Biodiversity Conservation - MRes / MSc

This module aims to integrate the disciplines concerning the conservation of species and habitats, to provide a thorough basis of knowledge. From this, you'll develop a coherent approach to the specialist taxonomic and surveying techniques, and the legal framework behind these. You'll study in detail the fiver major threats to species on the planet (climate change, habitat loss and fragmentation, invasive alien species, human wildlife conflict and exploitation).

Study both the theoretical and applied aspects of successfully recovering species under the threat of extinction. You'll develop an understanding of population dynamics, and the various methods used to facilitate species recovery. Methods covered will include those employed in the removal of invasive (plant and animal), habitat preparation, modelling, mitigation, inciting public support, reintroduction and translocation, and the ex-situ of conservation unrelated to captive breeding.

Gain a thorough and detailed knowledge of the identification and taxonomy of plant species, including the methods used to map habitats such as Phase 1 surveys. Examine the role of consultant ecologists and the consultancy process, including project management, client liaison, legislation, mitigation and reporting.

Gain a detailed knowledge of the identification and taxonomy for a range of protected species. You'll also gain the skills and knowledge to carry out and evaluate the different methods used to survey and record species distribution and abundance. Many of the survey techniques demonstrated in this module are applicable internationally.

GIS is an important tool for monitoring biodiversity, and can be used to store, manipulate, analyse and present large amounts of spatial and attribute data - data that can be used to target surveys and monitoring schemes. Data collected during field surveys and from remotely sensed images taken into GIS allow the monitoring of both the location and extent of change. In this module, you'll explore the application of GIS and Global Navigation Satellite Systems (GNSS) technology within biodiversity conservation.

Learn advanced skills in the interpretation of quantitative and qualitative research data relevant to whole-organism biology, and develop a critical understanding of the ethical considerations involved in the collection of data. You'll be able to present findings of scientific research in a variety of appropriate ways, as well as critically evaluating, interpreting and relaying knowledge gained from secondary sources, to peers.

Research a chosen topic area related to biodiversity conservation in depth. Design and implement a relevant research project with a strong aspect of originality. Communicate the findings to an informed audience in a comprehensive scientific report.