Home Blog Page 110

Frontiers announces its first partnership with a leading Chinese University

Zhejiang University Press (ZUP), one of the leading academic publishers in China, and the open science publisher Frontiers announce their official partnership.

Established in 1984, Zhejiang University Press covers a diverse spectrum of subjects in natural sciences, engineering and technology, the humanities and social sciences, medicine and life sciences. Frontiers’ outstanding editorial services, unique experience in working with society journals as well as advanced publishing technology will enable a successful collaboration by supporting Zhejiang University’s mission of ‘Seeking Truth, Pursuing Innovation’. 

The partnership will commence with the launch of the Aerospace Research Communications journal. Professor and former Vice Dean of Zhejiang University’s Faculty of Engineering Dr. Yao Zheng speaks on the partnership, “Aerospace Research Communications is an open access, peer-reviewed international journal covering all aspects of aeronautics and astronautics. The journal publishes original papers and review articles related to all fields of aerospace research, in both theory and practice. The scope is considerably wide, covering research achievements in flight vehicles, propulsion systems and experimental methods, including fluid mechanics, flight mechanics, solid mechanics, vehicle conceptual design, avionics, control, material engineering and mechanical manufacturing. We are very happy to collaborate with Frontiers on this journal. Frontiers is a very innovative publisher with an impressive state-of-the-art publishing platform. I am sure our collaboration will be a success.”

Frontiers launched its Publishing Partnerships Program in 2019 to support and facilitate the sustainable and global transition to open access for Society journals and University presses. Frontiers Publishing Partnerships Program has signed agreements with the Geological Society of London, the Institute of Biomedical Science, and the European Society for Organ Transplantation. Commenting on this new agreement, Frontiers’ head of partnerships Dr. Franck Vazquez says, “This partnership, our very first with a Chinese University, highlights yet another important milestone for Frontiers Publishing Partnerships Program. We are extremely proud to partner with Zhejiang University Press and we look forward to supporting the launch of their new journals. Open science has already come a long way, and I believe that Frontiers and its partners have a leading role to play in making all high-quality science universally, freely and immediately available.” 

Diane Wang, general manager China at Frontiers, speaks highly of this partnership, “We are very excited to start Frontiers Publishing Partnerships Program in China with Zhejiang University Press. During our discussions leading to this partnership, Zhejiang University Press impressed me with their professionalism, forward thinking and their commitment to providing high quality services to the research community in China. All these resonate with what Frontiers aims to achieve in China. I am firmly confident that this partnership will become very successful, and we look forward to seeing more successes for Frontiers Publishing Partnerships Program in China in the near future.”

Elsevier acquires Osmosis.org, an innovative digital health education platform and enhances its global medical education portfolio

A growing demand for healthcare workers and medical education, accelerated by the COVID-19 pandemic, is driving the need for digital healthcare education solutions

The highly engaging visual learning offerings of Osmosis will be applied to other areas in Elsevier’s healthcare portfolio

Elsevier, a global leader in research publishing and information analytics, today announced that it has acquired Osmosis, a US-based visual learning platform that has simplified the complex learning journey for millions of current and future healthcare professionals and their patients around the world.

There continues to be a growing need for healthcare professionals and medical education, which has been accelerated by the COVID-19 pandemic. Osmosis utilizes evidence-based learning science to create distinct microcontent that turn complex medical concepts into easy-to-follow learning modules. With a broad reach in 195 countries, Osmosis has more than two million subscribers on its YouTube channel, 150+ partnerships with institutions ranging from medical schools to digital health companies, and over a quarter-of-a-billion views of its content.

Osmosis will join Elsevier’s Global Medical Education portfolio, complementing its advanced digital solutions, which enable students and healthcare professionals to learn and apply complex healthcare information more effectively. Elsevier intends to enhance other segments across healthcare with the effective microcontent capabilities provided by Osmosis, including supporting the learning needs of medical students and healthcare professionals, nursing students and eventually patients.

