Human Geography and Environment BA

University of York · honours · 3 years · optional placement year · optional year abroad · UCAS 5709course page ↗

AAB at A level; graduates earn a median £26,000 three years on.

Typical A level offer
AAB

100% of entrants came with A levels · 90% stay on after year 1 · York course page, Discover Uni

Year 13 · applying

What do you need to get in?

AABtypical A level offer

Typical offer — the grades most applicants are asked for. Contextual offer: BBB, for applicants from under-represented backgrounds.

York course page, read 19 September 2026 · Discover Uni entry profile

Who actually got in: 100% with A levels. Based on 40 entrants.
Other qualifications5
QualificationTypical offerRequired subjects
Access36 credits at Distinction and 9 credits at Merit or higher.—
BTECDDDDDD We consider a range of BTEC qualifications equivalent to 3 A Levels, or in combination with A Levels or other qualifications. For example: Distinction, Distinction in BTEC Level 3 National Diploma—
IB35 points—
T LevelDistinction overall including grade A in the Core in the following T Level subjeDistinction overall including grade A in the Core in the following T Level subjects: Accounting; Design and Development for Engineering and Manufacturing; Design, Surveying and Planning for ConstructiA in the Core in the following T Level subjects: Accounting
Scottish HighersAABBB—
Years 1–3

What do you study?

6compulsory modules in year 1

Compulsory modules this year: social & cultural skills 32% · green & sustainability 31% · transversal skills 23% · natural sciences 8%.

Module — one course unit, usually a term or a year long; “core” means everyone takes it. One UK credit is about ten hours of study; a full year is 120 credits.

