Taxonomy and Biodiversity

Degree Programme: Taxonomy and Biodiversity

This innovative programme at Imperial College London offers students a comprehensive understanding of the fundamental principles of taxonomy and biodiversity, preparing graduates to address critical challenges in conservation, environmental management, and biological research. The programme combines rigorous training in the classification, identification, and evolutionary relationships of organisms with practical skills in fieldwork, laboratory analysis, and data management. Students will explore diverse ecosystems, learn to utilize advanced molecular and morphological techniques, and develop expertise in the documentation and preservation of biological diversity. Through a multidisciplinary approach, the curriculum integrates aspects of ecology, conservation biology, systematics, and environmental policy, enabling graduates to contribute meaningfully to efforts aimed at safeguarding our planet's biological resources. The programme features collaborative projects with leading research institutions and conservation organizations, providing real-world experience and fostering professional development. Graduates will be equipped to pursue careers in biodiversity research, ecological consulting, conservation policy, environmental education, and related fields, playing a vital role in the global effort to understand and protect the Earth's rich tapestry of life. With access to state-of-the-art laboratories, extensive fieldwork opportunities, and a vibrant academic community, students will develop the analytical, technical, and critical thinking skills necessary for leadership in taxonomy and biodiversity science. This programme is ideal for passionate individuals committed to advancing scientific knowledge and implementing sustainable solutions for biodiversity conservation worldwide.

The MSc course comprises a number of taught modules including a field course, spread over two 11-week terms. This is followed by a four month research project. There are no optional courses.

MODULES

• Tree of Life
• Phylogenetic reconstruction: theory and practice
• Biodiversity 1: Concepts
• Molecular systematics
• Ordination (biometric) techniques in taxonomy
• Introduction to taxonomic and systematic principles
• Biodiversity 2: Applied
• Statistics-R
• Palaeontology and stratigraphy

Term one: All students undertake all modules. The first module (three weeks) includes approximately one week‟s worth of induction to museum library, IT, security, H & S and catering facilities, and an introduction to Phylogenetics. The second week introduces taxonomic and systematic principles, and the third week students are taught to use the statistical programme R. Module 2 (one week) covers Biodiversity: Tree of Life, including lectures on insects, birds, protists, arthropods, algae, amphibians, nematodes, polychaetes and funghi. Module 3 „Ordination Techniques in Taxonomy‟ covers two weeks, and is an intensive introduction to various biometric techniques and data analysis, assessed by a practical write-up. Module 4 is the 2nd Biodiversity module, covering Concepts, and dealing with patterns of diversity, biodiversity assessment, and species concepts. It is assessed through production of a TREE-style article relevant to the topic, but based on the students‟ choice of organisms. This is followed by a “Reading week” during which students complete their TREE articles, catch up on revision for the first 4 modules, and also attend the Young Systematists‟ Forum. Module 4 is a two week-long module dealing with the difficult topic of Phylogeny Reconstruction. Lectures run parallel with practicals in which students apply techniques to collect and analyse data from a set of specimens (Lepidoptera), for which they produce an assessed write-up. Term Two: The students start with a Reading Week in order to revise the first terms worth of modules, and are presented with half a day of careers talks. The then have a day presenting their first appraised Oral Presentations. Module 6 is a three and a half week module dealing with Molecular Systematics, including laboratory and computer practicals which culminate in a written assessment. Module 7 is the third of the biodiversity modules, and the three week course covers Applied Biodiversity, involving identification techniques, measuring biodiversity, and collections management, including curation experience within the NHM science departments. There is then a further Reading and Revision Week, during which students revise the 2nd terms worth of lectures. Module 8 is a two week course covering Palaeontology and Stratigraphy, including a day‟s field trip. Term Three: The first week is devoted to formal examination (two x three hours) and revision. The second week is occupied by Module 9, the field course, held at Silwood Park which is assessed through production of group posters which the students prepare using Powerpoint. By mid-May, the students commence their research projects which normally have to be submitted by the last week in August. All projects are supervised by a member of staff of Imperial College or NHM, even if the project is carried out at an external institution or overseas. 

The minimum qualification for admission is normally a Lower Second Class Honours degree in a Sciencebased subject from a UK academic institution or an equivalent overseas qualification. Where an applicant has a lesser degree qualification but has at least two years work experience in biology, agriculture or a related discipline, a special case for admission may be submitted to the Dean of the Royal College of Science by the Course Director. 

The MSc in Taxonomy and Biodiversity at Imperial College London offers a comprehensive overview of the scientific principles and practical approaches necessary to understand and conserve the diversity of life on Earth. Funding for studies in this program can originate from various sources, including government research councils, scholarship programs, institutional bursaries, and external organizations dedicated to ecological and biodiversity research. Tuition fees are set annually and are subject to change, with prospective students encouraged to consult the official Imperial College London website for the most current figures. Financial support options include Imperial College scholarships for international and domestic students, as well as external grants from organizations such as the Natural Environment Research Council (NERC) and the Royal Society. Students are also advised to explore opportunities for research assistantships and teaching assistantships, which provide stipends and/or fee waivers in exchange for research or teaching duties. In addition, there are regional and industry-specific funding schemes aimed at supporting students pursuing careers related to taxonomy, conservation, and biodiversity management. The university facilitates access to various advisors who assist applicants in identifying suitable funding sources and completing application processes. It is important for prospective students to prepare comprehensive funding applications, including personal statements, research proposals, and evidence of academic excellence, to enhance their chances of securing financial aid. Overall, while the exact amount of funding available can vary each year, a range of financial aid options is available to support students throughout their studies at Imperial College London.

This program in Taxonomy and Biodiversity at Imperial College London offers students an in-depth understanding of the classification, diversity, and conservation of living organisms. The curriculum is designed to equip students with comprehensive knowledge of biological classification systems, species identification, and the ecological significance of biodiversity. Students will explore the evolutionary relationships among species, the mechanisms driving biodiversity, and the methods used for cataloging and conserving biological diversity worldwide. The program emphasizes practical skills in field identification, specimen collection, and data analysis, alongside theoretical foundations in taxonomy principles. It prepares graduates for careers in ecological research, conservation management, environmental consultancy, and further academic study. The coursework includes modules in systematics, molecular taxonomy, ecological assessment, and the use of digital tools for biodiversity monitoring. Students benefit from access to state-of-the-art laboratories, extensive collections of biological specimens, and fieldwork opportunities in diverse habitats. The program aims to foster a deep appreciation of biological diversity's vital role in sustaining ecosystems and human well-being. Collaborations with museums, conservation organizations, and research institutes provide real-world applications and networking opportunities. Graduates will be equipped to contribute effectively to the preservation of biodiversity amidst global environmental challenges.