Shiv Gaglani, Co-Founder and CEO, Osmosis said: “The first health education materials I used in medical school were the iconic Elsevier resources, Gray’s Anatomy and Netter’s. The Osmosis team and I are honored to be joining Elsevier given its incredible global impact on healthcare education and training, our strong cultural alignment and commitments, and its unparalleled legacy dating back over 140 years. We are excited about this next chapter working with the Elsevier team to empower tens of millions of current and future healthcare professionals and their patients around the world.”

Elsevier’s broad offerings in healthcare education include content, digital learning tools and analytics for medical and nursing students to prepare them for successful careers in health professions.

Elizabeth Munn, Managing Director and General Manager, Global Medical Education, Elsevier, said: “We’re thrilled to welcome the Osmosis team to Elsevier and to continue to deliver on our promise of supporting students throughout their learning journey, ultimately improving outcomes across healthcare. Osmosis has created an extraordinary team, winning culture and top-notch portfolio of health education solutions. We’re looking forward to advancing our mission together.”

The acquisition of Osmosis follows Elsevier’s other acquisitions in nursing and health education, including Shadow Health, a developer of virtual nursing simulations, and 3D4 Medical, creator of the Complete Anatomy app, an advanced 3D anatomy platform with AR/VR capabilities.

Jan Herzhoff, President, Health at Elsevier, said: “Our mission is to improve every patient outcome today and in the future by helping clinicians make better decisions and improving learning outcomes for future health professionals. We believe in the power of visualization and look forward to bringing together the breadth and depth of Elsevier with the innovative and highly engaging learning solutions offered by Osmosis to support the next generation of healthcare leaders.”

Click here to view the announcement video.

About Osmosis
Osmosis.org is a health education platform that empowers millions of current and future clinicians and caregivers with the best learning experience possible. As pioneers in health education technology, Osmosis takes learning beyond textbooks and lectures by offering online educational video content that’s simple, engaging, and informative. Osmosis.org has a library of over 2,100 videos covering pathology, physiology, pharmacology, and clinical practice, complete with questions, flashcards, and notes. For more information, visit www.osmosis.org.

Wiley and Virginia Library Consortium VIVA announce three year open access agreement

Global research and education leader Wiley today announced a three year open access agreement with VIVA, a consortium of more than seventy libraries and academic institutions throughout the US state of Virginia, to begin in 2022.

The agreement, which expands on a previous pilot between Wiley and VIVA, will allow researchers at 55 participating Virginia institutions the ability to publish accepted articles open access in all of Wiley’s fully gold and hybrid open access journals, as well as provide access to all subscription content.

The first such agreement between VIVA and a large publisher, this will make an estimated 75% of all research published in Wiley journals by Virginia higher education authors open access in the first year, with the percentage growing each year of the agreement. Research published under the agreement will be accessible for free to anyone who wishes to read it, enabling a wider dissemination of scientific findings among both scholars and the public alike.

“We are pleased to join VIVA in advancing sustainable, scalable pathways to open access publishing, which is an increasing priority for academic institutions across the United States,” said Liz Ferguson, Senior Vice President, Wiley Research Publishing. “Through this agreement, academics across Virginia will gain the open access advantage, garnering more attention for their research and showcasing their contributions on the global stage.”

“We are deeply invested in creating partnerships with publishers that will enable open access for Virginia authors, no matter the size or funding level of their institutions,” said Anne Osterman, Director of VIVA.  “Wiley has been an excellent collaborator in how to craft a model that increases equity in publishing for Virginia and moves toward a more open future in a sustainable way.”

Academic research in the United States is funded through a diverse mix of sources, including the government alongside academic, industry, and philanthropic institutions. With a growing awareness among stakeholders of the value that public access to research brings in solving regional and global challenges, such as public health disparities and climate change, embracing a centralized approach to open access is paramount. Through this agreement, VIVA and Wiley are leading the United States into an open access future.

This agreement also builds on many similar agreements Wiley has negotiated, including with other US-based institutions.

AIP Publishing Announces Three-Year Read & Publish Agreement with Jisc

AIP Publishing, a leading not-for-profit scholarly publisher in the physical sciences, has reached a three-year Read and Publish agreement with Jisc, an academic not-for-profit that advances digital technologies in support of education and research in the United Kingdom.