York course page · optional modules vary by year

Year 1 · 6 core · 120 credits ≈ 1,200 hours
  • Equitable and Sustainable futures 1: Sites of Global Change
    What you learn (5)
    • explain processes driving change in global conditions
    • identify emerging outcomes of global policy
    • analyse how development theories and ideologies interact across scales
    • apply theoretical concepts to analyse global change issues
    • construct an evidence-based argument on global change debates
    ENV00020C 20 cr
  • Introduction to Research Skills
    What you learn (2)
    • explain different approaches used in research
    • apply a suitable research approach to a given problem
    ENV00032C 20 cr
  • Introduction to Global Challenges
    What you learn (5)
    • describe the nature of major global challenges
    • explain the impacts of global challenges on societies and environments
    • apply different concepts and theories to proposed solutions
    • evaluate the effectiveness of potential solutions to global challenges
    • reflect critically on personal values in relation to global challenges
    ENV00033C 20 cr
  • Key Concepts in Human Geography
    What you learn (5)
    • describe knowledge from a range of human geography sub-disciplines
    • explain key concepts in human geography
    • explain theories and approaches used in human geography
    • apply human geography concepts and theories to environmental issues
    • apply human geography concepts and theories to social issues
    ENV00034C 20 cr
  • Environment, Development and Society
    What you learn (8)
    • describe the relationship between economic activity and the environment
    • relate environmental and economic concepts to sustainability
    • describe common sustainability models, concepts and theories
    • compare competing theoretical debates within sustainability studies
    • apply sustainability strategies to current local, national and international issues
    • apply sustainability concepts to analyse the global economy
    • evaluate key indicators used to measure sustainable development
    • assess social dimensions of sustainable development such as poverty and gender
    ENV00035C 20 cr
  • Environmental Change in the Anthropocene
    What you learn (6)
    • apply scientific methods to analyse geographical phenomena
    • synthesise debates on core geographical concepts
    • explain drivers of landscape change grounded in geographical theory
    • assess the significance of landscape change for human societies
    • analyse complex ideas using a range of analytical techniques
    • communicate complex ideas clearly for professional contexts
    ENV00037C 20 cr
Year 2 · 4 core, 6 optional · 80 credits ≈ 800 hours
  • Equitable and Sustainable Futures 2: Power and Place in the Global South
    What you learn (13)
    • critique core theories explaining global development and power
    • explain the historical emergence of key development concepts
    • assess how development and power relations interact
    • evaluate implications of power dynamics for social and political change
    • evaluate implications of power dynamics for economic and environmental change
    • construct an evidence-based argument on a development issue
    • relate an argument to current academic debates
    • apply research methods to investigate development issues
    • use technical and communication tools for academic work
    • interpret complex information on global development issues
    • synthesise information into a coherent public communication
    • manage individual tasks to achieve set objectives
    • collaborate within a team to complete shared tasks
    ENV00040I 20 cr
  • Engendering Change
    What you learn (6)
    • analyse complex sustainability issues to identify underlying causes
    • identify priority areas where change could improve sustainability outcomes
    • apply theoretical frameworks and concepts of change to real-world contexts
    • evaluate the usefulness of different change models for sustainability practice
    • compare different strategies for achieving sustainable change
    • reflect critically on the effectiveness of chosen change approaches
    ENV00044I 20 cr
  • Research Skills and Project Design
    What you learn (8)
    • describe a range of field-based research methods and data analysis techniques
    • select an appropriate research method to address a given problem
    • identify stakeholders relevant to a study location
    • recognise conflicting viewpoints among different stakeholders
    • collaborate effectively within a team to achieve shared goals
    • collect and synthesise data from multiple sources
    • process and analyse collected data
    • justify a chosen research methodology
    ENV00048I 20 cr
  • From Foundations to Innovations in Human Geography Research
    What you learn (5)
    • explain emerging research issues in human geography
    • analyse complex or contradictory areas of geographical knowledge
    • evaluate and synthesise advanced geographical research
    • apply geographical concepts to critique research and methodologies
    • report research findings clearly to a given audience
    ENV00049I 20 cr
6 optional modules
  • Megacities and Urbanisation
    What you learn (5)
    • synthesise debates on urban geography themes and concepts
    • critically reflect on key concepts in urban geography
    • evaluate the factors driving urbanisation processes
    • assess the significance of cities for everyday life experiences
    • explain links between equity, social justice and sustainability
    ENV00021I 20 cr
  • Food, Space, Culture and Society
    What you learn (12)
    • discuss key debates in sustainability and sustainable consumption
    • critique geographical concepts relevant to food consumption
    • apply geographical concepts to the sustainable food debate
    • evaluate economic impacts of food consumption practices
    • evaluate social impacts of food consumption practices
    • evaluate environmental impacts of food consumption practices
    • analyse complex and contradictory bodies of knowledge
    • evaluate arguments and underlying assumptions critically
    • formulate sound judgements from critical analysis
    • frame a research problem clearly
    • devise a solution to a defined problem
    • communicate findings effectively to an audience
    ENV00023I 20 cr
  • Geographical Information Systems
    What you learn (4)
    • identify different types of spatial data
    • describe core functions available in GIS software packages
    • process satellite imagery to classify land cover types
    • conduct spatial analysis of environmental datasets using GIS software
    ENV00043I 20 cr
  • Solving Environmental Problems with Code
    What you learn (4)
    • use a version control system to manage code changes
    • design algorithms to perform data analyses
    • describe common software development techniques
    • apply software development techniques to coding tasks
    ENV00046I 20 cr
  • Climate Change Adaptation and Mitigation
    What you learn (6)
    • evaluate strategies for mitigating climate change
    • synthesise co-benefits arising from mitigation strategies
    • assess the degree of societal adaptation required for climate change
    • evaluate vulnerability and adaptability factors affecting adaptation
    • consider climate justice issues in adaptation decisions
    • communicate complex climate concepts clearly and coherently
    ENV00047I 20 cr
  • Ecosystem Management and Conservation
    What you learn (6)
