International Day of Women and Girls in STEM from a Latin American perspective

February 11 marks the International Day of Women and Girls in Science. PLOS ONE is marking this day by handing over our EveryONE blog to the Women in Bioinformatics and Data Science Latin America (WBDS LA) community. This group was founded by women for women and other gender minorities, and activities and administration are run almost exclusively using volunteer hours without dedicated funding. The ethos and spirit of the group is a showcase of active researchers displaying qualities that often go under-recognized in research assessment – the value of mentorship, true community support, and a concerted effort to create an inclusive, welcoming and collaborative research environment.

Below, one of their co-founders, Dr. Ana Julia Velez Rueda (UNQ – CONICET* (Argentinian Scientific Council)) provides an thoughtful and thought-provoking account of gender equality in science in Latin America generally, and specifically within the research community within bioinformatics and data sciences.

By Dr. Ana Julia Velez Rueda – WBDS LA Co-founder

Since 22 December 2015, we have been commemorating the International Day of Women and Girls in Science. The United Nations General Assembly adopted this day to promote the full and equal access and participation of females in Science, Technology, Engineering and Mathematics (STEM) fields. But, is this day still important in a world where technology plays such an important role in every aspect of our lives? And in a reality where there is no doubt that STEM professions are the future in the economic world? According to the UNESCO Institute of Statistics, a person working in STEM earns two-thirds more than those employed in other fields. Nevertheless, despite the importance of these fields and the economic advantage that studying these careers would bring, women and non-binary people are still underrepresented in STEM [1].

So perhaps this 11th February, instead of questioning “How do we attract women into these spaces?” we should ask ourselves “How do we support women and diversity, and how do we accompany them, so they do not give up?”

Dr. Ana Julia Velez Rueda

In Latin America, these differences are even more pronounced. According to a survey by the Inter-American Network of Academies of Sciences (IANAS, 2015) [2], women make up less than 20% of the total membership in Latin America, and they are mostly in administrative positions on the governing councils. According to data from the Ibero-American Network of Science and Technology Indicators (RICYT), in 2017 in Latin America, only 36% of researchers working in engineering and technology were women, while in most countries of the region, they are overrepresented in medical and health sciences and in social sciences [3]. However, these observations are not just representative figures for a large number of individual fates. It has been shown that the low representation of women in STEM fields is closely related to deeper inequalities observed in all different social aspects and that it has a negative impact on the productivity and economic competitiveness of the countries of the region [4]. So perhaps this International Day of Women and Girls in Science could be a good opportunity to ask ourselves how we can change this reality that affects us all.

Progress and Challenges in Gender Equality in STEM in Latin America

Since the 1980s, nongovernmental organizations (NGOs) founded by feminist women from many countries in Latin America have brought gender perspectives to science. Through workshops, training, and research, they have created and maintained spaces to disseminate, discuss, and promote critical thinking about women’s inequality in society. Since the mid-2010s, there has been an expansion of these initiatives in the region, driven by different institutional hierarchies that aim to institutionalize actions and proposals on gender equality in different universities [5].

Many women still working in STEM are also working in a variety of nonprofits and projects that aim to give visibility to the work of women and other minorities. These groups also focus on data collection, participate in shaping public policy, provide accompaniment, and create networks of support. From Mexico to Argentina, we have RAGCyT, HackWomen, Technolatinas, DataGenero, Las de Sistemas, Rede Brasileira De Mulhere Scientistas, Parent in Science, PyLadies, RLadies, KuñaTech, STEM sin Fronteras, and of course, the WBDS LA, just to mention some of them. They are all sustained by the volunteer work of their members and sometimes by the financial support of international organizations and foundations, but most of them do so with little or no government recognition or support. So perhaps this 11th February, instead of questioning “How do we attract women into these spaces?” we should ask ourselves “How do we support women and diversity, and how do we accompany them, so they do not give up?”.

Although we are still struggling to build and fund the basic infrastructure to run our events, like many of our colleagues in other NGOs, we are here to contribute to change for all the women and girls who are here and will come.

