In a bid to support careers in Geography, we have a weekly blog where we explore Geography-related degrees in detail, including what sort of thing students can expect to study over the 3 year course (including field work and possible dissertation focus), the typical entry requirements, universities that offer it, and the careers it can lead into. We have a created a collection which we will add to each week - you can find them here.

This week we are looking at a degree which is 100% Geography!!

Studying (Physical) Geography

Why are some parts of the world becoming more vulnerable to flooding? How do glaciers shape landscapes? What happens to rivers during extreme rainfall? How can satellites help us monitor deforestation? And what can scientists learn about climate change by examining ice, sediments and the Earth's atmosphere? These are exactly the kinds of questions you'll explore on a BSc (Hons) Geography degree.

Geography is the study of the Earth, its environments and the relationships between people and places. But at university, a BSc Geography degree usually places greater emphasis on physical geography, environmental science and scientific research. You'll investigate processes shaping the natural world, from climate systems and rivers to glaciers, ecosystems and coastal landscapes. You'll also learn how to collect environmental data, use specialist laboratory equipment, analyse satellite images and create digital maps.

If you've particularly enjoyed physical Geography at A-level, including topics such as water and carbon cycles, coastal systems, tectonic hazards and climate change, BSc Geography could be well worth considering.

What do you study on a BSc Geography degree?

Most BSc Geography degrees last three years, although many universities offer an optional placement or study-abroad year, extending the course to four years. You may also find four-year integrated Master's degrees, often called MSci Geography, which include more advanced scientific study and research.

Course titles vary, including:

• Geography
• Physical Geography
• Geography and Environmental Science
• Environmental Geography
• Geography with Geoinformatics
• Geography and Natural Hazards
• Geography with Climate Change

Although these degrees overlap, the balance between physical geography, human geography, environmental science and data analysis can differ considerably.

First year: Understanding Earth's physical systems

Your first year normally introduces the fundamental processes shaping the Earth's environments.

Typical topics might include:

• Climate and atmospheric processes
• Rivers and hydrology
• Coastal systems
• Glaciation
• Ecosystems
• Biogeography
• Geology and geomorphology
• Climate change
• Environmental sustainability
• Geographical research methods
• GIS and digital mapping

At the University of Manchester, for example, BSc Geography students focus more on physical geography and scientific approaches to research, while retaining opportunities to explore human-geography topics.

You'll begin investigating how different environmental systems work and how they're connected. Consider the water cycle - at A-level, you may have learned about precipitation, infiltration, groundwater, evaporation and river discharge. At university, you'll explore these processes in much greater depth. You might investigate how rainfall moves through a drainage basin, why some catchments respond rapidly to storms, how soil and geology affect infiltration or how changes in land use influence flood risk.

You'll also start developing practical scientific skills. These might involve collecting environmental measurements, interpreting maps, analysing climate data and using statistical techniques.

One thing that can surprise students is how much mathematics and data analysis are involved. BSc Geography isn't simply about learning descriptions of landscapes. You'll increasingly be expected to measure environmental processes, analyse evidence and explain how physical systems operate.

Second year: Investigating environmental processes in greater depth

During second year, you'll normally begin specialising in the physical-geography topics that interest you most.

Depending on the university, you might study:

• Hydrology
• Geomorphology
• Climate science
• Glaciology
• Coastal processes
• Biogeography
• Environmental change
• Natural hazards
• Remote sensing
• GIS
• Environmental modelling
• Conservation and ecosystems

You'll also become more confident using scientific research techniques. For example, you might investigate how a river's discharge changes following heavy rainfall. You could collect measurements from a river, analyse rainfall records, use GIS to examine the surrounding catchment and apply statistical techniques to investigate the relationships between rainfall, land use and flooding. Or you might use satellite imagery to examine changes in glaciers, vegetation cover or coastal erosion. At Manchester, BSc students develop skills in spatial data, GIS, data visualisation and digital tools, alongside field and laboratory techniques.

One particularly valuable part of BSc Geography is the opportunity to develop technical skills.

These could include:

• GIS (Geographical Information Systems) – using computer software to map and analyse geographical data.
• Remote sensing – using satellite or aerial imagery to investigate the Earth's surface.
• Environmental modelling – using mathematical or computer models to understand and predict environmental processes.
• Statistical analysis – investigating patterns and relationships within environmental datasets.