    • explain the concept of natural capital
    • explain how social, economic and historical factors shape ecosystem distribution
    • analyse how ecosystems support human needs over time
    • identify limitations of different ecosystem management approaches
    • describe techniques for monitoring ecosystem management outcomes
    • evaluate the effectiveness of ecosystem management using monitoring data
    ENV00050I 20 cr
Year 3 · 3 core, 9 optional · 80 credits ≈ 800 hours
  • Research Project
    What you learn (11)
    • describe recent research developments within a chosen topic
    • explain how own research relates to existing studies in the field
    • formulate a research topic and corresponding hypothesis
    • organise independent research activities outside scheduled sessions
    • develop and adhere to a project timetable
    • design methods to investigate research questions or hypotheses
    • apply statistical methods to analyse research data
    • compose a scientific paper presenting research findings
    • manage multiple tasks and adapt to changing demands
    • communicate findings through written reports
    • communicate findings through oral presentations
    ENV00011H 40 cr
  • Equitable and Sustainable Futures 3: Inequalities, Change and Hope
    What you learn (8)
    • analyse interrelated factors linking inequality and environmental change
    • interpret evidence showing connections between social and environmental issues
    • synthesise theoretical frameworks on inequality and environmental change
    • apply theoretical concepts to real-world cases of inequality and environmental change
    • evaluate underlying causes of inequality and environmental degradation
    • propose strategies to address inequality and environmental problems
    • communicate complex ideas clearly to academic audiences
    • present information effectively to professional and non-specialist audiences
    ENV00053H 20 cr
  • Sustainability Clinic
    What you learn (11)
    • collaborate within multi-disciplinary teams to address local sustainability issues
    • scope and plan a real-world sustainability project
    • carry out a live sustainability project in practice
    • identify client needs through professional engagement
    • manage client expectations throughout project delivery
    • produce accurate and clear project outputs for clients
    • analyse complex sustainability-related information
    • evaluate sustainability information to inform decision-making
    • design outputs that promote positive sustainability change
    • reflect on personal growth gained through project work
    • evaluate one's role as a leader serving the public good
    ENV00054H 20 cr
9 optional modules
  • Atmosphere and Ocean Science
    What you learn (6)
    • explain the biological, physical and chemical controls on atmosphere and ocean systems
    • apply mathematical descriptors to represent atmospheric dynamics
    • apply mathematical descriptors to represent ocean dynamics
    • explain how the earth's system components interact
    • manage own learning through independent study
    • critique scientific texts through critical reading
    ENV00034H 20 cr
  • Biodiversity and Society
    What you learn (3)
    • describe approaches for linking ecological and social systems
    • explain fundamental ecological principles
    • identify tools used in wildlife conservation and management
    ENV00036H 20 cr
  • Land Use Change and Management: A Global Perspective
    What you learn (11)
    • explain key challenges facing contemporary land use managers
    • evaluate trade-offs between environmental, economic and social goals in land use
    • describe temporal and spatial scales relevant to agricultural and forest systems
    • explain the biological processes underlying autotrophic production
    • identify environmental limits constraining autotrophic production
    • relate autotrophic production principles to diverse agricultural and forest systems
    • analyse contemporary issues in global agricultural and forest land use
    • evaluate the future sustainability of global land use systems
    • explain social, political and economic drivers of agriculture and forestry
    • analyse how driving forces shape land use management systems and their impacts
    • design a land use management plan weighing costs, benefits and constraints
    ENV00040H 20 cr
  • Tackling Britain’s Environmental Challenges (field course)
    What you learn (5)
    • apply field research techniques to study a real-world environmental issue
    • analyse evidence gathered to explain the causes of an environmental issue
    • collaborate within a multi-disciplinary team to examine an issue from different viewpoints
    • design potential solutions to an environmental problem collaboratively
    • explain complex environmental concepts clearly to a non-expert audience
    ENV00049H 20 cr
  • Pollution: Monitoring, Assessment and Control
    What you learn (4)
    • apply interdisciplinary approaches to assess environmental challenges
    • evaluate existing knowledge to identify research gaps
    • design studies to address identified knowledge gaps
    • communicate technical information to diverse stakeholder audiences
    ENV00051H 20 cr
  • Energy Transitions and Low Carbon Futures
    What you learn (4)
    • evaluate different energy sources and their operating mechanisms
    • explain the social, economic and political drivers behind decarbonisation
    • analyse the wider implications of shifting to low carbon energy systems
    • present complex energy policy ideas and recommendations to stakeholders
    ENV00052H 20 cr
  • Sustainability and Business
    What you learn (9)
    • evaluate historical and contemporary sustainability theories
    • describe methods of communicating sustainability performance
    • critique corporate sustainability reporting and marketing practices
    • analyse the roles of stakeholders in sustainability decision-making
    • critique how corporate purpose evolves through stakeholder influence
    • explain sustainability practices across different business functions
    • critique sustainability approaches used in various industry sectors
    • develop sustainability-focused strategies for business scenarios
    • present evaluated sustainability strategies to an audience
    MAN00055H 20 cr
  • Vulnerability, Deviance and Social Control
    What you learn (6)
    • explain how behaviourist policy agendas impact vulnerable individuals and groups
    • situate contemporary behaviourist trends within their historical development
    • analyse theories relating to social control
    • analyse policies and practices relating to social control
    • identify links between care and control within welfare and disciplinary systems
    • critique the blending of care and control in contemporary welfare practice
    SPY00039H 20 cr
  • Left Behind Places
    What you learn (9)
    • explain factors contributing to the current state of left behind places
    • describe social and cultural challenges facing left behind places
    • describe economic and political challenges facing left behind places
    • compare problems in UK and international left behind places
    • identify the geographical spread of left behind localities
    • compare similarities and differences among types of left behind places
    • describe policies aimed at addressing left behind places
    • evaluate limitations of policies targeting left behind places
    • apply interdisciplinary social science knowledge to regional policy problems
    SPY00083H 20 cr