The agreement, which covers the period of 2021-2023, provides access to nearly all of AIP Publishing’s peer-reviewed, hybrid journals to more than 30 of Jisc’s consortium partners, including many of the UK’s most prestigious institutions of higher education.

Anna Vernon, Head of Portfolio: Content Licensing for Jisc said “This agreement enhances our support of the physical sciences community by enabling researchers from our participating higher education institutions to publish open access in AIP Publishing’s journals which will boost the research and impact of research.”

Penelope Lewis, Chief Publishing Officer of AIP Publishing said, “Jisc is at the forefront of enhancing education and research through innovative technologies and support services. AIP Publishing is proud to partner wi

STM welcomes UNESCO recommendation on Open Science

STM (the International Association of Scientific, Technical and Medical Publishers) today welcomed the General Conference of the United Nations Educational, Scientific and Cultural Organization ( recommendation on Open Science that was adopted at the 41 st session of the organization held in Paris.

Our members appreciate that UNESCO recognises the need to promote a common understanding of the diverse paths to achieving Open Science and that it is only through systematic and long term strategic investment that the aspirations for a more open, transparent, collaborative and inclusive scholarly communication ecosystem can be translated into reality.

Publishers sit at the interface between researchers, their research and the rest of the world through our work to improve the quality and availability of scholarly communication. Through our strong relationships with the research community, the evolution of our business models to meet researcher and societal needs, our expertise in technology and our propensity to innovate, publishers are well placed to contribute to fostering innovative approaches for Open Science

Through our efforts across research integrity Open research data and the development and management of forward-thinking shared infrastructures and collaborative services STM and its members are working to ensure the availability, discoverability and reusability of research for all stakeholders working within scholarly communications.

STM fully shares and supports the goals of expanding access to peer-reviewed works and is continuing to work across the research ecosystem to make a more open scho larly communication system a reality. Adequate and long term funding will be fundamental to ensuring this new reality while guaranteeing the sustainability and integrity of high-quality research publications. We, therefore, feel fundamentally aligned with UN ESCO’s broad vision of shared values, principles and standards for Open Science and look forward to continuing to engage with all stakeholders in order to help the organization achieve its aims.

Frontiers’ statement on UNESCO Open Science Recommendation

Frontiers’ chief executive editor Dr. Frederick Fenter:

“Frontiers welcomes the news on the unanimous adoption of The UNESCO Recommendation on Open Science. Together with UNESCO, we recognize the urgency of addressing complex and interconnected environmental, social and economic challenges facing the world and the vital importance of science, technology and innovation in response to these challenges. 

“Since 2007, Frontiers has been tirelessly advancing its mission of making science open and creating solutions for healthy lives on a healthy planet. The rapid and free dissemination of research and data in response to COVID-19 pandemic unequivocally proved that open science saves lives. Therefore, we welcome UNESCO’s international standard-setting instrument on Open Science and commitments to facilitate the production and dissemination of scientific knowledge around the world.

“Fostering a culture of open science requires concrete and definitive actions, such as developing an enabling policy environment for open science and investing in open science infrastructures, services and human resources. Shifting available funds away from paywalled content and towards supporting models that provide full and immediate access, such as Open Access publishing of research results, plays an important role in making open science a sustainable global reality. UNESCO member states’ unanimous acknowledgement of the transformative potential of open science is a positive step in the right direction.”

Clarivate Identifies the One in 1,000 Citation Elite with Annual Highly Cited Researchers List

Clarivate Plc, a global leader in providing trusted information and insights to accelerate the pace of innovation, unveiled its 2021 list of Highly Cited Researchers™ today. The methodology that determines the “who’s who” of influential researchers draws on the data and analysis performed by bibliometric experts and data scientists at the Institute for Scientific Information™ at Clarivate.

The annual list identifies some 6,600 researchers from across the globe who demonstrated significant influence in their chosen field or fields through the publication of multiple highly cited papers during the last decade. The Highly Cited Researchers’ names are drawn from the publications that rank in the top 1% by citations for field and publication year in the Web of Science™ citation index, and the list identifies the research institutions and countries where they are based.

