Earth Sciences (Geology)
Bachelor's degree
In Oxford
Description
-
Type
Bachelor's degree
-
Location
Oxford
UCAS code
F642 (Geology)
F644 (Earth Sciences)
Duration
3 years (BA Geology)
4 years (MEarthSci)
Entrance requirements A*AA/AAAA Subject requirements Maths, plus Chemistry or Physics
Chemistry or Physics
Biology, Geology, Further Maths
Admissions test(s) None Written work None
Admissions statistics*
Interviewed: 92%
Successful: 29%
Intake: 35
*3-year average 2017-19
Contact
+44 (0) 1865 272040
Email Earth Sciences
Subject requirements: Essential Recommended Helpful – may be useful on course
Unistats information for this course can be found at the bottom of the page
Please note that there may be no data available if the number of course participants is very small.
Earth Sciences is the study of the planet we live upon. The rapidly-changing scope and nature of the subject is reflected in the course at Oxford, which provides sound and broadly-based scientific training.
We combine physics, chemistry and biology with geology, geography and palaeontology to answer fundamental questions about the origin, development, and future of the Earth. You will be trained in the skills required for the interpretation of rock materials and geological phenomena as well as applying theory and techniques from other disciplines to the study of the Earth and the environment.
">Video of Earth Sciences (Geology) at Oxford University
You will be given the opportunity to learn about how our planet works, and address some of the major issues of our times: from the origin of the solar system, the Earth and life, to the climate system and the fate of glaciers and ice sheets. The diverse range of courses cover processes from the Earth’s interior, as mapped by seismic waves, to the evolution of the Earth’s crust documented in the rocks at its surface..
The department has an international reputation, and houses state-of-the-art laboratories and computing facilities. Students and academic staff mix and work together
Facilities
Location
Start date
Start date
Reviews
Subjects
- University
- Anatomy
- Maths
- Teaching
- Options
- IT
- MPLS
- Geology
- Biology
- Materials
- Project
- Physics Chemistry
- GCSE Physics
- Sciences
- Fundamentals
Course programme
During Years 1–3, your work is divided between lectures, tutorials, and practical classes. In Year 4 you have the opportunity for independent work on special topics or in a research laboratory. Students will find that their scheduled teaching time breaks down approximately as follows for each year:
approximately- Year 1: Lectures 55%, Practicals 45%
- Year 2: Lectures 55%, Practicals 45%
- Year 3: Lectures 60%, Practicals 40%
- Year 4: Project 50%, Seminars 50%
Students are expected to spend at least 40 hours a week studying, including the scheduled teaching, so a good portion of students' time should be spent on private study. Tutorials are usually 2-4 students and a tutor. Class sizes may vary depending on the options you choose. There would usually be no more than around 20 students though classes for some of the more popular papers may be up to 40 students.
Other than the field courses, all teaching takes place in the department and most tutorials, classes, and lectures are delivered by members of the Earth Sciences Department. All are world-leading experts with years of experience in teaching and research. Some teaching may also be delivered by postdoctoral researchers from the department who are experts in their area of research. Postdoctoral researchers and postgraduate students from the Department will also assist in practical sessions and on field courses. To find out more about how our teaching year is structured, visit our Academic Year page.
Academic YearCourse structureYEAR 1COURSES
- Students take all courses in five parallel streams:
- Planet Earth
- Fundamentals of geology I
- Fundamentals of geology II
- Physics, chemistry and biology for Earth Sciences
- Mathematics for materials and Earth Sciences
- Field courses
- Pembroke field course (pre-session)
- Arran field course (introduction)
- Local field courses
ASSESSMENT
First University Examinations: Theory and Practical
YEAR 2COURSES
- Students take all courses in five parallel streams:
- Earth deformation and materials
- Palaeobiology
- Petrology
- Geochemistry and ocean chemistry
- Mathematical and geophysical tools
- Field courses:
- Dorset field course
- Assynt field course (mapping)
ASSESSMENT
Part A1 Examinations: Theory and Practical
YEAR 3COURSES
- Students take a combination of core and optional papers from the following:
- Natural resources
- Sedimentary basins
- The oceans
- Climate
- Seismology and earth structure/Vector calculus
- Geodynamics and continental deformation
- Volcanology, igneous processes and petrogenesis
- Evolutionary turning points/Quantitative palaeobiology
- Earth materials, rock deformation and metamorphism
- Field courses:
- South-east Spain field course
- Independent field mapping project (conducted over summer break between Years 2 and 3)
- Extended essay
ASSESSMENT
Part A2 Examinations: Theory
YEAR 4RESEARCH
- Students choose four options (currently out of eight to ten), generally two in each term:
- Anatomy of a mountain belt
- Planetary chemistry
- Structure and dynamics of the Earth’s mantle
- Records of major environmental change in Earth’s history
- Palaeobiology
- Environmental, rock and palaeomagnetism
- Topics in oceanography
- Topics in volcanology
- Field courses: optional field courses as announced each year
- Independent work: research project over 2.5 terms.
