Celebrating Women and Girls in Forest Science!

To mark International Day of Women and Girls in Science (IDWGS), we spoke to some of our CFP researchers about their experience of working in forest science!
A collage of six photos showing people working in forest and outdoor research settings. The images include individuals wearing safety gear in wooded areas, someone taking notes beside a tree, a person smiling while sitting on the ground in a forested site, someone using tools while wearing gloves and a mask, and another person seated outdoors near plants.
A person with long blonde hair in a plait, wearing a yellow hard hat and a high‑visibility jacket stands in a forested area holding a metal water bottle. Tall trees, cut branches, and forestry equipment are visible in the background.

Berglind is part of the research team working on our Farmer action for tree resilience project.

Berglind Karlsdottir – Social Scientist at Forest Research

I grew up in a small place in Denmark, but always had a passion for all things nature, wildlife and travel. When I was 19, I decided I wanted to study wildlife conservation. They don’t really teach that in Denmark, so I moved to Bristol to study at the University of the West of England. I spent a couple of amazing years after that travelling and volunteering. In particular, I got an unpaid position with Frontier and lived in a tent in Costa Rica for six month. I then did a Master’s in Conservation Science at Imperial College London. During my course I realised that people are the key to solving the challenges of our natural world. After this, I knew I wanted to do something social science related. When I started looking for permanent jobs, it took me five months which I found quite difficult.

In the end, I got a position with Forest Research as a Social Scientist and have been there since. I feel like my work is meaningful both to nature but also to people, and I work with excellent and very kind colleagues. Some of these colleagues helped me get a part-time PhD, so I’m again doing something new. Recently I’ve been really excited about the opportunities this gives me for learning new skills – I now have basic GIS skills and have taught myself how to do statistical analysis in a programming software called R. It also gives me more flexibility to attend conferences, and this year I got to go to Krakow. I have a two-year-old son, and I am so grateful and proud that I am still able to do meaningful work and make the most of new opportunities after returning from maternity leave.

Although it was never clear to me where I’d end up, I’m very happy with how it all turned out, and I love what I do. So, if you haven’t got it all figured out yet, if you do something which is meaningful to you at the time, there will always be time to change and adapt further down the line. And if you have to pick up the odd waitressing job on the way while you’re waiting for someone to give you a job, then embrace it all as part of your journey – most of us have been there!

Dr Alexandra Ash – Postdoctoral Research Fellow at the University of Southampton and Mammal Ecologist at Forest Research

My research focuses on the behavioural ecology of grey squirrels, particularly their bark stripping behaviour. The project combines multiple disciplines—chemistry, animal behaviour, and movement ecology—to understand what drives this behaviour and to develop targeted solutions that help protect trees from squirrel damage.

From a young age, I knew I wanted to work with wildlife. I was completely captivated by Sir David Attenborough’s documentaries and would watch Planet Earth and Blue Planet on repeat. I was also fortunate to live in Scotland, Malaysia, Australia, and Texas during my childhood. Experiencing such varied environments gave me a deep appreciation for the natural world and the importance of conserving it.

I studied Wild Animal Biology at the Royal Veterinary College and the Institute of Zoology for both my undergraduate and master’s degrees, where I was taught by leading researchers in wild animal physiology, behaviour, disease, and conservation. I continued learning about animal behaviour during my PhD at the University of Southampton, where I explored grey squirrel behaviour by investigating the volatile organic compounds produced by trees and how these influence squirrel foraging decisions.

My biggest scientific achievement so far has been writing a successful grant application that now funds our current CFP supported research project on grey squirrel behaviour—an exciting opportunity to further develop this area of study.

My advice to women and girls interested in science is to trust in your own abilities and follow your curiosity. Science thrives on diverse perspectives, backgrounds, and experiences, and your voice has real value in shaping the future of research. Surround yourself with mentors and peers who support and encourage you, don’t be afraid to ask questions (there truly are no stupid questions!), and remember that every scientist starts somewhere.

A person with glasses dressed in a blue and white chequered shirt , sat in a wooded area fastening a camouflaged camera trap to a tree using straps, surrounded by dense vegetation.

Alex’s PhD formed our Understanding grey squirrel damage in UK woodlands Phase 1 project, and she is now working on the follow up Phase 2 project: Understanding grey squirrel bark stripping.

Dr Claire Bratley – Research Technician in the Silviculture and Wood Properties Team at Forest Research

I work in the Silviculture and Wood Properties team and am interested in how the way we grow trees affects their timber properties. My previous experience in neuroscience might seem unusual, but my new career at Forest Research allows me to combine my background in science with my love of trees and being outdoors.

I’m currently involved in two CFP projects. The first looks at wind risk in continuous cover forestry where we have been using sound waves to investigate stem stiffness in different stand structures. The second explores risk factors associated with oak shake and whether sound waves can be used to detect the internal cracks before the trees are felled.  It’s fascinating to use the same technique in both projects but for different outcomes.

