Fostering Inclusivity in Mountain Biking

By Emma Frazer, PhD Hispanic, Portuguese and Latin American Studies candidate, School of Modern Languages

To continue our series spotlighting PGR summer internship projects, PhD Latin American Studies candidate Emma Frazer tells us about working with Professor Martin Hurcombe and Associate Professor Fiona Spotswood on their interdisciplinary project, Fostering Inclusivity in Action Sports. With the project at an advanced stage in engaging with audiences beyond academic circles, Emma reflects on the invaluable lessons the experience has offered in developing and presenting her own research.

Over the summer of 2024, I conducted a six-week PGR internship with Professor Martin Hurcombe and Associate Professor Fiona Spotswood. I had previously assisted them with an event called Game On, which involved a documentary-screening and academic discussion group on women’s sports. This internship provided me with the opportunity to continue working with them. They have created a framework that works on Fostering Inclusivity in Action Sports (FIAS), with a focus on women in mountain biking.

My PhD is researching the ways in which playing football empowers women beyond the pitch, exploring the cases of Buenos Aires and Rio de Janeiro, where I conducted my ethnographic research. The FIAS project has also used ethnographic research, and is again exploring women in sports, but it is further along than my own research, which means it has provided me with a really useful insight into how my work could develop in the future.

In particular, during my internship, the FIAS project has been at the stage of working on impact and dissemination by exploring case studies and reaching out to wider audiences. They have been experimenting with different ways to present their findings within the mountain biking community and beyond, including sporting institutions, stakeholders and policy-makers. It has been invaluable to learn how projects can progress from the research stage and be disseminated to a wider audience, beyond academic circles, and how the impact of that can begin to be measured too.

  • To navigate through the framework, use the grey bar on the right hand side of the screen.
  • To view the framework in full screen, right click the above hyperlink and select first option.

My internship began with me working with their framework in the form of editing a presentation, as well as a short and long framework. By presenting their work in different formats of different lengths, I was able to see how the work can be adapted depending on the audience and the objective, with varying amounts of detail included. It also showed me the importance of strong, cohesive messaging, as well as clear, actionable goals. From there I developed a two-pager document myself for the project, which can be disseminated to organisations and stakeholders, but which can also be used as a policy brief.

Following the two-pager, I wrote up case studies of different women’s mountain biking organisations who have used the framework. This was a useful process as it showed me how I might include the case studies from my own ethnographic research within my PhD, as well as how they can be presented in the future dissemination of my work. 

(L-R) Associate Professor Fiona Spotswood chairs a panel discussion with Sue Anstiss MBE, Aneela McKenna (Mòr Diversity), Aoife Glass, Zoe Woodman and Professor Jean Williams.

Finally, I was involved in the marketing strategy for how to effectively reach different audiences with the framework. Having done some research, it was clear that direct messaging to members of different mountain biking and action sports organisations would be the most effective method. These can range from local groups, such as Women Ride Bristol, to cycling institutions, such as British Cycling. I then reached out through various groups to pass on the framework.

As a result of the internship, I have been able to learn the dissemination process of academic work to a wider audience, as well as how to provide the tools so that the research can have an impact in the real world, and how to measure any impact it might have.

Emma Frazer is a PhD Latin American Studies candidate with research interests in Latin America, sports, gender, empowerment, and ethnographic fieldwork. To read more about the FIAS project with Professor Martin Hurcombe and Associate Professor Fiona Spotswood, including the recently launched toolkit and framework, visit the project website and Instagram. To read more PGR summer internship projects, visit ArtsMatter.

Pioneering Research to Understand the Past: AHRC Centre for Chemical Characterisation in Heritage Science (C3HS)

By Dr Lucy Cramp, Dr Tim Knowles, Professor Ian Bull, Dr Mélanie Roffet-Salque, Professor Richard Evershed, Professor Tim Elliott and Dr Jamie Lewis

A team of University of Bristol researchers, led by Dr Lucy Cramp in the Department of Anthropology and Archaeology, have been awarded a £1m grant from the AHRC to establish a new Centre for Chemical Characterisation in Heritage Science (C3HS). Bringing together expertise in Archaeology, Chemistry and Earth Sciences, the Centre will help to determine the origin of heritage objects and materials, leading to informed conservation strategies and impactful discoveries about the past.

