White nose syndrome is killing millions of bats via a contagious fungus – here’s how to stop it


White nose syndrome is caused by the fungus Pseudogymnoascus destructans, which grows on the bats’ muzzles (hence the name) and other hairless body parts including wings, and causes skin lesionsP. destructans is psychrophilic, meaning it thrives in cold temperatures between 4℃ and 20℃. This means it affects bats during hibernation.

Continue reading White nose syndrome is killing millions of bats via a contagious fungus – here’s how to stop it


British Council webinar: Making Connections

Making Connections: What is the future for collaboration and mobility of Early Career Researchers across Europe?

webinarTogether with Professor Sir Martyn Poliakoff, I have taken part in a webinar organised by the British Council. We have discussed the future possibilities for early careers researchers in Europe.

Here is a run-down of the webinar with timings in case you want to jump straight to a particular section/question.


01:41 – Introduction to the Context of this Webinar
05:18 – Meet the Speakers
– Q – What are your experiences during your early research career?
11:25 – Q – What it is like to establish yourself as a mobile Early Career Researcher and what are the greatest challenges you face?
14:38 – Q – What would you say a ‘gold standard’ approach to supporting mobility and international collaboration (in Europe) should look like?
17:00 – Q – How can universities and research institutions help to continue cooperation during and after Brexit?
20:25 – Q – What do you think are viable areas and routes to engage scientists from Europe, in carving out a way forward?
23:17 – Q – Where do you feel individual scientists can and should get involved in the shaping of what European collaboration and mobility might look like in the future?
25:42 – Q – What are your personal recommendations to the negotiators of Brexit?
31:45 – Open Q&A Session
53:35 – Conclusion & Next Steps.

Expanding the roles of women in STEM

Expanding the roles of women in STEMThe fields of science, technology, engineering and mathematics (STEM), have traditionally attracted more male than female scholars on all academic levels. The disparity of interests between genders can be seen as early as secondary school. The resulting trend is, unsurprisingly, reflected in university applications – STEM disciplines tend to be dominated by male applicants. Additionally, mobile students in STEM fields are far more likely to be male. Today’s blog, from scientist Joanna Bagniewska, explores the reasons female students lose interest in the STEM fields and shares some optimistic insight into how some organisations are working to address this trend. 

Losing interest at an early age

A study conducted in February this year showed that female students report a significant dip in the enjoyment of STEM subjects as they enter teenage years: while half of surveyed girls aged 7-11 considered Maths and Computer Science enjoyable and fun, this proportion dropped to 31% and 36% respectively in respondents aged 11-14. The above finding is coupled with the fact that more than half of teachers (57%) and parents (52%) admit to having made gender stereotypes in relation to STEM.

At university level, even in STEM subjects with a high intake of female undergraduates, there is a concern with retention of students, and ensuring that they do not drop out at any stage of their career. While the number of women in subjects such as biological sciences is high at an undergraduate stage, the proportion decreases at each progression point – postgraduate, postdoctoral, lecturer – leaving very few females at the professorial level.

Institutional biases or individual burdens?

Many explanations have been put forward to account for this disproportion – including institutional biases, implicit and direct discrimination, lack of role models or lack of confidence in the women themselves. However, research published in August shows that women are in fact more resilient than one might expect. Factors such as high school academic preparation, faculty gender ratio, or performance in the core subjects appear to have an equal effect on males and females, in terms of the risk of switching majors. Stereotyping a field as ‘masculine’ also seems to have no profound effect on the women in it. However, while individual factors appear to have no effect, their combination – particularly low grades, gender composition of class and external stereotyping signals – is a strong enough hit to drive women to drop out. It might therefore be worth investigating the ways of making the external environment a bit more ‘female friendly’ on an institutional level.

Creating a female-friendly field

One way of addressing gender inequality in British institutions is the Athena SWAN (Scientific Women’s Academic Network) charter. Founded in 2005, it recognises and celebrates examples of good practice towards the advancement of gender equality in higher education and research. Some of the recognised actions include outreach and mentoring programmes, reducing bias in recruitment, devising flexible and part-time working schemes which ensure career progression or providing better access to childcare. Initially, the programme was limited to STEM subjects; currently it has expanded to include other disciplines.

Similarly, mobility schemes such as the Marie Sklodowska-Curie Fellowship allow women to actively pursue an international career in science. Traditionally, the mobility of female researchers has been lower than that of their male peers, as the career progression of women has often been adjusted to accommodate the needs of the family. However currently, in dual-career households, it is often the higher-earning partner who dictates the mobility strategy. Providing financial independence and promoting equal pay leads female scientists towards a much more international professional life.

We are at a point in history when the tables are turning – women are finding themselves encouraged, supported, and are suddenly beginning to grasp at the opportunities that have thus far been less accessible to them. A diversity of backgrounds, beliefs and opinions is an important contribution to the development of any field – as is retaining the potential of highly qualified employees.

Joanna Bagniewska is a Zoologist, Science Communicator and Teaching Fellow at the University of Reading in the UK. 

Podcast at the Sofia Science Festival: Would you ban trophy hunting in Africa?

Oxford graduate zoologist Dr Joanna Bagniewska, a teaching fellow at the School of Biological Sciences at the University of Reading, took an enraptured audience at the 2017 Sofia Science Festival through the debates on trophy hunting and conservation.

