Friederike E. Kohrs, Vartan Kazezian, Robin K. Bagley, Matthieu P. Boisgontier, Samuel Brod, Clarissa F. D. Carneiro, Maria Isabel Casas, Deep Chakrabarti, Roger J. Colbran, Humberto Debat, Vahid Delshad, Natascha I. Drude, Scott C. Edmunds, Felix Fischer, Delwen L. Franzen, Laurent Gatto, Małgorzata Anna Gazda, Biljana Gjoneska, Toivo Glatz, Stefanie Haase, Kaitlyn Hair, Hannah L. Harrison, Johanna Havemann, Friederike Hillemann, Andrew N. Holding, Vinodh Ilangovan, Amelya Keles, Anton Kutlin, Cilene Lino-de-Oliveira, Gary S. McDowell, Honglan Mi, Anne Neumann, Daniel Nüst, Nicholas Outa, Iratxe Puebla, Amin Rahmatali-Khazaee, Roland G. Roberts, Jessica L. Rohmann, Maia Salholz-Hillel, Raul Sanchez-Lopez, Alexander Schniedermann, Robert Schulz, Bianca M. Trovò, Amy E. Vincent, Tracey L. Weissgerber
The scholarly publishing system is adapting to many changes, including open access and open data mandates, artificial intelligence, and other new technologies. Members of the research and publishing communities are working to establish a more equitable, fair, and rigorous system that serves researchers' evolving needs. Early career researchers (ECRs) are drivers of change, and publishers may wonder why and how they should involve ECRs in shaping the future of scholarly publishing. We held a virtual unconference to explore this issue with publishers and ECRs who were working to improve publishing. Some participants sought to improve peer reviewer or editor performance, whereas others sought to improve the publishing system itself through iterative or transformative change. Strategies for collaborating with ECRs to shape the future of scholarly publishing included peer review programmes, editorial programmes, ECR-led journals, ECR boards and committee representatives, and other ECR-initiated activities. ECRs particularly wanted to see three things improved: (1) Sharing research outputs other than publications, (2) addressing technological limitations to create systems that meet the research community's needs and facilitate knowledge advancement, and (3) fostering diversity, equity, inclusion, and accessibility. We offer tips for publishers on how to collaborate with ECRs to enhance scholarly publishing, appeal to and learn from younger researchers, and better meet researchers' needs.
{"title":"Collaborating With Early Career Researchers to Enhance the Future of Scholarly Publication: A Guide for Publishers","authors":"Friederike E. Kohrs, Vartan Kazezian, Robin K. Bagley, Matthieu P. Boisgontier, Samuel Brod, Clarissa F. D. Carneiro, Maria Isabel Casas, Deep Chakrabarti, Roger J. Colbran, Humberto Debat, Vahid Delshad, Natascha I. Drude, Scott C. Edmunds, Felix Fischer, Delwen L. Franzen, Laurent Gatto, Małgorzata Anna Gazda, Biljana Gjoneska, Toivo Glatz, Stefanie Haase, Kaitlyn Hair, Hannah L. Harrison, Johanna Havemann, Friederike Hillemann, Andrew N. Holding, Vinodh Ilangovan, Amelya Keles, Anton Kutlin, Cilene Lino-de-Oliveira, Gary S. McDowell, Honglan Mi, Anne Neumann, Daniel Nüst, Nicholas Outa, Iratxe Puebla, Amin Rahmatali-Khazaee, Roland G. Roberts, Jessica L. Rohmann, Maia Salholz-Hillel, Raul Sanchez-Lopez, Alexander Schniedermann, Robert Schulz, Bianca M. Trovò, Amy E. Vincent, Tracey L. Weissgerber","doi":"10.1002/leap.2028","DOIUrl":"https://doi.org/10.1002/leap.2028","url":null,"abstract":"<p>The scholarly publishing system is adapting to many changes, including open access and open data mandates, artificial intelligence, and other new technologies. Members of the research and publishing communities are working to establish a more equitable, fair, and rigorous system that serves researchers' evolving needs. Early career researchers (ECRs) are drivers of change, and publishers may wonder why and how they should involve ECRs in shaping the future of scholarly publishing. We held a virtual unconference to explore this issue with publishers and ECRs who were working to improve publishing. Some participants sought to improve peer reviewer or editor performance, whereas others sought to improve the publishing system itself through iterative or transformative change. Strategies for collaborating with ECRs to shape the future of scholarly publishing included peer review programmes, editorial programmes, ECR-led journals, ECR boards and committee representatives, and other ECR-initiated activities. ECRs particularly wanted to see three things improved: (1) Sharing research outputs other than publications, (2) addressing technological limitations to create systems that meet the research community's needs and facilitate knowledge advancement, and (3) fostering diversity, equity, inclusion, and accessibility. We offer tips for publishers on how to collaborate with ECRs to enhance scholarly publishing, appeal to and learn from younger researchers, and better meet researchers' needs.</p>","PeriodicalId":51636,"journal":{"name":"Learned Publishing","volume":"39 1","pages":""},"PeriodicalIF":2.4,"publicationDate":"2025-11-14","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"https://onlinelibrary.wiley.com/doi/epdf/10.1002/leap.2028","citationCount":null,"resultStr":null,"platform":"Semanticscholar","paperid":"145521689","PeriodicalName":null,"FirstCategoryId":null,"ListUrlMain":null,"RegionNum":3,"RegionCategory":"管理学","ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":"OA","EPubDate":null,"PubModel":null,"JCR":null,"JCRName":null,"Score":null,"Total":0}