Dr. Ana Julia Velez Rueda

Women in Bioinformatics and Data Science Latin America: Our contribution to reducing the gender gap

Women in Bioinformatics and Data Science Latin America (WBDS LA) is a community of women working in the fields of bioinformatics and data science, created in 2019 by Ana Julia Velez Rueda, Liliane Conteville (Embrapa Pecuária Sudeste – São Paulo, Brazil) and Lucy Jimenez (Pontificia Universidad Javeriana, Colombia), with the support of dozens of researchers from the region and the world. WBDS LA brings together women and other gender minorities working in STEM in the public and private sectors. Our community aims to promote and give visibility to women’s research and contributions in these areas. It also aims to foster networking and collaboration within the community of women scientists from the public and private sectors.

Our organization, like all organizations that have a gender perspective, was born out of a need to recognize ourselves, to join forces and efforts, and to let ourselves and everyone know that we are also part of these masculinized niches like bioinformatics and data science [6-8]. We have all suffered violence, harassment, or discrimination throughout our careers [9-12] and we wanted to create support networks for those who come after us and for ourselves. We were born in and are a multicultural and multinational community with representatives from different countries in Latin America.

To increase diversity, all our events are open and free. In addition, we strive to provide materials in Spanish and Portuguese (the main languages spoken in Latin America) and English (the main language of science). For example, our website and most of our educational material and tutorials are available in these 3 languages. We make big efforts to translate all the video content of the lectures and workshops into these languages.

We have found our own answer by fighting for equality with the women around us and working with other communities and people focused on these issues.

Dr. Ana Julia Velez Rueda

Since 2019, we have held 3 conferences, attended by more than 3000 women and non-binary people from all over the world, with more than 100 speakers from Latin America all of whom were women. Three booklets with more than 500 amazing research works, one special issue in Bioinformatics and two articles are the results of this amazing experience [13,14]. In the 3 years of our existence, we have trained more than 1200 people in our workshops and courses, with mostly women and non-binary attendees.

Currently, the WBDS LA comprises a group of women who volunteer in this community and thousands of colleagues who follow us on social media. Although we are still struggling to build and fund the basic infrastructure to run our events, like many of our colleagues in other NGOs, we are here to contribute to change for all the women and girls who are here and will come. And to the question, “How can we accompany women and other underrepresented groups so they do not give up?” We have found our own answer by fighting for equality with the women around us and working with other communities and people focused on these issues. In the words of Chimamanda Ngozi Adichie, “Your feminist premise should be: I matter. I matter equally. Not ‘if only’. Not ‘as long as’. I matter equally. Full stop.” [15].


[1] Earnings of Academic Scientists and Engineers: Intersectionality of Gender and Race/Ethnicity Effects – Yu Tao, 2018. (accessed 2023-02-02).

[2] ANCEFN survey:

[3] RICYT reports:

[4] UN WOMEN Report:


[6] Shen, H. Inequality Quantified: Mind the Gender Gap. Nat. News 2013, 495 (7439), 22.

[7] Exploring gender differences in bioinformatics research. (accessed 2023-02-02).

[8] Moss-Racusin, C. A.; Molenda, A. K.; Cramer, C. R. Can Evidence Impact Attitudes? Public Reactions to Evidence of Gender Bias in STEM Fields. Psychol. Women Q. 2015, 39 (2), 194–209.

[9] Moss-Racusin, C. A.; Dovidio, J. F.; Brescoll, V. L.; Graham, M. J.; Handelsman, J. Science Faculty’s Subtle Gender Biases Favor Male Students. Proc. Natl. Acad. Sci. 2012, 109 (41), 16474–16479.

[10] Cech, E. A.; Waidzunas, T. J. Systemic Inequalities for LGBTQ Professionals in STEM. Sci. Adv. 2021, 7 (3), eabe0933.

[11] Sexual Harassment of Women: Climate, Culture, and Consequences in Academic Sciences, Engineering and Medicine – National Academies of Sciences, Engineering, and Medicine, Policy and Global Affairs, Committee on Women in Science, Engineering, and Medicine, Committee on the Impacts of Sexual Harassment in Academia – Google Libros. (accessed 2023-02-02).

[12] Clancy, K. B. H.; Nelson, R. G.; Rutherford, J. N.; Hinde, K. Survey of Academic Field Experiences (SAFE): Trainees Report Harassment and Assault. PLOS ONE 2014, 9 (7), e102172.

[13] Jiménez, L.; Conteville, L. C.; Feldfeber, I.; Didier, M. G.; Stegmayer, G.; Marino-Buslje, C.; Rueda, A. J. V. Highlights of the 1st Latin American Conference of Women in Bioinformatics and Data Science. The Biophysicist 2021, 2 (3), 99–102.

