Research Assistant

Tom Griffin

Background

I love food. Like I really really love food. I love the way food is used to celebrate and commiserate. I love the way food raises us up, and yet, levels us all out. We are all subject to food and we all make the subject about food. I love the growing of food, the processing of food, the selling of food. I love the people involved in food and their passion towards their foody lives. I love that food is a tangible necessity for us and that it poses one of the greatest threats to mankind. Yes, you read that right, I love that food production is threatening our way of life, because that threat has given me purpose. A drive. A reason to work. A reason to wake up with a smile on my face knowing the work I do will mean something. I work on understanding the environmental impact of food, I engage with the people who can lead a change and challenge this impact and hopefully, when all is said and done, we can share some food at the end of it.

My first job, when I was 13, was in a micro-brewery. I learnt to love food production. The science, the skill, the sheer magnificence of producing. I was employed to assist brewing and to tend to the polytunnels. In those polytunnels is where I fell in love with plants, Raspberry plants to be precise. From this small micro-brewery, on rainy Sundays, and from my school allotment volunteering, is perhaps where my love of biology and food was nurtured. These memories are perhaps why I keep asking the same question: how can we produce enough so that we can all eat and prosper, and nature can too?.

Research interests

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Broadly: food and its impact on the environment. More specifically, beverages and their environmental impact. Even more specifically, English wine, a topic I had the pleasure of exploring during my MBiol, and one that opened my eyes to how much complexity sits behind winemaking.

This research made me think about food not just as a product but as a landscape. Within this thinking, soil organic carbon has become a growing fascination. Healthy soil underpins everything: productivity, carbon sequestration, ecosystem resilience. The more we can aid soils and soil health, the better for the planet and for us. Alongside this, I am increasingly interested in perennial cropping as a practical response to land degradation. My day to day interests lie in how we account for the environmental cost of what we produce through life-cycle assessments and carbon accounting frameworks.

What connects all of these threads is a broader question: how do we feed ourselves without destroying the systems that make feeding ourselves possible? That question leads me into food-nature conflict, dietary shifts, and the tradeoffs farmers face between environmental and economic pressures – since sustainable food systems only work if the people producing food can sustain themselves too. Farmer wellbeing, precision farming, and the role of climate change in reshaping agricultural practice all sit within this same web of concerns.

Ultimately, I want to be in policy, making significant changes to the food system we rely on, because understanding the problem is only worthwhile if it leads somewhere

Current research

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During my MBiol in 2025-26 I studied the carbon footprint of English viticulture – an expanding agriculture system whose land use change could lead to carbon sequestration in this country. This work allowed me to travel to many English vineyards and wineries to engage with industry and real growers to discuss sustainable food production. I am currently working on publishing this research as part of the HESTIA team.

In HESTIA I am predominantly working on animal feed data, trying to bolster the data that we have processed on the platform. We run Life cycle assessments on this data so that global governments, researchers and policy makers can use our findings to inform policy change

I am also passionate about outreach with industry and farmers, to ensure we are producing the best platform possible, with data that is useful and can serve as a single source of environmental truth for agricultural impacts.

Brief CV

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Research Assistant at HESTIA, 2026-present

4th year student at Oxford Biology MBiol, 2025-2026

 

Brief CV

Micro-brewery – 13–16yrs old

Papillion Project volunteer – 15-21yrs old

Malting lab assistant – 18yrs old

Quadram institute internship (Norwich) – 19yrs old

Dyson farming summer series – 21yrs old

HESTIA internship – 21yrs old

HESTIA researcher – 22yrs old

Oxford, Pembroke college, Department of Biology, HESTIA MBiol – 18-22yrs old

Links to related works

HESTIA

Papillon project