This study investigates how academic social networking site (ASNS) activity influences scholarly citations and, in turn, impacts university rankings. Data were gathered through an online survey targeting university faculty in Bangladesh via email and Facebook groups, such as the Public University Teachers Forum and University Teachers' Association of Bangladesh (UTAB). SmartPLS-4 software, structural equation modelling (SEM), was utilised to test hypotheses after confirming the validity and reliability of the survey items. The study discovered that most faculty members used ResearchGate (N = 363) and Google Scholar (N = 360), often checking citations per publication. The scholarly impact is measured through ASNS activities and citations, which play a crucial role in university rankings. Moreover, the reliability was verified with composite reliability and Cronbach's alpha surpassing 0.700, and validity was evaluated through discriminant and convergent validity. The SEM analysis indicated that ASNS activity positively impacts academic visibility, knowledge dissemination, scholarly partnership opportunities and career development (p = 0.000). The researcher developed three hypotheses to investigate the mediating function of ASNS engagement in the links among academic visibility, knowledge dissemination, collaborative opportunities, professional networking, academic resource accessibility and career development. However, the findings demonstrated that ASNS engagement only facilitated the connection between research production and academic visibility. By improving faculty profiles, encouraging collaborations and expanding the publication of research, universities can use ASNS techniques to raise their global rankings. Considering elements like institutional rules, research funding and collaborative networks, future studies should examine the specific ways in which ASNS activities affect university rankings globally.
{"title":"From Connections to Citations: Assessing the Influence of Academic Social Networking (ASN) Sites on Scholarly Impact in Bangladesh","authors":"Sabrina Aktar, Umme Habiba, Md. Emdadul Islam","doi":"10.1002/leap.2030","DOIUrl":"https://doi.org/10.1002/leap.2030","url":null,"abstract":"<p>This study investigates how academic social networking site (ASNS) activity influences scholarly citations and, in turn, impacts university rankings. Data were gathered through an online survey targeting university faculty in Bangladesh via email and Facebook groups, such as the Public University Teachers Forum and University Teachers' Association of Bangladesh (UTAB). SmartPLS-4 software, structural equation modelling (SEM), was utilised to test hypotheses after confirming the validity and reliability of the survey items. The study discovered that most faculty members used ResearchGate (<i>N</i> = 363) and Google Scholar (<i>N</i> = 360), often checking citations per publication. The scholarly impact is measured through ASNS activities and citations, which play a crucial role in university rankings. Moreover, the reliability was verified with composite reliability and Cronbach's alpha surpassing 0.700, and validity was evaluated through discriminant and convergent validity. The SEM analysis indicated that ASNS activity positively impacts academic visibility, knowledge dissemination, scholarly partnership opportunities and career development (<i>p</i> = 0.000). The researcher developed three hypotheses to investigate the mediating function of ASNS engagement in the links among academic visibility, knowledge dissemination, collaborative opportunities, professional networking, academic resource accessibility and career development. However, the findings demonstrated that ASNS engagement only facilitated the connection between research production and academic visibility. By improving faculty profiles, encouraging collaborations and expanding the publication of research, universities can use ASNS techniques to raise their global rankings. Considering elements like institutional rules, research funding and collaborative networks, future studies should examine the specific ways in which ASNS activities affect university rankings globally.</p>","PeriodicalId":51636,"journal":{"name":"Learned Publishing","volume":"39 1","pages":""},"PeriodicalIF":2.4,"publicationDate":"2025-10-31","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"https://onlinelibrary.wiley.com/doi/epdf/10.1002/leap.2030","citationCount":null,"resultStr":null,"platform":"Semanticscholar","paperid":"145407370","PeriodicalName":null,"FirstCategoryId":null,"ListUrlMain":null,"RegionNum":3,"RegionCategory":"管理学","ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":"OA","EPubDate":null,"PubModel":null,"JCR":null,"JCRName":null,"Score":null,"Total":0}
