This module explores a wide range of conservation theories and techniques, focusing on their practical application in the management of wild animal populations. You will examine how your existing knowledge of genetics, ecology, and animal behaviour can inform and enhance conservation strategies. Through a combination of key case studies and hands-on activities, you will gain practical experience in genetic analysis, including techniques used to investigate population structure. The module also introduces new perspectives in conservation genetics, wildlife forensics, animal behaviour, and management, encouraging you to critically evaluate their relevance and applicability to real-world conservation challenges.

Geospatial Data Science develops advanced skills for handling, analysing and visualising geospatial data including the use of geographical information systems, remotely sensed data, scripting and programming and an understanding of data quality issues and metadata. It builds upon skills developed during the ‘Geographical Research: Methods and Geomatics’ module at Level 5 and provides skills highly sought after by employers.

This module introduces you to the theory and practice of ecological and environmental assessment, across a broad range of applications (i.e. development of infrastructure, conservation management), enabling you to critically examine and assess threats to landscapes, habitats and species, whilst exploring avenues to mitigate impacts and enhance features of biological interest (e.g. species, habitats, ecosystem services).Additionally, you will have opportunity to hone and apply a broad range of field and desk-based skills in a novel and dynamic, yet challenging context. This module serves to expose you to the wider environmental/ecological consultancy industry, exploring the many graduate roles and further opportunities for potential future employability.

This module focuses on developing understanding of past, contemporary and future climate. A series of sessions explores palaeoclimate, focusing on the Late Quaternary period, and the techniques used to reconstruct records of climate and environmental change. You will gain first-hand experience of analysing and interpreting an unpublished multi-proxy dataset to reconstruct Holocene sub-arctic climate variability. This is accompanied by a strand of specialist lectures and seminars which explore the mechanisms and potential impacts of contemporary and future climate change. We reflect on recent climate summits and international reports and discuss possible strategies for climate change mitigation and adaptation.

Sustainable Futures develops your understanding of contemporary theorisations of sustainability challenges and solutions. It fosters critical perspectives on ‘sustainability’ in industry, government, community and individual contexts through lecture bites, discussion and workshop activities. Project work with external collaborators enables 'real world' application of these ideas, building transferrable skills for graduate careers.

This module provides you with the opportunity to deepen your understanding of the management of river and coastal landscapes. It will examine the complexities of managing natural environments from a scientific and stakeholder-based perspective. The content will include river and coastal flood and erosion management (including natural flood management) in conjunction with the challenges of managing water bodies for the benefit of multiple users (water resources, flood management, and the natural environment). The content of this module is both highly topical and relevant to a wide range of careers in the water and environmental management industry.

The dissertation module facilitates the execution of a piece of independent research and the production of a research thesis. In this module you are supported throughout by your dissertation supervisor, alongside a range of lectures and activities on key aspects of research, including: health, safety and ethics in research; identifying and formulating research aims and objectives; searching for relevant literature and writing the literature review; creating a rationale for the research; primary and secondary data collection techniques; mapping; statistical analysis; writing and presenting the dissertation report.

You will undertake an in-depth research project on a topic of your choice that aligns with your course and reflects the interests and passions you have developed during the first two years of your degree. This is your opportunity to explore a subject in detail, applying and extending your knowledge in a meaningful way.

Throughout this process, you will strengthen your critical thinking and analytical skills while conducting independent research under the guidance of a lecturer. Your dissertation will serve as a substantial piece of scholarly work, demonstrating your ability to understand, apply, and evaluate scientific concepts relevant to your discipline.

In completing this project, you will refine your academic writing and learn to communicate complex ideas with clarity and precision. Ultimately, the dissertation represents the culmination of your undergraduate education and provides a strong foundation for your future career as a biological scientist.