Listen to the podcast with Bulgaria Now’s Lance Nelson and The Sofia Globe’s Clive Leviev-Sawyer here.


The importance of sex in science

My post for Discov-Her, the L’Oreal Foundation blog.

In science, what difference does sex make? Dr. Joanna Bagniewska, ecologist, well-known science communicator and teaching fellow at the University of Reading, is here to explain.

I’m an ecologist – and ecologists talk about sex A LOT. We love to prod the underlying differences between sexes in different species. After all, why should we assume that males and females, which occupy different territories, have different diets and exhibit different behaviours, would be ecologically and evolutionarily identical?

Consequently, in the scientific articles in my field, the sex of study animals is reported on a regular basis. I was very surprised to find out, however, that this attitude is quite different in other disciplines, e.g. in biomedical research.

Until recently, in medical studies, female animals were treated simply as male animals with hormonal fluctuations. Such an oversimplification is, unfortunately, very often inappropriate and insufficient. Just last year a group of international researchers, led by scientists from McGill University, showed that when it comes to pain, not only is there a difference in tolerance and sensitivity between the sexes – there are also fundamental physiological differences in dealing with it. In rodents, the two sexes actually use different immune cells in the spinal cord to process the pain – T cells in females, and microglia in males. Yet, Jeffrey Mogil from McGill reports that only 3 out of 71 scientific articles published in the journal Pain in 2015 confirmed the use of experimental rodents of both sexes; almost 80% used only male animals. Research from UC Berkeley, led by Annaliese Beery, also showed a strong male bias in mammalian research in eight out of ten biological fields, most prominently in neuroscience. The authors suggest that studies focused solely on one sex should clearly indicate it in article titles.

There is a flip side of the coin, too – the sex of the researchers themselves. In 2014, a study led by Robert Sorge, found that mice and rats used in experiments react differently to male and female researchers. When exposed to the scent of male humans, the rodents become very stressed – so much so, that such strong stress acts as an analgesic. What does it mean? Rodents (of both sexes) handled by male researchers may be less sensitive to pain, and, as a consequence, the sex of the experimenter may lead to differences in baselines in behavioural studies, on which further applied research is then founded. Unfortunately, most of the time the sex of the researcher is not reported in publications, making comparisons between studies difficult, if not impossible.

Discoveries such as those mentioned above lead to questions about their future applicability: types of pain medicine developed, dosages trialled in pain studies, and relevance to human subjects. And while the American Congress has introduced the Research for All Act, requiring National Institutes of Health to run clinical trials on both men and women (in… 2015!), there is still a lack of consideration for sex in study animals, primary cells, or even cell lines.

Luckily the idea of gendered innovation, where gender and sex are incorporated into research principles, has been gaining recognition – largely due to the work of Londa Schiebinger of Stanford University. Thanks to this approach, it turned out that osteoporosis – historically considered a predominantly female disease – can have very serious consequences for males; conversely, heart disease is not just a male problem – but is diagnosed differently in females.

So… let’s talk about sex! Particularly in the context of good experimental design.

– Dr. Joanna Bagniewska

Brexit uncertainties threaten brain drain for UK science

A piece by Sylvia Hui, for Associated Press

Like many foreign scientists in Britain, Joanna Bagniewska was devastated when Britons voted to leave the European Union. The biology lecturer, a Polish migrant who found Britain a welcoming place to build her academic career over a decade, is suddenly seeing her job security and research prospects up in the air.

“I’m worried that after my current contract finishes, one of the prerequisites could be a permanent residence card,” she said. “I’d like to apply for EU grant money, but how much longer will it be available for?”

Continue reading Brexit uncertainties threaten brain drain for UK science

We’re not science automatons – we’re people: Meet Joanna Bagniewska

My interview for the Soapbox Science blog.

Dr Joanna Bagniewska is a zoologist working as a teaching fellow at Reading University’s School of Biological Sciences. Her research interests encompass ecology and conservation biology, particularly the subject of invasive species. She is a very keen science communicator – she won FameLab Poland, gave a talk at TEDxWarsaw, and she even does science stand-up comedy.  Meet Joanna in our Reading event, where she’ll be discussing “How Disney & Science don’t always go hand in hand”.

SS: Joanna, how did you get to your current position?

JB: While completing my undergraduate in Biology at Jacobs University in Bremen, Germany, I did an internship with the University of New South Wales. I spent two months in Australia’s Snowy Mountains examining road ecology – i.e. the impact of roads on the surrounding wildlife. I found the subject absolutely fascinating, and from that point onwards I knew that I wanted to research ecology and conservation biology. To get more international experience, I decided to spend a semester abroad at Rice University in Texas, where I obtained a lot of hands-on experience in herpetology and animal behaviour. After completing my undergraduate degree, I went on to obtain my MSc from Oxford University; my research focused on the methods used for monitoring South African canid species, such as jackals and foxes. I then stayed at Oxford for my doctorate, which examined the behavioural ecology of the American mink in the UK. After graduating, I worked for a start-up company for a few months, and then went on to be a lecturer at Nottingham Trent University. Eventually I moved back to West Midlands to take the post of a teaching fellow at Reading University’s School of Biological Sciences.

Continue reading We’re not science automatons – we’re people: Meet Joanna Bagniewska