These skills are increasingly important in environmental management, climate science, flood-risk assessment, conservation and consultancy.

Third year: Specialising and completing your dissertation

By final year, you'll normally have greater freedom to concentrate on the topics that interest you most.

Depending on the university, you might choose advanced modules in:

• Climate change
• Hydrology
• Geomorphology
• Glaciology
• Coastal processes
• Environmental hazards
• Ecosystems
• Biogeography
• Remote sensing
• GIS
• Environmental management

A major part of final year is normally an independent dissertation or research project. This is where you'll choose a geographical question and investigate it yourself. For BSc Geography students, dissertations often involve collecting and analysing scientific data. You might carry out field measurements, conduct laboratory experiments, analyse satellite imagery, investigate existing climate datasets or create a computer model.

Possible dissertation topics could include:

• How does urbanisation affect river flood risk?
• How have glaciers changed in a particular mountain region?
• What controls the rate of coastal erosion?
• How does land use affect water quality in a river catchment?
• How has climate change affected snow cover in the Scottish Highlands?
• How do different soil types influence infiltration?
• Can satellite imagery be used to monitor deforestation?
• How do extreme rainfall events affect river discharge?
• How does vegetation influence slope stability?
• What factors affect the distribution of peatlands?
• How effective are natural flood-management schemes?
• How has sea-level rise affected a particular coastline?
• What can lake sediments tell us about past environmental change?
• How does urban development influence local temperatures?
• How does river restoration affect biodiversity?
• How are ecosystems responding to changing temperatures?
• How accurately can computer models predict flooding?
• How does agricultural land use influence sediment entering rivers?

Your dissertation is an opportunity to demonstrate that you can design a scientific investigation, collect evidence, analyse data and communicate your findings. These are particularly valuable skills for careers in environmental science, consultancy, research and data analysis.

Opportunity for fieldwork

Fieldwork is a major part of most BSc Geography degrees - but fieldwork on a BSc Geography course is often more scientific and measurement-focused than on a BA Geography course.

You might spend time:

• Measuring river discharge
• Investigating coastal erosion
• Collecting water samples
• Analysing soils
• Mapping glacial landforms
• Recording vegetation
• Measuring sediment characteristics
• Investigating flood risk
• Using GPS and GIS equipment
• Collecting environmental data.

The UK provides some excellent locations for physical-geography fieldwork - these include the Lake District, North Wales, the Scottish Highlands, the Yorkshire Dales, the Jurassic Coast and the Peak District.

Some universities also offer international field courses. At Manchester, for example, Geography students currently begin with a three-day field trip to Keswick in the Lake District before their first semester. In second year, students take part in a residential field course, with current destinations including the Pyrenees, Morocco, Crete, Barcelona, Copenhagen, Amsterdam and Prague. Not every destination is equally focused on physical geography, and the field course available to you may depend on your chosen modules. Manchester states that its field trips are included within tuition fees.

Fieldwork normally becomes more demanding as you progress. In first year, you might be learning how to use equipment and collect measurements. By second or third year, you could be designing your own investigation, collecting data independently and using statistical analysis to test hypotheses. This is an important part of what makes BSc Geography different from simply continuing A-level Geography - you'll move from learning about environmental processes to investigating them scientifically.

Many universities offer opportunities to spend an additional year working in industry or studying overseas. Manchester, for example, offers a four-year BSc Geography with Professional Placement alongside its standard three-year course.

Placements could involve working with:

• Environmental consultancies
• Water companies
• Local authorities
• Environmental regulators
• Sustainability teams
• Engineering consultancies
• Conservation organisations
• GIS and geospatial businesses
• Research organisations

A placement can be particularly valuable if you're considering a technical environmental career. Employers often look for graduates who can demonstrate practical experience with GIS, environmental data, fieldwork, laboratory techniques or computer modelling.

Which universities offer BSc Geography?

BSc Geography is available at universities across the UK, although the balance between physical and human geography varies.