“What you learn” restates each module’s published learning outcomes in our own words, as short skill statements in the same form as the GCSE and A level curriculum, with the help of an AI model; fields of knowledge follow the twelve fields of the knowledge sphere. The university’s module page, linked from each title, is the authoritative description.

After graduating

Where does it lead?

£26,000median pay three years after graduating
Lower quarter£21k
Median£26k
Upper quarter£31k

Median — the middle earner: half earned more, half less. Pay is for graduates of this subject at this university who finished in 2016-18, not adjusted for inflation; based on 105 graduates.

Discover Uni dataset (HESA and Office for Students, CC BY 4.0, contains HESA data); earnings from the Longitudinal Education Outcomes data (Department for Education) · aggregation level 14, 12, 22

Half of graduates earned between £21,000 and £30,500. Five years on, the median is £34,000. 80% were in work or further study 15 months after finishing; 80% of those in work were in professional or managerial jobs.

All outcome figures7
MeasureValueBased on
Continue after year 15% left90%35
In work or study, 15 months on10% studying80%25
Professional or managerial job80%15
Pay 15 months on, median£30,00030
Pay 3 years on, median£26,000105
Pay 5 years on, median£34,000110
Money

What does it cost?

£10,050a year for UK students, 2027/28 entry

Tuition fee loan — paid straight to the university; repayments start the April after you leave, at 9% of income above the threshold. UK fees are capped by government and rise with inflation; placement and study-abroad years are usually charged at a lower rate.

York fees page · source

About £30,150 in fees over 3 years, covered by a tuition fee loan you repay only when earning above the threshold. International students: £33,500 a year (2027/28).

National Student Survey 2025-26

What do students say?

83%agreed the course was good overall (question 26)

NSS — a yearly survey of final-year students at every UK university; 73% of this course’s final year answered. Small groups can swing a lot year to year.

National Student Survey, via Discover Uni · 25 students answered

Highest: 100% agreed on question 1; lowest: 65% on question 14.

All questions26
QuestionAgree
Question 1100%
Question 288%
Question 379%
Question 475%
Question 579%
Question 683%
Question 783%
Question 870%
Question 975%
Question 1083%
Question 1192%
Question 1267%
Question 1396%
Question 1465%
Question 1596%
Question 16100%
Question 1779%
Question 1891%
Question 1995%
Question 2096%
Question 2186%
Question 2292%
Question 2391%
Question 2496%
Question 2583%
Question 2683%

Question texts are published by the Office for Students; the dataset carries only the question numbers.

Modules, entry requirements and fees are facts read from University of York’s course page on 2026-09-19 and may change; the university’s page is authoritative. Descriptions are not reproduced. Outcome figures are from the Discover Uni dataset. University of York is a trade mark of the university; sch.today is independent of it.