Geography

The module develops your academic skills and helps you develop your personal and professional skills for study and for work. You will work on a range of geographical/environmental management problems linked to the core first year modules. Academic Tutorials module comprise lecture\workshop sessions and a weekly one hour tutorial with a member of academic staff in groups of between six and eight. The tutorials involve discussion, debate, and problem-solving, and provide you with a regular forum for monitoring your progress through your first year.

You will examine sustainability at local, national and global scales and explore a range of case studies. Sustainability is a concept that cuts across disciplines and provides a framework for managing environmental issues. Project work will allow you apply your knowledge of the principles of sustainable development to assess and classify real-world problems and suggest solutions.

An introduction to the physical processes operating across the geosphere and biosphere to provide a solid basis to understand their influence on the landscape and ecosystems. The module looks at the inter-relationships between both environmental and ecological processes with a focus on the impact on human activity. Case studies explore key concepts such as climate change, geohazards and biodiversity.

This module examines the role of people in shaping the human environment and focuses on key concepts such as place, power, scale and networks. You will learn about how the shape and form of cities is influenced by social and political issues, and how new technologies are changing the nature of human interactions in cities, states and across the world.

Environmental resources include food, energy and water. Spatial and temporal variation in the availability of these resources is arguably the most important issue for society in the twenty first century. This module introduces energy, water, minerals, and food resources as fundamental topics in environmental resources management and examines current problems related to climate change, food security, water availability and pollution. You will explore these themes through a combination of case study work, site visits, and field and laboratory work.

The Applied skills and fieldwork module provides lectures and associated practical activities (in trimester 1) to identify and source data, describe, and utilise environmental statistics to develop writing and analytical skills associated with spatial and temporal variations in real world data.

In Trimester 2 lectures investigate the role of qualitative research methods and build background detail before the residential field course takes place. Post field course sessions provide opportunities for feedback, questions and guidance before the final assessment. This module introduces water, glaciers, climate change and a mixed methods approach to both desk and field based activities. You will explore these themes through a combination of lectures, practical computer lab sessions and field work. 

This module introduces you to the theory and practical implementation of Geographical Information Systems (GIS) to solve environmental and geographical problems. The module will explore the principles relating to how we represent the world inside a computer, before looking at the analytical methods that can be applied to solve spatial problems. You will learn how to be a critical user and how to design and implement solutions using industry standard GIS software. Part of the module is delivered in conjunction with industry partners.

This module equips you with the range of research skills relevant for further study and the workplace and prepares you for your Dissertation in final year. You will learn about the research process, the nature of scientific writing, research design, risk assessment and ethical considerations, and how to write a research proposal. You will gain experience of international fieldwork in an environment relevant to thematic areas being studied. The work is supported by six, small-group tutorials with a member of academic staff.

This module will provide you with the opportunity to critically evaluate applied environmental science concepts, practical methodologies and complex scientific issues using a range of primary and secondary information sources.      

This module introduces the concepts and theories that underpin fluvial and glacial systems including hill slope processes, fluvial network development and glacial teleconnections. You will explore the stability characteristics of fluvial systems in UK-based fieldwork and the hydrological and geochemical properties of rivers in Alpine environments. The learning will draw on case studies from AquaUoS the schools Environmental Consultancy to enable you to explore the relationships between regulatory frameworks, topography, environmental constraints, and sustainable river decision-making. Key agencies, such as River Trusts and the Environment Agency, will also play a role in delivery, providing students with a flavour of employment opportunities in the sector.

This module develops an understanding of planning and regulatory frameworks and their role in achieving environmental sustainability. You will learn through a combination of lectures, workshops, field and laboratory work. The learning will draw on case studies from the fields of planning, contaminated land, and noise regulation to enable you to explore the relationships between regulatory frameworks, environmental standards, and sustainable development decision-making. Key agencies, such as ARUP, Jacobs and others, will also play a role in delivery, providing students with a flavour of employment opportunities in the sector.

Courses are available in: Arabic, German, French, Italian, Japanese, Mandarin Chinese and Spanish.

You will undertake independent research guided by the literature relevant to your chosen field of study, to deploy techniques of analysis and enquiry within the discipline. Provided by the practical skills you will be supported by an academic supervisor to design and execute a dissertation project with an understanding of the roles of ethics and risk assessment.

This module will explore the principles and applications of remotely sensed data with an emphasis on terrestrial applications and optical remote sensing systems. You will learn about the use of satellite and aircraft sensor data to solve environmental problems. You will carry out a real-world, group-based, problem-driven project for a client using remotely sensed imagery.

In the first part of the module, we will critically engage with the evolution of development theories and approaches, and their relationship with wider global phenomena such as colonialism and globalization. In the second part, we will understand the concept of Sustainable Development and investigate a range of global challenges such as food security, poverty, inequality, migration, energy security and climate change. The module will draw upon a range of diverse case studies from the global south and the global north and will allow students to focus more in depth in the study of one of the indicated global challenges.  

This module will give you an introduction in the role and implementation of models to solve environmental problems. Environmental modelling is an important tool across policy and decision making in fields such as conservation, wildlife management, biodiversity and climate change.  The module consists of a combination of lectures and computer practicals where you will get hands on experience of different types of models and how they are used to inform environmental decision making. The module is focused on the use of models rather than on mathematical or technical aspects of model development, and so will benefit anyone interested in the rapidly increasing role of models in environmental policy.

You will develop a detailed understanding of the scientific principles underlying how changing climate has an effect on the natural world, urban environments and society. Through this knowledge you will be able to appreciate the implications of climate change on biodiversity, ecosystems and society, and identify what adaptions can be made to mitigate climate change.

Courses are available in: Arabic, German, French, Italian, Japanese, Mandarin Chinese and Spanish.