ASSESSMENT
Part B Examination: Theory, MEarthSci (Earth Sciences)
The options listed above are illustrative and may change. A full list of current options is available on the Earth Sciences website
YEAR 1COURSES
- Students take all courses in five parallel streams:
- Planet Earth
- Fundamentals of geology I
- Fundamentals of geology II
- Physics, chemistry and biology for Earth Sciences
- Mathematics for materials and Earth Sciences
- Field courses
- Pembroke field course (pre-session)
- Arran field course (introduction)
- Local field courses
ASSESSMENT
First University Examinations: Theory and Practical
YEAR 2COURSES
- Students take all courses in five parallel streams:
- Earth deformation and materials
- Palaeobiology
- Petrology
- Geochemistry and ocean chemistry
- Mathematical and geophysical tools
- Field courses:
- Dorset field course
- Assynt field course (mapping)
ASSESSMENT
Part A1 Examinations: Theory and Practical
YEAR 3COURSES
- Students take a combination of core and optional papers from the following:
- Natural resources
- Sedimentary basins
- The oceans
- Climate
- Seismology and earth structure/Vector calculus
- Geodynamics and continental deformation
- Volcanology, igneous processes and petrogenesis
- Evolutionary turning points/Quantitative palaeobiology
- Earth materials, rock deformation and metamorphism
- Field courses:
- South-east Spain field course
- Independent field mapping project (conducted over summer break between Years 2 and 3)
- Extended essay
ASSESSMENT
Part A2 Examinations: Theory
YEAR 4RESEARCH
- Students choose four options (currently out of eight to ten), generally two in each term:
- Anatomy of a mountain belt
- Planetary chemistry
- Structure and dynamics of the Earth’s mantle
- Records of major environmental change in Earth’s history
- Palaeobiology
- Environmental, rock and palaeomagnetism
- Topics in oceanography
- Topics in volcanology
- Field courses: optional field courses as announced each year
- Independent work: research project over 2.5 terms.
ASSESSMENT
Part B Examination: Theory, MEarthSci (Earth Sciences)
The options listed above are illustrative and may change. A full list of current options is available on the Earth Sciences website
YEAR 1YEAR 1YEAR 1COURSES
- Students take all courses in five parallel streams:
- Planet Earth
- Fundamentals of geology I
- Fundamentals of geology II
- Physics, chemistry and biology for Earth Sciences
- Mathematics for materials and Earth Sciences
- Field courses
- Pembroke field course (pre-session)
- Arran field course (introduction)
- Local field courses
ASSESSMENT
First University Examinations: Theory and Practical
COURSES
- Students take all courses in five parallel streams:
- Planet Earth
- Fundamentals of geology I
- Fundamentals of geology II
- Physics, chemistry and biology for Earth Sciences
- Mathematics for materials and Earth Sciences
- Field courses
- Pembroke field course (pre-session)
- Arran field course (introduction)
- Local field courses
COURSES
COURSES- Students take all courses in five parallel streams:
- Planet Earth
- Fundamentals of geology I
- Fundamentals of geology II
- Physics, chemistry and biology for Earth Sciences
- Mathematics for materials and Earth Sciences
- Field courses
- Pembroke field course (pre-session)
- Arran field course (introduction)
- Local field courses
- Planet Earth
- Fundamentals of geology I
- Fundamentals of geology II
- Physics, chemistry and biology for Earth Sciences
- Mathematics for materials and Earth Sciences
- Planet Earth
- Fundamentals of geology I
- Fundamentals of geology II
- Physics, chemistry and biology for Earth Sciences
- Mathematics for materials and Earth Sciences
- Pembroke field course (pre-session)
- Arran field course (introduction)
- Local field courses
- Pembroke field course (pre-session)
- Arran field course (introduction)
- Local field courses
ASSESSMENT
First University Examinations: Theory and Practical
ASSESSMENT
ASSESSMENTFirst University Examinations: Theory and Practical
YEAR 2YEAR 2YEAR 2COURSES
- Students take all courses in five parallel streams:
- Earth deformation and materials
- Palaeobiology
- Petrology
- Geochemistry and ocean chemistry
- Mathematical and geophysical tools
- Field courses:
- Dorset field course
- Assynt field course (mapping)
ASSESSMENT
Part A1 Examinations: Theory and Practical
COURSES
- Students take all courses in five parallel streams:
- Earth deformation and materials
- Palaeobiology
- Petrology
- Geochemistry and ocean chemistry
- Mathematical and geophysical tools
- Field courses:
- Dorset field course
- Assynt field course (mapping)
COURSES
COURSES- Students take all courses in five parallel streams:
- Earth deformation and materials
- Palaeobiology
- Petrology
- Geochemistry and ocean chemistry
- Mathematical and geophysical tools
- Field courses:
- Dorset field course
- Assynt field course (mapping)
- Earth deformation and materials
- Palaeobiology
- Petrology
- Geochemistry and ocean chemistry
- Mathematical and geophysical tools
- Earth deformation and materials
- Palaeobiology
- Petrology
- Geochemistry and ocean chemistry
- Mathematical and geophysical tools
- Dorset field course
- Assynt field course (mapping)
- Dorset field course
- Assynt field course (mapping)