Examples include:

• University of Manchester – BSc Geography: A three-year degree with a stronger focus on physical geography and scientific research methods. Students develop skills in GIS, environmental data, fieldwork and laboratory analysis. A four-year professional-placement route is also available.
• University of Exeter – BSc Geography: A course combining physical geography, environmental change and geographical research, with opportunities to explore topics including climate, environmental processes and sustainability.
• University of Southampton – BSc Geography: A degree exploring physical environments, geographical data and environmental change, drawing on Southampton's strengths in geography and environmental science.
• University of Sheffield – BSc Geography: A degree combining physical geography, environmental processes, fieldwork and scientific research, with opportunities to develop specialist environmental and analytical skills.
• University of Bristol – BSc Geography: A course with opportunities to investigate environmental systems, climate change, physical landscapes and geographical research methods.
• University of Birmingham – BSc Geography: A degree offering physical-geography and environmental-science options, including fieldwork, GIS and environmental research.
• University of Liverpool – BSc Geography: A course exploring environmental processes, geographical research and contemporary environmental challenges, with fieldwork and analytical training.

Other universities offer related courses under titles such as Physical Geography, Environmental Geography, Earth and Environmental Sciences or Geography and Environmental Science. When comparing universities, look carefully at the module options, amount of fieldwork, laboratory facilities, GIS training and opportunities for placements.

What's the difference between BSc and BA Geography?

This is one of the most important questions to consider. Although both degrees investigate the relationships between people, places and environments, they often have different emphases.

BSc Geography...

• Usually focuses more on physical geography
• Climate, rivers, coasts, glaciers and ecosystems
• Scientific and environmental research methods
• Field measurements and laboratory analysis
• Environmental data and modelling
• Often stronger links with environmental science

BA Geography...

• Usually focuses more on human geography
• Cities, migration, inequality and development
• Social-science research methods
• Interviews, questionnaires and social research
• Social, economic and political analysis
• Often stronger links with sociology, economics and politics

However, the distinction isn't absolute. Some universities allow students on both pathways to choose modules from across physical and human geography. And both degrees can involve fieldwork, GIS, statistics and quantitative research. The most important thing is to compare the actual modules rather than assume every BSc Geography degree is entirely physical geography.

What are the entry requirements?

Entry requirements vary between universities. As a broad guide, BSc Geography degrees at many established UK universities typically ask for grades between ABB and AAA, although offers can be higher or lower. For example, Manchester's published standard offer for 2027 entry is AAB, with a contextual offer of BBB for eligible applicants.

Unlike some science degrees, A-level Geography isn't always compulsory, and not every BSc Geography course requires A-level Mathematics or another laboratory science. However, some universities do require a relevant subject, so it's important to check carefully.

Useful A-level subjects include:

• Geography
• Mathematics
• Biology
• Chemistry
• Physics
• Geology
• Environmental Science

Geography is particularly useful, especially if you've enjoyed physical-geography topics such as coasts, rivers, climate change, ecosystems and tectonic hazards. Mathematics can also be valuable because you'll encounter statistics, environmental modelling and data analysis. Biology, Chemistry and Physics provide useful foundations for understanding ecosystems, environmental processes and climate systems. If you haven't studied A-level Geography, you may still be eligible for some courses, particularly if you've studied other relevant science subjects. Always check the precise entry requirements for the university and year you're applying for.

What careers can a BSc Geography degree lead to?

One of the attractions of BSc Geography is the range of environmental, scientific and analytical careers it can lead into. Graduates might work in environmental consultancy, water management, climate science, GIS, conservation, sustainability, research or government. However, some specialist scientific roles require additional postgraduate training.

Environmental consultant

Environmental consultants advise businesses, developers and public-sector organisations about environmental issues. You might investigate pollution, flood risk, environmental impacts, contaminated land, sustainability or climate change.

The typical salary range is around £25,000 for starters to £50,000 for experienced environmental consultants. Senior specialists and managers can earn more.

Hydrologist

Hydrologists study water and how it moves through the environment. They investigate rainfall, rivers, groundwater, flooding and water resources. You might work for a water company, environmental consultancy, government agency or engineering organisation.

The typical salary range is around £28,000-£45,000. Hydrology is a particularly relevant career for students who enjoy water cycles, drainage basins, rivers and flood-risk management. Some roles require further specialist training.

GIS analyst

GIS analysts use digital mapping and spatial data to investigate geographical patterns. They might map flood risk, analyse environmental change, monitor habitats, investigate transport networks or support planning decisions. GIS skills are increasingly valuable in environmental consultancy, utilities, local government, engineering and conservation.