I think I’ve always been a scientist at heart, driven by curiosity since a young age. I only wish I’d made the move into forest science a little earlier. If you’re thinking about it, just do it, you won’t be disappointed! I feel very lucky to have had the opportunity to follow my dream — it hasn’t always been easy, but I don’t regret it.

Phoebe Swift – CFP PhD student, and former intern

I’ve always had a broad interest in the natural world, so studying Biology at university felt like a good place to start. During my degree, I was introduced to everything from insect morphology to amino acid structures. It was a great way to work out what I loved — and what I was less keen on!

A real turning point came thanks to my tutor, who had a passion for plant sciences, and the inheritance of disease resilience in trees. Until then, I’d never really thought about plants getting sick, but learning about the plant immune system completely fascinated me.

That curiosity led me to pursue a masters focused on the genetics of disease resilience in ash trees affected by a fungal infection known as ash dieback. I’m now continuing down that path with a PhD, building a genomic prediction model for survival to this disease. While I didn’t start out thinking I’d work on tree genetics, I now can’t imagine doing anything else.

Throughout my journey into science, I’ve been incredibly lucky to be supported and encouraged by women. That support played a huge role in giving me the confidence to pursue a research career in a male-dominated field. From my perspective, more girls and women are choosing research-focused careers, and that shift is helping to create a more supportive, diverse, and welcoming atmosphere. So, if you’re curious, passionate, and willing to give it a go, there’s a place for everyone in science.

You can also read more about Phoebe’s route into tree genomics here: Sweet Resilience: Growing a Career in Tree Genomics.

A person wearing a striped black and yellow long‑sleeve top and white rubber gloves is kneeling on grass in a hilly outdoor area while performing a procedure on a badger lying on a blanket. Veterinary tools and equipment are laid out beside them, and the landscape in the background shows rolling green hills and distant countryside.

Cally is co-lead on our Understanding grey squirrel bark stripping project. 

Dr Cally Ham – Senior Scientist in Mammal Ecology at Forest Research

I am currently a Senior Scientist in Mammal Ecology at Forest Research, where I’m fortunate to work within an interdisciplinary team exploring the behaviour, population change and ecological impacts of mammals across Great Britain. Our work spans a remarkable range of species—from invasive, non-native grey squirrels to native mammals protected under international law, such as the pine marten.

Before joining Forest Research, I spent a decade studying the transmission and management of Mycobacterium bovis in badgers and cattle on farmland in Cornwall. That work involved deploying GPS collars, setting up camera traps to understand contact rates between badgers and cattle, and monitoring infection patterns following the rollout of badger vaccination. It was a formative period that shaped both my scientific interests and my appreciation for applied field based research.

My earliest passion was for natural history and wildlife, long before I realised that “scientist” was a career option, let alone one that involved being outdoors and working directly with animals. I was curious about the natural world and always wanted to understand how things work. My favourite questions have always been about animals: what they do, why they do it, and how they behave when they think no one is watching.

Science is absolutely a space for everyone, and research is only improved by including a variety of people with different perspectives, backgrounds and skill sets. There’s no single way to “be” a scientist. Not all scientific careers involve lab coats or endless coding—many involve days spent in woodlands searching for badger setts, flying drones, or fitting GPS collars to track animal movements.

It’s also important to know that a career in science can be a normal job. It doesn’t have to consume your entire life, and it shouldn’t demand an unhealthy work–life balance to be successful. Science should fit alongside your other commitments, not compete with them. If you’re curious, motivated, and willing to learn, there’s a place for you in this field.

Dr Elena Vanguelova – Senior Biogeochemist and Soil Sustainability Research Leader at Forest Research

I joined Forest Research in 2003 and since then I have lead research into forest soil health—looking at things like carbon and nutrient cycling, biodiversity and long-term soil monitoring. I first trained in forest engineering (BSc/MSc) at the University of Forestry in Sofia, Bulgaria, before completing a PhD on environmental pollution at the University of Reading. Whilst I began on the engineering side of forestry, I was always drawn to the environmental side and followed that passion into a research career exploring how climate change, pollution, and forest management affect forests and soils, with the aim of supporting sustainable, healthy forestry.

My message to young women in science is simple and encouraging: you don’t need a perfectly “straight line” plan. Follow your curiosity, keep asking questions, and build practical skills along the way—both in the field and in the lab. Seek out mentors, say yes to opportunities (even the ones that feel a bit scary at first), work with others, and remember: your voice and perspective really matter in shaping healthier forests for the future.

 

Science & Research

Our science programme will support the UK governments' forest and tree strategies and the successful delivery of tree planting programmes. Research outcomes will also directly contribute to the improved resilience of the UK’s forests, woodlands and trees and help promote enhanced capacity and capability in forest and tree health research.

Our Partners