[14] (10) Rueda, A. J. V.; Conteville, L.; Pantano, S.; González, W. Women in Bioinformatics & Data Science – Latin America. Methods X 2022, 9.

[15] Excerpt of “Dear Ijeawele, or A Feminist Manifesto in Fifteen Suggestions”, Chimamanda Ngozi Adichie

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Guest Post — Striking the Right Chord with Millennial and GenZ Researchers

To what extent are scholarly publishers and societies actively engaging with early career researchers? Findings from a white paper, and polls at the SSP annual meeting, are shared.

The post Guest Post — Striking the Right Chord with Millennial and GenZ Researchers appeared first on The Scholarly Kitchen.

The Quest for Home: Transforming from Grant-funded Project to Sustainable Operation

Grant-funded initiatives eventually need a permanent home; here are some lessons learned from Educopia’s Katherine Skinner and Christina Drummond.

The post The Quest for Home: Transforming from Grant-funded Project to Sustainable Operation appeared first on The Scholarly Kitchen.

It takes two, or more, to tango. Why a focus on fair and equitable research collaborations is essential for global health – and how to achieve it.

Guest bloggers: Carel IJsselmuiden (COHRED, University of KwaZulu-Natal, South Africa); Bipasha Bhattacharya (COHRED, Corresponding Author,, Julia Vallauri and Eric Martin (Institut de recherche pour le développement, France).

In celebration of World Health Day on April 7, 2022, the team behind the Research Fairness Initiative have written a guest blog on their effort to increase fairness in research collaborations across the globe. Although this initiative was inspired by research in global public health, the framework can be applied to any and all research collaborations in order to allow contributors to consider fairness and equity in place in their collaborative projects.

Good health is crucially dependent on research. On good research, on research that is excellent, relevant, ethical and also timely, perhaps. Such research is rarely done by individuals, in isolation, as a garage-based effort – although it could be. In reality, excellent research requires more than individuals – it requires top institutions, supportive environments, financing, supportive legislation and international treaties, rewards and awards, translation opportunities to scalable innovations, and much more. To capture this complexity, we will use the term ‘research systems’ or ‘research and innovation systems’.

Low- and middle-income countries (LMICs) often lack many of these components that are essential to a high-performing research and innovation system. That is no surprise, given that many other sectors in LMICs also lack many of the components that make these sectors work better in high-income environments. In fact, so strong is the generalized perception of under-performing research and innovation systems in LMICs, that even the many current calls for and initiatives to achieve better ‘pandemic preparedness’ rarely mention the need for capable R&D systems in LMICs. And this is in spite of overwhelming evidence that those LMICs with high performing R&D capabilities are not only less affected by ‘vaccine inequity’ but also delivered the largest contributions towards vaccinating the populations of other LMICs.

Capable research, development and innovation systems are a basic requirement for LMICs. They should invest themselves, and the ‘global community’ should support this. This may sound simple, but when looking at the dance floor of international research collaborations, the movements do not recognizably add up to a tango. The mostly divergent, project-based efforts driven by prescriptive (high-income country) funders rather than by national (LMIC) priorities, without clear links to financing the scaling of results, and without systematic efforts to improve tango skills, dancing shoes or the ball-room itself, are more conducive to sore toes, falls, profanities and disappointment than to achieving gradual increases in performance, outputs and outcomes.

‘Development agencies’ and philanthropies supporting LMICs rarely recognize the importance of developing research capabilities in LMICs as a essential to success, especially sustainable success. This applies particularly in global health research as the COVID-19 pandemic demonstrates so clearly.

Given this conundrum – i.e. the need for long-term support for the complex research systems in LMICs combined with the absence of any serious, targeted and long-term funding for this and the often low or absent own investments by LMICs themselves – we believe that the evidence is growing that a continuing effort to improve the fairness and equitability of research partnerships is both essential and catalytic. To go back to the dance floor – would the tango not be immensely more productive and enjoyable if all partners have access to similar skills, training, music or shoes – even if on loan for a while?