The key findings for 2021 show:

  • 6,602 researchers from more than 70 countries and regions have been recognized this year – 3,774 in specific fields and 2,828 for cross-field impact.
  • The United States is the institutional home for 2,622 of the Highly Cited Researchers in 2021, which amounts to 39.7%, down from 43.3% in 2018. While there has been a decline in the number of U.S.-based Highly Cited Researchers, there can be no doubt that the U.S. still leads the world in research influence. Of all papers indexed in the Web of Science for 2010 to 2020 the percentage with a U.S.-based author was 24.7%.
  • Mainland China is second this year, with 935 Highly Cited Researchers, or 14.2%, up from 7.9% in 2018. In four years, Mainland China has nearly doubled its share of the Highly Cited Researchers population.
  • The United Kingdom, with 492 researchers or 7.5%, comes in third. This is a particularly high number of researchers at the very top of their fields in terms of citation impact, given that the United Kingdom has a population 1/5 the size of the United States and 1/20 the size of Mainland China.
  • Australia has narrowly overtaken Germany at fourth, with 332 researchers, and the Netherlands is sixth, with 207 researchers – remarkable for countries of 25 million and 17 million, respectively, versus Germany’s 83 million. They also place above Canada, France, Spain and Switzerland in the top 10.
  • Harvard University, home to 214 researchers, is once again the institution with the highest concentration of Highly Cited Researchers in the world.
  • Hong Kong has increased its number to 79 from 60 last year, an impressive achievement, partly due to a dramatic increase in Highly Cited Researchers from the University of Hong Kong, which more than doubled its number of Highly Cited Researchers from 14 to 33 from 2020 to 2021.
  • For the first time, researchers from BangladeshKuwaitMauritiusMorocco and the Republic of Georgia are included on the list this year.

Naturally, Mainland China’s gain means losses elsewhere. There is a 1.8% loss in Highly Cited Researchers for the United States since last year and 3.6% since 2018. This contrasts with an increase of 6.3% for Mainland China since 2018. The United Kingdom exhibits a decline of .5% since last year and 1.5% since 2018. Germany has lost .9% share since 2018.

David Pendlebury, Senior Citation Analyst at the Institute for Scientific Information, said: “The headline story is one of sizeable gains for Mainland China and a decline for the United States, particularly when you look at the trends over the last four years, which reflect a transformational rebalancing of scientific and scholarly contributions at the top level through the globalization of the research enterprise.”

Nobel Prize recipients and researchers of Nobel quality

This year’s list includes 24 Nobel laureates, including five announced this year: David Julius, University of California San Francisco, San Francisco, CA, United States (Physiology or Medicine); Ardem Patapoutian, Scripps Research, La Jolla, CA, United States (Physiology or Medicine); David W. C. MacMillan, Princeton University, Princeton, NJ, United States (Chemistry); David Card, University of California Berkeley, Berkeley, CA, United States (Economics); and, Guido Imbens, Stanford University, Stanford, CA, United States (Economics). Also included are 77 Citation Laureates™: individuals recognized by Clarivate, through citation analysis, as ‘of Nobel class’ and potential Nobel Prize recipients.

Exceptional broad performance
Of the researchers named as Highly Cited in the 21 Essential Science Indicators (ESI)™ fields, 23 researchers showed exceptionally broad performance, recognized for being highly cited in three or more fields. They are a truly global group – in North America, Europe, Asia and the Middle East. Professor Rob Knight from the University of San Diego California was alone in being named for four ESI fields (Biology and Biochemistry; Environment/Ecology; Microbiology; Molecular Biology and Genetics).