The University of Bristol have received a £1m capital investment grant to establish a world-leading facility that will welcome diverse research and researchers from across the heritage sector, enhancing its analytical capabilities in the process. New cutting-edge analytical instrumentation for high resolution organic molecular analysis will enable enhanced and reliable identification and structural characterisation of organic compounds in complex mixtures, such as pottery residues and organic components of pigments, binders and balms. A new preparative capillary gas chromatograph-mass spectrometer will facilitate the separation, collection and structural verification of individual archaeological compounds in sufficient quantities for radiocarbon dating, whilst newly refurbished lasers in the School of Earth Sciences will be used for the measurement of isotopic signals from different points during the formation of archaeological teeth at high temporal resolution.

These advancements will be made possible thanks to the Arts and Humanities Research Council (AHRC) recently announcing a new funding programme to establish infrastructure for heritage science and conservation in the UK. The aim of this programme is to enhance the UK capability and capacity for heritage science, and in so doing, bring new knowledge on heritage collections, buildings, landscapes and data. As part of this programme, AHRC announced a major funding call for host facilities and equipment across the UK, to open up access to specialist knowledge, equipment and collections across the heritage sector.

Dr Mélanie Roffet-Salque (left) and Professor Richard Evershed (right) weigh out powdered pottery sherd for lipid extraction.

Here at the University of Bristol, we have a long history of driving forwards pioneering mass spectrometric methodologies, and have exceptional capabilities for molecular and isotope analyses, in the heritage sciences. We have expertise and infrastructure that spans and integrates three schools and two faculties: the Department of Anthropology and Archaeology in the School of Arts (ALSS), the Organic Geochemistry Unit in the School of Chemistry and the Bristol Isotope Group housed in the School of Earth Sciences (SEng). Facilities include an ultra-compact, high-precision radiocarbon accelerator. The Bristol Radiocarbon Accelerator Mass Spectrometry facility (BRAMS) was established by the School of Chemistry as a UoB/NERC/BBSRC-funded national facility in 2016 and is housed in the Department of Anthropology and Archaeology. This has led to major methodological developments, including the capability to radiocarbon date individual preserved fatty acids from food residues extracted from archaeological pottery.

Left: Bristol Radiocarbon Accelerator Mass Spectrometry facility (BRAMS), led by the School of Chemistry and housed in the Department of Anthropology and Archaeology. Right: an archaeological potsherd being cleaned prior to extraction of ancient lipids for analysis.

Across the Schools of Chemistry, Arts and Earth Sciences, we have laboratories and instrumentation for highly sensitive analysis of molecular and isotopic signals held in archaeological materials, including ancient food residues preserved in pottery, climatic signals held in historical parchments, pigments and binders used in works of art and the composition of mummy balms from ancient Egypt. The Bristol Isotope Group uses world-leading mass spectrometric instrumentation to explore intra-lifetime patterns in human and animal diet and mobility from isotope signatures in biological remains. Recent major discoveries by the project team include establishing the palaeoecological range of honeybees exploited by the earliest farmers of Neolithic Europe, Near East and North Africa from beeswax residues in pottery, identifying the earliest-discovered lipid signatures for cereal use, along with milk, from 6000 year old Scottish ‘crannogs’ (artificial or semi-artificial ‘islets’) and the detailed analysis of milk use in prehistory to provide a new theory for its relationship with the evolution of the ability to digest milk (lactase persistence) that exists amongst modern-day populations.


There is a major demand for access to these approaches to characterise, provenance and date organic materials, and this new infrastructure will open-up access to advanced instrumentation that does not exist together elsewhere. The expertise within the Centre team will support the development of the highest quality projects and research excellence, drawing in the research potential from developer-funded archaeology and the wider heritage sector beyond academia

Dr Jim Williams, Historic England (project partner)


We will shortly be appointing new staff to join the team and over the next 24 months, we will be installing, testing and verifying protocols on our new instruments installed in our laboratories and undertaking refurbishments to existing systems to enhance performance. From 2026 we will be ready to offer access to a facility for single- and multi-molecular and isotope mass spectrometry approaches that can be applied to heritage materials to further understand their composition, origins and age. In addition to the analytical facilities, we will provide access to the latest methods and protocols we develop, as well as providing training, analytical and interpretative support. The ability to coordinate these major types of mass spectrometry analysis will simplify the route to molecular and isotope analyses, unlocking new, ambitious and scientifically-rigorous research on heritage collections.

Dr Lucy Cramp is Associate Professor in Archaeology with research interests in ancient biomolecules, dietary traditions and prehistoric subsistence strategies. The AHRC Centre for Chemical Characterisation (C3HS) is part of the Research Infrastructure for Conservation and Heritage Science (RICHeS) programme, funded by the UKRI Arts and Humanities Research Council through the UKRI Infrastructure Fund. To find out more about it, please contact lucy.cramp@bristol.ac.uk. Read our press announcement to find out more about the AHRC investment.