ASSESSMENT
Part A1 Examinations: Theory and Practical
ASSESSMENT
ASSESSMENTPart A1 Examinations: Theory and Practical
YEAR 3YEAR 3YEAR 3COURSES
- Students take a combination of core and optional papers from the following:
- Natural resources
- Sedimentary basins
- The oceans
- Climate
- Seismology and earth structure/Vector calculus
- Geodynamics and continental deformation
- Volcanology, igneous processes and petrogenesis
- Evolutionary turning points/Quantitative palaeobiology
- Earth materials, rock deformation and metamorphism
- Field courses:
- South-east Spain field course
- Independent field mapping project (conducted over summer break between Years 2 and 3)
- Extended essay
ASSESSMENT
Part A2 Examinations: Theory
COURSES
- Students take a combination of core and optional papers from the following:
- Natural resources
- Sedimentary basins
- The oceans
- Climate
- Seismology and earth structure/Vector calculus
- Geodynamics and continental deformation
- Volcanology, igneous processes and petrogenesis
- Evolutionary turning points/Quantitative palaeobiology
- Earth materials, rock deformation and metamorphism
- Field courses:
- South-east Spain field course
- Independent field mapping project (conducted over summer break between Years 2 and 3)
- Extended essay
COURSES
COURSES- Students take a combination of core and optional papers from the following:
- Natural resources
- Sedimentary basins
- The oceans
- Climate
- Seismology and earth structure/Vector calculus
- Geodynamics and continental deformation
- Volcanology, igneous processes and petrogenesis
- Evolutionary turning points/Quantitative palaeobiology
- Earth materials, rock deformation and metamorphism
- Field courses:
- South-east Spain field course
- Independent field mapping project (conducted over summer break between Years 2 and 3)
- Extended essay
- Natural resources
- Sedimentary basins
- The oceans
- Climate
- Seismology and earth structure/Vector calculus
- Geodynamics and continental deformation
- Volcanology, igneous processes and petrogenesis
- Evolutionary turning points/Quantitative palaeobiology
- Earth materials, rock deformation and metamorphism
- Natural resources
- Sedimentary basins
- The oceans
- Climate
- Seismology and earth structure/Vector calculus
- Geodynamics and continental deformation
- Volcanology, igneous processes and petrogenesis
- Evolutionary turning points/Quantitative palaeobiology
- Earth materials, rock deformation and metamorphism
- South-east Spain field course
- South-east Spain field course
ASSESSMENT
Part A2 Examinations: Theory
ASSESSMENT
ASSESSMENTPart A2 Examinations: Theory
YEAR 4YEAR 4YEAR 4RESEARCH
- Students choose four options (currently out of eight to ten), generally two in each term:
- Anatomy of a mountain belt
- Planetary chemistry
- Structure and dynamics of the Earth’s mantle
- Records of major environmental change in Earth’s history
- Palaeobiology
- Environmental, rock and palaeomagnetism
- Topics in oceanography
- Topics in volcanology
- Field courses: optional field courses as announced each year
- Independent work: research project over 2.5 terms.
ASSESSMENT
Part B Examination: Theory, MEarthSci (Earth Sciences)
RESEARCH
- Students choose four options (currently out of eight to ten), generally two in each term:
- Anatomy of a mountain belt
- Planetary chemistry
- Structure and dynamics of the Earth’s mantle
- Records of major environmental change in Earth’s history
- Palaeobiology
- Environmental, rock and palaeomagnetism
- Topics in oceanography
- Topics in volcanology
- Field courses: optional field courses as announced each year
- Independent work: research project over 2.5 terms.
RESEARCH
RESEARCH- Students choose four options (currently out of eight to ten), generally two in each term:
- Anatomy of a mountain belt
- Planetary chemistry
- Structure and dynamics of the Earth’s mantle
- Records of major environmental change in Earth’s history
- Palaeobiology
- Environmental, rock and palaeomagnetism
- Topics in oceanography
- Topics in volcanology
- Field courses: optional field courses as announced each year
- Independent work: research project over 2.5 terms.
- Anatomy of a mountain belt
- Planetary chemistry
- Structure and dynamics of the Earth’s mantle
- Records of major environmental change in Earth’s history
- Palaeobiology
- Environmental, rock and palaeomagnetism
- Topics in oceanography
- Topics in volcanology
- Anatomy of a mountain belt
- Planetary chemistry
- Structure and dynamics of the Earth’s mantle
- Records of major environmental change in Earth’s history
- Palaeobiology
- Environmental, rock and palaeomagnetism
- Topics in oceanography
- Topics in volcanology
ASSESSMENT
Part B Examination: Theory, MEarthSci (Earth Sciences)
ASSESSMENT
ASSESSMENTPart B Examination: Theory, MEarthSci (Earth Sciences)
The options listed above are illustrative and may change. A full list of current options is available on the Earth Sciences website
The options listed above are illustrative and may change. A full list of current options is available on the Earth Sciences website
The options listed above are illustrative and may change . A full list of current options is available on the Earth Sciences website
The options...Earth Sciences (Geology)