Graduate GIS roles might start around £24,000-£30,000, rising to approximately £30,000-£45,000 with experience. Senior specialists and geospatial managers can earn £45,000-£60,000+.

Climate scientist or meteorologist

Climate scientists investigate how the Earth's climate system works and how it is changing. Meteorologists analyse atmospheric data to understand and forecast weather. These careers can involve computer modelling, statistics, satellite data and large environmental datasets.

The National Careers Service gives a typical salary range of around £27,000-£60,000 for meteorologists. Some climate-science and research positions require a Master's degree or PhD, particularly if they involve advanced mathematical modelling.

Flood-risk consultant

Flood-risk consultants investigate how flooding might affect buildings, infrastructure and communities. They might analyse river catchments, rainfall data, flood maps and computer models. You could work for an environmental or engineering consultancy, a local authority, a water company or a government agency.

Graduate positions might begin around £25,000-£32,000, with experienced consultants earning approximately £35,000-£50,000. Senior specialists and managers can earn more.

Environmental scientist

Environmental scientists investigate environmental processes and problems. Depending on the role, you might analyse water quality, investigate pollution, monitor ecosystems, study environmental change or evaluate the impacts of development.

Graduate salaries might start around £24,000-£30,000, with experienced environmental scientists earning approximately £30,000-£45,000. Specialist and senior positions can pay more.

Conservation and environmental management

BSc Geography graduates can also work in environmental management and conservation. You might investigate habitat change, monitor ecosystems, use GIS to map biodiversity or help organisations manage natural environments. Employers could include environmental charities, consultancies, national parks, local authorities and government agencies. Some ecology-focused roles require specialist ecological training or relevant field experience, so module choices and placements can be particularly important.

Other possibilities

BSc Geography graduates could also move into:

• Environmental consultancy
• Flood-risk management
• Water resources
• Climate adaptation
• Remote sensing
• GIS and geospatial analysis
• Environmental regulation
• Conservation
• Sustainability
• Environmental data science
• Natural hazards
• Environmental planning
• Renewable-energy development
• Scientific research
• Teaching
• Government agencies
• Postgraduate study.

Because Geography combines scientific and transferable skills, graduates aren't restricted to careers directly connected with the environment.

What skills will you develop?

BSc Geography develops a combination of scientific, technical and transferable skills.

These can include:

• GIS
• Remote sensing
• Environmental data analysis
• Statistical analysis
• Field measurements
• Laboratory techniques
• Computer modelling
• Research design
• Scientific report writing
• Data visualisation
• Problem-solving
• Project management
• Teamwork
• Independent research.

You'll also learn to approach environmental problems scientifically. For example, rather than simply asking 'Why does this area flood?', you might need to collect rainfall and river-discharge data, investigate land use, analyse catchment characteristics, create GIS maps and test explanations using statistical techniques. That's an important difference between describing geographical processes and investigating them at degree level.

Is BSc Geography a good degree?

BSc Geography could be a particularly good choice if you've enjoyed the physical side of A-level Geography and want to investigate environmental processes in much greater depth. It's likely to suit students who enjoy fieldwork, scientific investigation, analysing data and understanding how natural systems operate.

You might particularly enjoy it if you're interested in:

• Climate change
• Rivers and flooding
• Coastal systems
• Glaciers
• Ecosystems
• Natural hazards
• Environmental sustainability
• GIS and remote sensing.

But it's worth recognising that BSc Geography can be more technical and quantitative than you might expect. You'll spend time collecting measurements, analysing datasets, interpreting scientific evidence and using specialist software. You may also study aspects of geology, biology, chemistry, physics and mathematics, depending on your module choices.

If that appeals to you, the range of topics can be fascinating. One week you might be measuring river discharge, another analysing satellite imagery of melting glaciers, another investigating coastal erosion and another using GIS to map areas at risk from flooding.

And these aren't simply academic questions. Climate change is affecting rainfall patterns, glaciers and sea levels. Growing cities are changing how water moves through the environment. Ecosystems are under pressure from habitat loss and environmental change. Communities need better ways to understand and manage flooding, drought and other natural hazards.

Understanding how the Earth's physical systems work – and how they're changing – is at the heart of BSc Geography.