Figure 1: Highly Cited Researchers by country or region

RankingCountry/TerritoryNumber HCRs%Change % Share 2018 to 2021
1United States2,62239.7-3.6
2China Mainland93514.26.2
3United Kingdom4927.5-1.5
4Australia33251
5Germany3315-0.9
6The Netherlands2073.10
7Canada19630.3
8France1462.2-0.4
9Spain1091.7-0.2
10Switzerland1021.5-0.7

Figure 2: Highly Cited Researchers by research institution or organization

RankingInstitution and Country/RegionNumber HCRs
1Harvard University, United States214
2Chinese Academy of Sciences, China Mainland194
3Stanford University, United States122
4National Institutes of Health (NIH), United States93
5Max Planck Society, Germany70
6Massachusetts Institute of Technology (MIT), United States64
7University of California Berkeley, United States62
8Tsinghua University, China Mainland58
9University of California San Diego, United States56
10University of Oxford, United Kingdom51

Joel Haspel, SVP Strategy, Science at Clarivate said: “This year’s data reflect a decade’s worth of research publications from the global scientific community. As well as documenting the ‘Eureka!’ moments, our data tell the story of late nights spent filling in grant applications, poring over results in the lab, the unsung work of peer reviewing contemporaries’ manuscripts, and the many small failures that ultimately lead to bigger successes and accelerating innovation.

Our analysts have found continued growth in the highly cited, high-impact research from Mainland China, but the United States remains the scientific powerhouse of the world, and U.S. institutions represent five of the top ten, with Harvard University at the very top of the leader board.”

The full 2021 Highly Cited Researchers list and executive summary can be found here.

IntechOpen expands partnership with Research4Life

As we continuously work to break down the barriers of access to knowledge and information, we are proud to announce that now our entire catalog of over 5,500 Open Access books will be available through the Research4Life platform. 

Research4Life provides institutions in low-and middle-income countries with online access to academic and professional peer-reviewed content in the fields of health, agriculture, environment, applied sciences and legal information.

For our authors and editors this means greater visibility of their published content as researchers from more than 10,500 institutions in over 125 countries will be provided access to their research, for free. 

There are five programs through which users can access content: Research for Health (Hinari), Research in Agriculture (AGORA), Research in the Environment (OARE), Research for Development and Innovation (ARDI) and Research for Global Justice (GOALI), all easily accessed here.

We are happy to do our part in helping researchers from all over the world gain free access to the latest quality research findings to help in their own research work and further education.

So, you think you know about FAIR Data?

Findable, Accessible, Interoperable, Reusable. Is that Right?

Perhaps it is time to move beyond the acronym, and engage with the reality. There are 15 principles, but in truth it is about making business decisions that underlie your plans for digital transformation.

For your business how do you prioritize which data is critical? What are the scientific communities of practice that are most relevant to your business, and are you aware of its domain-relevant metadata requirements?

Have you started looking at the relevant aspects of a data maturity model? What indicators and evaluation methods are you planning to use? Have you a strategy for building your data catalog?

Do you feel confident in answering these questions or perhaps you and your team feel a little overwhelmed?

Take the opportunity to hear from experts with the experience of undertaking digital transformation with FAIR data; ask questions and then take part in an online workshop to discuss and build a network of likeminded professionals seeking to achieve the same results that you are.

If you are a publisher, content strategist or curator, R & D scientist, pharma or digital healthcare professional and this resonates it’s time to register for this event

Join us at ConTech Pharma and take the plunge, register here: https://lnkd.in/dJBTmKQZ

World’s leading academic journals join pledge to fight bias in publishing

Global giants Springer Nature, De Gruyter and Taylor & Francis join Wiley, Elsevier and SAGE Publishing to sign up to the Royal Society of Chemistry’s commitment for equality in publishing –

– Commitment has already hit milestones for inclusive author name change policies and newly launched six minimum requirements to foster inclusion and diversity –

An initiative to eliminate bias and discrimination in publishing has welcomed its 47th signatory in its first year – already including half of the world’s academic journals.

The Royal Society of Chemistry’s Joint Commitment for Action on Inclusion and Diversity in Publishing was launched after extensive research found several barriers to research publishing across genders and race. That was echoed in studies by a number of partner organisations, including publishing giants Elsevier, who became one of the early supporters of the RSC programme.

The latest signatories, Springer Nature, De Gruyter and Taylor & Francis Group, come as the RSC unveils the first widely-agreed minimum standards for inclusivity in scholarly publishing, upon which the industry can build a more inclusive future. This was one of the original aims of the group that publishers of over 15,000 peer-reviewed journals across the world agreed as a priority to proactively eliminate bias.