The Research Fairness Initiative (RFI) (

The RFI is a direct response to the need for a pragmatic instrument to improve how research and innovation partnerships with low- and middle-income countries (LMICs) can be improved continuously. The RFI is unique. It can generate the transparency and systematic institutional learning required to improve how organisations engage in and manage research and innovation collaborations in a fair and equitable manner for greater impact. While its priority focus was on collaborations between institutions in high and those in low- and middle-income countries, it is clear that the RFI is also appropriate to collaborations between high-income countries.

The RFI elevates research partnerships from ad hoc arrangements between individual researchers to key performance areas for all main actors in research and innovation, in particular:

• Research and Academic institutions
• Government Departments responsible for research and innovation
• National Research and Innovation Agencies
• Research Funders
• Private Sector organizations with a major research and innovation portfolio
• International organizations, large non-profits, and others.

Equitable and fair research collaborations are crucially important to enable LMICs to develop the excellence and sustainability of their research institutions and systems. At this time, the RFI provides the only pragmatic, systematic and global approach to improve the way research collaborations are done – even between high-income institutions themselves.

The RFI has been co-designed through wide and extensive global consultations. Its process can be viewed here : Its continued improvement is done with all organisations using or supporting the RFI.

The RFI ‘System’ consists of two complementary components:

1. RFI Reporting – biennial institutional self-assessments. The RFI framework of questions and indicators provides a pragmatic tool for institutional self-assessment of the policies and practices used to promote fairness and equitability in their research collaborations. Its focus is forward: ‘How to improve policies and practices in the next 2 years’. Responding to the questions in the RFI Framework often provides a first opportunity for organisations to strategically and systematically assess their own partnership policies, practices and expectations. A short overview of questions and indicators can be found at:

2. The RFI Global Learning Platform aggregates and analyses the information provided by institutions in their RFI Reports. Once fully developed, it will provide both real-time and special reports to enhance the evidence base the world of research needs to improve research partnerships and, where possible, reach global agreements on standards or benchmarks.

The full RFI website information can be viewed here:

For full certification, organisations have to publish their RFI reports on their own, corporate websites AND enable a comment function for readers.

Once complete, the RFI website will republish these reports and encourage further comments that will remain anonymous to the organisation. In this way, the RFI System should become a global platform for learning and action.

RFI Reporting Organisations

The RFI has had a slow but gradually increasing uptake since its release as ‘version 1’ in 2019. We now have reports from almost all the main research actors listed above and more. The COVID-19 pandemic did not help its progress, but the pace of completing reports is picking up. There are currently five completed reports available (Nova University of Lisbon (Portugal), World Health Organization (WHO/TDR), Univ Alioune Diop de Bambey (UADB, Senegal), IRD (Institut de Recherche pour le Développement, France), and the Swiss TPH (Switzerland)). There are four more submitted or close to completion (Fondation Botnar (Basel, Switzerland), University of Cape Town (South Africa), Epicentre Paris (MSF, France), CAPRISA (Centre for the AIDS Programme of Research in South Africa (South Africa)), and we are aware of several organisations in the process of obtaining approval to start their RFI reporting.

Although the number of institutions is small – looking at this list of ‘early adopters’, the results of these reports is likely to impact on many global, regional and national partnerships.

There have also been other uses of the RFI System, for example, The Philippines made 2021 the year of Research Fairness using the RFI, while the Ministers of Health of the Community of Portuguese Language Countries (CPLP) have recommended the RFI as guide for intra-CPLP health research collaborations.

The Evidence-base is growing

The sample is still small, but early lessons include:

• Completing the RFI Report is for many organisations the first and only time for strategical assessment of their own partnership policies, practices and expectations. It has proven to be an eye-opener for all, without exception.
• It is a challenge to change perspective – away from writing a ‘report card’ focusing on past performance towards preparing a two-year, forward looking improvement plan for fairness and equitability in research collaborations. Once the perspective has changed, it encourages interest, engagement, creativity and intent to learn how others are doing.
• There are original policies and practices not known outside organisations that are clearly going to be helpful to others – and can possibly generate global consensus for standards or benchmarks in future.
• Different organisations voiced different concerns. These may include a fear of funder backlash should responses to financial management in the RFI be answered inadequately. (We have informal evidence to the contrary – awareness of needs for support generate support). Additional administrative load which, additionally, needs to be paid for from scarce core funding. (With the new interactive web-based RFI reporting platform, the production of the first draft report takes less than a day – once the information to questions is available. At the same time, all questions are actually relevant for any self-respecting research actor. If it takes a lot of time to find the answers – that is not because the RFI is complex, but because you should have measured these indicators in the first place). Or the concerns may be getting comments from partners. (Actually, transparency is what enables discussion and negotiation – the basis for great and lasting partnerships).

