIBLE SOLUTION TO PREVENT OR MITIGATE PHENOMENA THAT GENERATE CONDITION OF HAZARD.

THE MAIN GOAL OF THE COURSE IS TO DEVELOP A CRITICAL VIEW AND A SPECIFIC FEELING IN THE STUDENTS ABOUT THE VARIED ISSUES REGARDING THE BASIC KNOWLEDGE AND THE APPLICATIONS OF THE ENVIRONMENTAL GEOCHEMISTRY.

PROVIDE METHODS FOR THE STUDY OF GEOLOGICAL CHARACTERS OF URBAN AREAS. IDENTIFYING THE GEOLOGICAL PROCESSES WHICH EFFECTS NOT ONLY CREATE PROBLEMS AT REGIONAL AND LOCAL LEVEL (HAZARD AND RISK), BUT ALSO THE CONDITION OF WORKS EXECUTION OF ENGINEERING. IDENTIFYING THE GEOLOGICAL PROCESSES THAT HAVE GIVEN THE PRESENCE OF ELEMENTS USEFUL FOR THE DEVELOPMENT OF HUMAN ACTIVITIES (RENEWABLE AND NOT RENEWABLE RESOURCES). ABILITY TO PLAN, CONDUCT AND READ THE INVESTIGATION OF UNDERGROUND EXPLORATION.

THE AIM OF THE COURSE IS TO PROVIDE THE BASIC KNOWLEDGE OF THE SOIL MECHANICS AND GEOTECHNICAL ENGINEERING PRINCIPLES.

Theory and practice of Geographical Information Systems applied to environmental issues and geoscience. Basis of geographic database design and spatial analysis by using GIS software.

THE AIM OF THE COURSE IS TO PROVIDE A PROPER KNOWLEDGE ON THE GEOCHEMISTRY OF THE HYDROSPHERE FROM A THEORETICAL, ANALYTICAL AND APPLIED (MANAGEMENT) POINT OF VIEW, USING A GEOCHEMICAL-GEOLOGICAL APPROACH INTEGRATED WITH ELEMENTS OF BIOLOGY AND CHEMISTRY.

THE AIM OF THIS COURSE IS TO PROVIDE STUDENTS WITH TOOLS TO SOLVE A “GEOMORPHOLOGY PROBLEM”, COLLECTING AND ANALYSING DATA AND TO SUGGEST A POSSIBLE SOLUTION TO PREVENT OR MITIGATE PHENOMENA THAT GENERATE CONDITION OF HAZARD.