Dr Helen Pain, Royal Society of Chemistry CEO, said: “When we launched our Joint Commitment, we did so with the intention of making a far-reaching and meaningful change not only to publishing, but to the lives and careers of those people who may have been overlooked in the past through no fault of their own.

“With so many of the major players in academic publishing joining this commitment, we are one step closer to making a lasting and global impact and ending the unfair discrimination that has held so many people back for so long. And everyone benefits, as diversity leads to better research.”

The signatories of the Joint Commitment for Action on Inclusion and Diversity in Publishing have released six minimum standards to help cultivate an inclusive environment for all:

  1. Ensure inclusion and diversity are integrated into publishing activities and strategic planning
  1. Work to understand the demographic diversity of authors, editorial decision makers and reviewers, such as gender, geography and ethnicity data
  2. Acknowledge the barriers within publishing which authors, editorial decision makers and reviewers from under-represented communities experience and take actions to address them
  3. Define and communicate the specific responsibilities authors, editorial decision-makers, reviewers and staff members have towards inclusion and diversity
  4. Review and revise as appropriate the appointment process for editors and editorial boards to capture the widest talent pool possible
  5. Publicly report on progress on inclusion and diversity in scholarly publishing at least once a year 

Delivering the minimum standards fulfils one of the four objectives of the group that was initially set up by the Royal Society of Chemistry to fulfil after an investigation of 700,000 of their own published papers showed systematic biases against women at every stage of the publishing process.

Since its establishment, the working grouphas brought together publishing companies including giants Elsevier, Wiley and SAGE Publishing to pool resources and expertise to collectively address the inequalities that exist in the industry. The minimum standards are the latest in a series of measures introduced by the working group to create positive change.

Other progress from the collective over the past year has included facilitating requests from hundreds of researchers to change their names on papers they are authors on, to support women and transgender scientists in particular by respecting the author’s right to their own identity while ensuring they are credited for all their work. Details of the practice have been shared with the Committee on Publication Ethics (COPE) and the National Information Standards Organization (NISO) with the hope of achieving widespread adoption around the world.

The group’s work has also made progress in a complex area that can only be tackled through widespread collaboration – how can bias be tackled without adequate data.

Dr Nicola Nugent, publishing manager, quality and ethics at the Royal Society of Chemistry said: “After our investigation showed biases in our publishing process, which have also been observed by other publishers, we knew we had to take action. We developed A framework for action in scientific publishing to improve our own activities and, when we shared this with other publishers, the appetite to collaborate for the greater good was so encouraging. Since then, we haven’t stood still for one second.

“Alongside the amazing work of the group, at the Royal Society of Chemistry we have carried out a diversity audit of our organisation and now publish this annually, in the interests of transparency. We have been improving the diversity of our editor and reviewer communities, and we have updated editor training materials to raise the visibility of inclusion and diversity at every stage.

“But it is only as a collective that we can address some of the greatest challenges, such as self-reported diversity data to help inform these actions. The importance of the steps taken over the past year cannot be underestimated within our industry – but collectively we all know we must still do better.”

Signatories to date include all major players in academic publishing (alphabetically):

ACS Publications; AGU Publications; AIP Publishing; American Mathematical Society; American Physical Society (APS); American Society of Civil Engineers; American Society for Microbiology; ASTRO; Biochemical Society/Portland Press; Bioscientifica; BMJ; Brill; British Ecological Society; British Society for Immunology; The Company of Biologists; Canadian Science Publishing; Cambridge University Press; De Gruyter; eLife; Elsevier; The Lancet; Emerald Publishing; FASEB; F1000 Research; Frontiers; The Geological Society; Hindawi; Institution of Civil Engineers (ice) Publishing; IOP Publishing; IOS Press; JAMA Network; MDPI; MIT Press; NEJM Group; Oxford University Press; PLOS; PNAS; Royal College of General Practitioners; Rockefeller University Press; Royal Society of Chemistry; The Royal Society Publishing; SAGE Publishing; Society for Industrial and Applied Mathematics; Springer Nature Group; Taylor & Francis Group; Thieme; Ubiquity Press; and Wiley.