Next steps for the RFI

It seems the RFI is in the early phase of adoption, and we anticipate a faster uptake from all constituencies and also from ‘enablers’, like journals and funders. We look forward to journals and funders making it a requirement for any lead organisation of research collaborations involving LMICs to submit their RFI reports. Imagine if everyone would play ball…

The RFI and World Health Day

Underlying global health is high quality research. Underlying high quality research are great researchers and research systems. Global health, resilience, pandemic preparedness and a future able to deal with environmental challenges will be well served by focusing far more clearly on the sustainable development of research and innovation capabilities in and with LMICs. Equitable and fair partnerships are essential in achieving this.

Key references:

Carvalho A, IJsselmuiden C, Kaiser K, et al. (2018) Towards equity in global health partnerships: adoption of the Research Fairness Initiative (RFI) by Portuguese-speaking countries. BMJ Global Health 3:e000978.

Lavery JV and IJsselmuiden C. (2018) The Research Fairness Initiative: Filling a critical gap in global research ethics [version 1; peer review: 2 approved]. Gates Open Res 2:58.

IJsselmuiden C, Garner C, Ntoumi F, Montoya J, Keusch GT (2021) R&D – more than sharing vaccines. A complete change is needed in the approach to and funding of global preparedness. Think Global Health.

Further reading:

In September 2021, PLOS launched a policy on Inclusivity in Global Research, which aims to improve reporting of global research. Authors conducting research of this nature who submit research to PLOS journals for consideration for publication may be asked to complete a questionnaire that outlines ethical, cultural, and scientific considerations specific to inclusivity in global research.

Disclaimer: Views expressed by contributors are solely those of individual contributors, and not necessarily those of PLOS.

Cover image credit: Rich Briggs, USGS. Public Domain.

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Collaboration on the road to better preclinical research

In this blog post Adrian Smith from Norecopa discusses the role that the PREPARE Guidelines and Website play in improving the robustness and translatability of animal studies.

Criticism of animal research has come from an unexpected quarter in recent years: scientists themselves have expressed concerns about the poor reproducibility and translatability of preclinical studies [1,2]. The criticism includes, among other things, concerns about underpowered experiments, bias caused by a lack of randomisation and blinding, and incorrect use of statistical analyses in attempts to demonstrate significance.

Working inside animal facilities has given me insight into some additional causes of this state of play. From that viewpoint, it quickly becomes clear that high-quality animal research is utterly dependent upon collaboration, from the earliest possible stage, between scientists and animal care staff. While scientists have the insight and expertise to plan relevant experiments, they rely on those with intimate knowledge of the animals to translate these plans into valid and robust in vivo studies. Even simple events such as a scientist’s request for a blood sample trigger questions about a range of issues, including factors that affect the quality and shelf-life of the sample, and the physiological effects of the blood loss on the animal [3]. Similar practical questions arise for every aspect of a study, many of which will never be reported in the publications ensuing from the work. These include assessment of the facility’s standard and competence, staffing levels, refinement and standardisation of procedures, distribution of costs, and health and safety concerns. Early dialogue with animal care staff, who are often proficient at lateral thinking, may reveal better ways of conducting a procedure, thanks to their previous experience. If these questions are inadequately addressed, we risk that animal-related issues become the greatest sources of variability or poor validity in a study. Mutual respect for the skills and knowledge of scientists and lab animal staff alike is therefore paramount if we are to improve reproducibility and translatability.

Although better reporting is often promoted in connection with the reproducibility crisis, this is only part of the solution. There is no doubt that improved reporting is needed, both to aid evaluation of the quality of experiments and to enable them to be repeated. Inadequacies that have been demonstrated include faulty study design, poor descriptions of the animals, and insufficient detail about their environment and peri-operative care [4-6]. Reporting guidelines have been published for many years to address these issues [7], but without better planning we are merely trying to improve the description of a burnt cake: we need to go back to the kitchen and change the recipe. Lack of compliance with reporting guidelines, or even knowledge of them, despite journal endorsement, is also a major problem [8-9].