For more information about the Joint Commitment, visit https://www.rsc.org/new-perspectives/talent/joint-commitment-for-action-inclusion-and-diversity-in-publishing/  

For more information about the minimum standards, visit https://www.rsc.org/new-perspectives/talent/minimum-standards-for-inclusion-and-diversity-for-scholarly-publishing

You can read

Is publishing in the chemical sciences gender biased? at https://www.rsc.org/new-perspectives/talent/gender-bias-in-publishing/   

A framework for action in scientific publishing at https://www.rsc.org/new-perspectives/talent/framework-for-action/

LibLynx & PSI Metrics deliver industry reporting milestone for PLOS

A collaboration between LibLynx & PSI Metrics has enabled the Public Library of Science (PLOS) to become the first wholly Open Access (OA) publisher to deliver Release 5 COUNTER-compliant usage reporting to the library community. This is an important milestone in the development of usage reporting that meets the growing needs of the OA movement.

PLOS and LibLynx announced a partnership in 2020 to develop ground-breaking analytics that communicate the usage and impact of OA content to their stakeholder communities, and libraries in particular. The first phase of this initiative was to deliver COUNTER reports to PLOS institutional partners that enable them to understand their usage of PLOS OA content.

Unlike traditional paywalled access scenarios, users engaging with OA content do not need to be authorized and so their organizational affiliation is unknown at the point of access. Generating COUNTER reporting for the PLOS library community required the development of custom processing logic by LibLynx that attributed OA usage to organizations based on matching their registered IP addresses against data from PSI Metrics.

“This is a huge milestone for us. The development of next generation metrics for wholly-OA content is one of the great benefits of our Open Access agreements with institutions, and we are delivering on that promise,” said Sara Rouhi, Director of Strategic Partnerships, PLOS.

“COUNTER very much welcomes PLOS becoming a publisher compliant with the Code of Practice. Our consultations with the library community, our OA Advisory Group and ongoing workshops demonstrate a demand for COUNTER reports from fully OA publishers, as part of the evaluation of the return on investment associated with open access content,” said Lorraine Estelle, Project Director, COUNTER.

Having engaged with the community over the last year to better understand their reporting needs, PLOS and LibLynx are now working on the development of new, more flexible reporting tools to better understand usage and impact of OA content.

Clarivate Identifies the One in 1,000 Citation Elite with Annual Highly Cited Researchers List

Clarivate Plc, a global leader in providing trusted information and insights to accelerate the pace of innovation, unveiled its 2021 list of Highly Cited Researchers™ today. The methodology that determines the “who’s who” of influential researchers draws on the data and analysis performed by bibliometric experts and data scientists at the Institute for Scientific Information™ at Clarivate. 

The annual list identifies some 6,600 researchers from across the globe who demonstrated significant influence in their chosen field or fields through the publication of multiple highly cited papers during the last decade. The Highly Cited Researchers’ names are drawn from the publications that rank in the top 1% by citations for field and publication year in the Web of Science™ citation index, and the list identifies the research institutions and countries where they are based.

The key findings for 2021 show:

  • 6,602 researchers from more than 70 countries and regions have been recognized this year – 3,774 in specific fields and 2,828 for cross-field impact.
  • The United States is the institutional home for 2,622 of the Highly Cited Researchers in 2021, which amounts to 39.7%, down from 43.3% in 2018. While there has been a decline in the number of U.S.-based Highly Cited Researchers, there can be no doubt that the U.S. still leads the world in research influence. Of all papers indexed in the Web of Science for 2010 to 2020 the percentage with a U.S.-based author was 24.7%.
  • Mainland China is second this year, with 935 Highly Cited Researchers, or 14.2%, up from 7.9% in 2018. In four years, Mainland China has nearly doubled its share of the Highly Cited Researchers population.
  • The United Kingdom, with 492 researchers or 7.5%, comes in third. This is a particularly high number of researchers at the very top of their fields in terms of citation impact, given that the United Kingdom has a population 1/5 the size of the United States and 1/20 the size of Mainland China. 
  • Australia has narrowly overtaken Germany at fourth, with 332 researchers, and the Netherlands is sixth, with 207 researchers – remarkable for countries of 25 million and 17 million, respectively, versus Germany’s 83 million. They also place above Canada, France, Spain and Switzerland in the top 10.
  • Harvard University, home to 214 researchers, is once again the institution with the highest concentration of Highly Cited Researchers in the world.
  • Hong Kong has increased its number to 79 from 60 last year, an impressive achievement, partly due to a dramatic increase in Highly Cited Researchers from the University of Hong Kong, which more than doubled its number of Highly Cited Researchers from 14 to 33 from 2020 to 2021.
  • For the first time, researchers from BangladeshKuwaitMauritiusMorocco and the Republic of Georgia are included on the list this year.