In 2016, the EU Commission was faced with a European Citizen’s Initiative (ECI) to ban animal experimentation [10]. Public opinion plays an important role in defining animal research, and we have both legal and ethical obligations not to waste animal lives. Part of the Commission’s response to the ECI was to hold a meeting entitled Non-Animal Approaches – The Way Forward in Brussels in December 2016 [11]. Here, almost for the first time, I heard participants discussing the need for planning guidelines. Spurred on by this, we published the PREPARE guidelines in 2017 [12]. PREPARE consists of a checklist covering 15 main areas (Figure 1) and a website with supplementary information and references to resources for each of the 40 topics on the checklist (

Figure 1 – The PREPARE checklist (

PREPARE guides scientists through all the steps of planning animal experiments. The principles embodied in PREPARE apply to all in vivo studies, both in dedicated facilities and in the field, regardless of species used and the level of their legal protection. The PREPARE checklist is divided into three sections: formulation of the study, dialogue between the scientists and animal care staff, and quality control of the components in the study. Some of these topics will be the responsibility of the animal facility rather than of the research team, but it is important that all have been considered. The first section gives advice on literature searching (including systematic reviews), legal aspects, harm-benefit assessment, humane endpoints and other ethical issues, experimental design and statistical analysis. The second section covers important practicalities such as the distribution of labour and responsibilities, facility evaluation and competence, as well as health and safety issues. The third section provides tips on quality control of all the stages of a preclinical study, including the test substances, procedures, the animals and their environment, husbandry methods, humane killing and necropsy routines. PREPARE aims to give practical advice which will ensure both scientific rigour and optimal animal welfare.

Although only recently published, the principles in PREPARE were developed over a 20-year period, during which earlier versions were discussed with scientists on courses in Laboratory Animal Science. PREPARE is also full of lessons learned by animal facilities when applying for international accreditation. The checklist has proved popular, it has been translated into over 20 languages, and the website is updated regularly as new resources are published. A 3-minute cartoon film, with optional subtitles in many languages, has been produced to illustrate the main principles embodied in PREPARE (

We are now working to encourage uptake of PREPARE by scientists on a voluntary basis. This is being done by arranging workshops and webinars, through newsletters and social media, and by contacting research animal facilities. PREPARE is not intended to be yet another hurdle on the road to publication. On the contrary, it is our hope that PREPARE will be seen as a means of ensuring that all the issues likely to be raised by reviewers will have been addressed before it is too late. PREPARE should also prove helpful to those who evaluate proposals for animal studies, including funding bodies, ethical review boards and regulatory authorities.

To complete this cycle of increased quality, I would also like to see more emphasis in scientific papers on the efforts the authors have made to replace, reduce or refine animal use (“the three Rs”) [13]. This emphasis is unfortunately not a clear feature of reporting guidelines. We owe it to the general public, to our funders and to the animals. We must do this prominently, since many bibliographic databases index only the title and abstract of a paper. My 3-step recipe for better science is therefore:

  1. Be PREPAREd: plan in collaboration with animal care staff from day 1
  2. Demonstrate that you have ARRIVEd: submit a manuscript which documents how the potential causes of irreproducibility have been tackled
  3. Flag the 3Rs: highlight efforts to refine, reduce or replace animal use

I am optimistic. In the words of Edward Everett Hale [14]:

Coming together is a beginning, Keeping together is progress, Working together is success.

About the Author

Adrian Smith studied Veterinary Medicine at Cambridge University, graduating in 1979. After working in clinical veterinary practice in the UK, he emigrated to Norway and held positions related to animal research at the Norwegian School of Veterinary Science for 30 years. He was awarded his PhD in 1988 for his work on seasonal variations in the reproductive activity of the Arctic fox (Vulpes lagopus). He held the Chair in Laboratory Animal Science from 1988 to 2011, and led the work of obtaining and renewing international accreditation of the School’s laboratory animal facilities. During this period he also arranged over 50 courses in Laboratory Animal Science for scientists and technicians, and served on the Norwegian Animal Research Authority, during which time he was involved in writing the draft of new national legislation on animal research.
   Adrian has been Secretary of the Norwegian platform for the replacement, reduction and refinement of animal experiments (Norecopa) since its foundation in 2007. He has led the work of developing Norecopa’s website ( into a source of international resources for scientists and the laboratory animal community. The website currently has over 9,000 pages and a quarter of a million hits annually. He led the work of publishing the PREPARE guidelines for planning animal experiments. Collaboration with international colleagues is an important part of this work, and the PREPARE checklist has been translated into over 20 languages. Other tasks for Norecopa have included the organisation of international consensus meetings on the care and use of animals in research, the production of position statements and guidelines about animal procedures, and the regular issue of newsletters in English.


  1. Munafò MR, Nosek BA, Bishop DVM, Button KS, Chambers CD, Percie du Sert N, Simonsohn U, Wagenmakers E-J, Ware JJ, Ioannidis JPA (2017) A manifesto for reproducible science. Nat. Hum. Behav. 1, 0021.
  2. Begley CG, Ioannidis JP (2015) Reproducibility in science: improving the standard for basic and preclinical research. Circ Res. 116(1):116-126. doi:10.1161/CIRCRESAHA.114.303819
  3. Blood sampling. Accessed 30 September 2020
  4. Baker, M (2016) 1,500 scientists lift the lid on reproducibility. Nature 533:452–454. doi:10.1038/533452a
  5. Avey MT, Moher D, Sullivan KJ, Fergusson D, Griffin G, Grimshaw JM, Hutton B, Lalu MM, Macleod M, Marshall J, Mei SHJ, Rudnicki M, Stewart DJ, Turgeon AF, McIntyre L (2016) The Devil Is in the Details: Incomplete Reporting in Preclinical Animal Research. PLoSONE 11:e0166733. doi:doi:10.1371/journal.pone.0166733
  6. Bradbury AG, Eddleston M, Clutton RE (2016): Pain management in pigs undergoing experimental surgery; a literature review (2012-4). Br. J. Anaesth. 116: 37-45.
  7. Norecopa (2020) Reporting guidelines. Accessed 30 September 2020
  8. Reichlin TS, Vogt L, Wurbel H (2016): The Researchers’ View of Scientific Rigor-Survey on the Conduct and Reporting of In Vivo Research. PLoS One 11: e0165999. 2016/12/03. DOI: 10.1371/journal.pone.0165999.
  9. Percie du Sert N, Hurst V, Ahluwalia A, Alam S, Avey MT, Baker M, Browne WJ, Clark A, Cuthill IC, Dirnagl U, Emerson M, Garner P, Holgate ST, Howells DW, Karp NA, Lazic SE, Lidster K, MacCallum CJ, Macleod M, Pearl EJ, Petersen O, Rawle F, Peynolds P, Rooney K, Sena ES, Silberberg SD, Steckler T, Wurbel H (2020): The ARRIVE guidelines 2.0: updated guidelines for reporting animal research. PLoS Biol. 18(7): e3000410. doi: 10.1371/journal.pbio.3000410
  10. Stop Vivisection. European Citizens’ Initiative. Accessed 30 September 2020
  11. Non-Animal Approaches – the Way Forward. Report on a European Commission Scientific Conference held on 6-7 December at The Egg, Brussels, Belgium. ISBN 978-92-79-65840-2. doi: 10.2779/373944 Accessed 30 September 2020
  12. Smith AJ, Clutton RE, Lilley E, Hansen KEAa, Brattelid T (2018) PREPARE: Guidelines for planning animal research and testing. Lab. Anim. 52(2): 135-141. doi: 10.1177/0023677217724823 Accessed 30 September 2020
  13. Norecopa (2020) The Three R’s. Accessed 30 September 2020
  14. Edward Everett Hale. Accessed 30 September 2020

Featured Image: Pixabay CC0

Views expressed by Guest Bloggers are solely those of individual authors, and not necessarily those of PLOS.

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‘Wicked problems’ and how to solve them

In this Guest Blog, PLOS ONE Academic Editor, Sieglinde Snapp, discusses the challenges faced in sustainability research to solve complex, so-called “Wicked Problems”, and how conferences such as Tropentag are bringing together researchers from multiple

Coffee Plants Don’t Like It Hot

Guest blogger Atreyee Bhattacharya is a science correspondent and climate scientist, currently a research affiliate at the Department of Earth and Planetary Sciences, Harvard University. 

espressoLike most, I like my coffee black and piping hot. Coffee plants, however, may not be as fond of the heat.