Naturally, Mainland China’s gain means losses elsewhere. There is a 1.8% loss in Highly Cited Researchers for the United States since last year and 3.6% since 2018. This contrasts with an increase of 6.3% for Mainland China since 2018. The United Kingdom exhibits a decline of .5% since last year and 1.5% since 2018. Germany has lost .9% share since 2018.

David Pendlebury, Senior Citation Analyst at the Institute for Scientific Information, said: “The headline story is one of sizeable gains for Mainland China and a decline for the United States, particularly when you look at the trends over the last four years, which reflect a transformational rebalancing of scientific and scholarly contributions at the top level through the globalization of the research enterprise.”

Nobel Prize recipients and researchers of Nobel quality

This year’s list includes 24 Nobel laureates, including five announced this year: David Julius, University of California San Francisco, San Francisco, CA, United States (Physiology or Medicine); Ardem Patapoutian, Scripps Research, La Jolla, CA, United States (Physiology or Medicine); David W. C. MacMillan, Princeton University, Princeton, NJ, United States (Chemistry); David Card, University of California Berkeley, Berkeley, CA, United States (Economics); and, Guido Imbens, Stanford University, Stanford, CA, United States (Economics). Also included are 77 Citation Laureates™: individuals recognized by Clarivate, through citation analysis, as ‘of Nobel class’ and potential Nobel Prize recipients.

Exceptional broad performance

Of the researchers named as Highly Cited in the 21 Essential Science Indicators (ESI)™ fields, 23 researchers showed exceptionally broad performance, recognized for being highly cited in three or more fields. They are a truly global group – in North America, Europe, Asia and the Middle East. Professor Rob Knight from the University of San Diego California was alone in being named for four ESI fields (Biology and Biochemistry; Environment/Ecology; Microbiology; Molecular Biology and Genetics).

Figure 1: Highly Cited Researchers by country or region

RankingCountry/TerritoryNumber HCRs%Change % Share 2018 to 2021
1United States2,62239.7-3.6
2China Mainland93514.26.2
3United Kingdom4927.5-1.5
4Australia33251
5Germany3315-0.9
6The Netherlands2073.10
7Canada19630.3
8France1462.2-0.4
9Spain1091.7-0.2
10Switzerland1021.5-0.7

Figure 2: Highly Cited Researchers by research institution or organization

RankingInstitution and Country/RegionNumber HCRs
1Harvard University, United States214
2Chinese Academy of Sciences, China Mainland194
3Stanford University, United States122
4National Institutes of Health (NIH), United States93
5Max Planck Society, Germany70
6Massachusetts Institute of Technology (MIT), United States64
7University of California Berkeley, United States62
8Tsinghua University, China Mainland58
9University of California San Diego, United States56
10University of Oxford, United Kingdom51

Joel Haspel, SVP Strategy, Science at Clarivate said: “This year’s data reflect a decade’s worth of research publications from the global scientific community. As well as documenting the ‘Eureka!’ moments, our data tell the story of late nights spent filling in grant applications, poring over results in the lab, the unsung work of peer reviewing contemporaries’ manuscripts, and the many small failures that ultimately lead to bigger successes and accelerating innovation.

Our analysts have found continued growth in the highly cited, high-impact research from Mainland China, but the United States remains the scientific powerhouse of the world, and U.S. institutions represent five of the top ten, with Harvard University at the very top of the leader board.” 

The full 2021 Highly Cited Researchers list and executive summary can be found here.

Follow us online: on Twitter @ClarivateAG #HighlyCited2021.