When thinking about the impact of changing climate (increased droughts, wilder fluctuations in seasons) and increasing pest activity on food production—my thoughts tend toward crops such as rice, wheat, and corn. Not so much wine, chocolate, or coffee, though I probably consume more coffee throughout the day than I do these other staples.

However, two recent papers published in PLOS ONE deliver a double whammy to coffee, or more particularly the Coffea arabica plant, a species that today accounts for more than 70 percent of the world’s coffee. (Another, less common, variety is C. robusta, which has twice the caffeine content.)

In a 2011 study, Juiliana Jaramilo from the University of Hannover and her coauthors, Figure 2showed that warming air and land temperatures can change the distribution of the coffee berry borer Hypothenemus hampei in East African C. arabica producing regions.

The borer, a pest that attacks coffee beans, “causes losses exceeding US $500 million annually, and worldwide affects many of the more than 25 million rural households involved in coffee production” the study reports. A serious infestation can lower coffee production by more than three times!

Until about ten years ago, reports of H. hampei attacks on coffee plants growing above 1500 m (the preferred altitude of cultivated and naturally occurring C. arabica) were few and far between. But thanks to the 0.2-0.5 degrees Celsius temperature increase in coffee growing regions of East Africa, the pests are now found at higher altitude plantations as well.

As temperatures continue to rise as per projections from the  Intergovernmental Panel on Climate Change (IPCC), coffee borer infestations in this region are likely to spread  farther. Increasing temperatures will increase the number of H.hampei generations each year from 1-4.5 to 5-10 or more.

“These outcomes will have serious implications for C. arabica production and livelihoods in East Africa,” caution the authors, adding, “We suggest that the best way to adapt to a rise of temperatures in coffee plantations could be via the introduction of shade trees in sun grown plantations.”

Figure 3Though C. arabica plants do like to grow in the shade; another study indicates that this protection may still not be enough to combat the threat of warming temperatures. According to this research by Aaron Davis from the Royal Botanic Gardens in the United Kingdom, warming temperatures may make several localities within southwest Ethiopia and neighboring regions climatologically ill-suited to growing C. arabica.

“Based on known occurrences and ecological tolerances of Arabica, bioclimatic unsuitability would place populations in peril, leading to severe stress and a high risk of extinction,” write the researchers.

According to their estimates, the most favorable outcome of warming is a 65% decrease in areas with climate suitable for coffee plantations, and at worst, an almost 100% loss of these regions by 2080. In terms of available area for growing coffee, the most favorable outcome  is a 38% reduction in suitable space, and at worst a 90% reduction. Neighboring areas could fare even worse by as early as 2020.

Coffee is a 90-billion-dollar industry , but it is an industry that depends on long-term planning. The beans that we grind every morning today were planted about 7-10 years ago, and our morning brew a decade hence depends on today’s plantations.

Demand for coffee continues to rise in our ‘coffee culture’, and C. arabica still constitutes about 75-80% of the world’s coffee production. C. arabica is believed to be the first species of coffee to be cultivated, well over a thousand years ago. It epitomizes an incredible journey, and is one beverage that is certainly worth a second thought as rising temperatures threaten its existence.

Read these studies and more on the ecological impacts of climate change in the new PLOS Collection:

Citations:Jaramillo J, Muchugu E, Vega FE, Davis A, Borgemeister C, et al. (2011) Some Like It Hot: The Influence and Implications of Climate Change on Coffee Berry Borer (Hypothenemus hampei) and Coffee Production in East Africa. PLoS ONE 6(9): e24528. doi:10.1371/journal.pone.0024528

Davis AP, Gole TW, Baena S, Moat J (2012) The Impact of Climate Change on Indigenous Arabica Coffee (Coffea arabica): Predicting Future Trends and Identifying Priorities. PLoS ONE 7(11): e47981. doi:10.1371/journal.pone.0047981


Espresso by Richard Masoner on Flickr 

Distribution of the coffee berry borer (Hypothenemus hampei) in Eastern Africa under current climate. The EI values (0–100), indicates unsuitability of the location’s climate (0), and a ‘perfect’ climate for the given species (100). doi:10.1371/journal.pone.0024528.g001

Predicted and actual distribution of indigenous Arabica. Green dots show recorded data-points. Colored areas (yellow to red) show predicted distribution based on modeling. A context map is given in the top left hand corner. doi:10.1371/journal.pone.0047981.g001