Rafael Repiso, Erik M. Ortiz-Díaz, Humberto Martínez-Camacho, Jorge A. Peña-Landeros
<p>Sociometric techniques deployed in documents have mainly focused on the analysis and study of scientific articles. The emergence of tools such as VosViewer (Van Eck and Waltman <span>2011</span>) or Scimat (Cobo Martín <span>2012</span>) has facilitated the creation of networks of terms and authors, but these have been limited to terms that appear in identification fields: title, abstract, keywords, and references (Lima and Carlos Filho <span>2019</span>). This has led to an explosion of such articles, often published in journals outside the traditional sociometric and bibliometric fields, as these tools have become widely accessible. Meanwhile, books as objects of study have been sidelined due to their perceived difficulty in processing information. Books are often not digitised, academic databases such as Web of Science or Scopus are only beginning to include books, and books are typically studied in fields with a more qualitative tradition, which have usually been distant from methodologies such as social network analysis. The ease of obtaining information from Scopus and Web of Science, as well as the existence of software that automates the creation of networks and their analysis, has facilitated their creation to such an extent that there has been a boom in network analysis applied to articles. Nevertheless, books have specific fields, such as author indexes, term indexes, and so forth, that can be used to create social network maps from their contents with relative ease.</p><p>It is uncommon for books to be employed as a means of creating social network maps based on the text in its entirety. The utilisation of indices (e.g., onomastic index) constitutes a valuable resource for the structured analysis of full texts, obviating the necessity for the time-consuming process of scanning the entire content. This would facilitate the acquisition of information that has not yet been subjected to analysis, which is beneficial for addressing a range of conceptual, instrumental, and applied issues. Gorziza et al. (<span>2021</span>) highlight that the application of these techniques to the study of books has been less frequent, partly due to the inherent difficulties in processing their information, which has traditionally not been digitised, and their focus is often more qualitative, in addition to copyright issues. Nevertheless, books remain the primary vehicle for scientific communication in the humanities (Thompson <span>2005</span>) and one of the conventional means of disseminating knowledge, as well as the traditional medium for academic essays, both specialised and those intended for the general public. Despite the absence of keywords or abstracts in books (although their catalogue records do include these), they possess highly informative indexing fields, such as indices, which could facilitate the automated or semi-automated creation of social networks.</p><p>The objective of this article is to present a methodological approach for utili
Matthew Jockers是数字文学领域的杰出人物,他利用社会网络分析(SNA)来研究大量文本数据集中单词和主题的结构和相互联系。他的著作《宏观分析、数字方法和文学史》(Jockers 2013)被认为是该领域的基础文本(Jänicke et al. 2017)。该领域另一位杰出的研究人员是特德·安德伍德(Ted Underwood),他使用机器学习方法和社会网络分析来检查大量的文学语料库。他的研究涵盖了文学中词汇和主题随时间的演变,提供了文学趋势的纵向视角。他的作品《遥远的地平线:数字证据和文学变化》(Underwood 2019)全面综合了他对该领域的贡献,以及他对SNA在文学和图书科学进化研究中的潜力的看法。以前在书籍中执行网络的建议涉及识别文本中要分析的单元,使用自然语言处理工具分析和识别文档文本中的术语(Dekker等人,2019;Calleja Ibañez和gimsamnez - toledo 2024)。这里的问题是试图将准备用于数据和科学研究人员的技术插入到人文和社会科学研究人员的工作中,这需要与计算研究人员合作。目前的分析建议是基于分析全文的复杂性,需要复杂的技术来获取和分析它,这与人文学科是陌生的,但数字人文学科领域除外。所提出的方法的基本要素是利用onomastic指标来构建网络。索引的使用提供了许多优点。首先,索引构成了文档的描述性字段,并由国际标准(ISO 999: 1996)进行标准化和规范。作为一个标准化领域,它有助于识别所有提及的内容,无论术语的性别和数量如何,同时也消除了其含义的歧义(这是人工智能在这些任务中使用的主要挑战)。除了象形索引之外,还可以找到其他类型的索引,例如旅游书籍中的主题或地理索引或神学著作中的引文索引。索引类型的多样性允许实施范围广泛的不同研究。《纸莎草:古代世界书籍的发明》是一篇关于纸莎草书历史的文章,由艾琳·巴列霍(Irene Vallejo)撰写,于2019年用西班牙语出版。该文本获得了2020年国家论文奖(西班牙),目前有32种不同的语言版本。在他的评价中,努西奥·奥丁将这部作品描述为“对经典、书籍、图书馆和阅读的亲和力的无价之宝”。此外,还以其他语言出版了一个图形改编版。考虑到它引用了具有普遍共鸣的数字,这项工作特别适合举例说明所提出的技术。页面内的共呈现网络包括通过2411个关系(页面内的共呈现)连接的274个参与者,其中125个具有大于1的值(5%)。所得网络密度为2.1%,平均度为10.17(图2)。欧里庇得斯和柏拉图(8)、柏拉图和亚里士多德(7)、亚里士多德和亚历山大大帝(7)之间的关系最为密切。此外,还有四对值为5的组合:马夏尔和奥维德、柏拉图和苏格拉底、埃斯库罗斯和索福克勒斯、亚历山大和普鲁塔克。使用Pajek (Mrvar和Batagelj 2016)和Kamada-Kawai算法对网络进行可视化,Kamada-Kawai算法专门为无向网络设计(图3)。Pajek是一个强大的开源社交网络分析工具,以处理大型网络、高级功能和长期的学术用途而闻名。这些位置是手动调整的,目的是优化屏幕矩形内节点的分布和关系,目的是在最大化空间利用率的同时显示所有字符。此外,构建集群的目的是识别网络中的结构分组。使用不同的颜色来表示每个簇,有助于这些分组的可视化。这是通过使用Louvain社区检测方法完成的(Blondel et al. 2008)。书中10个最突出的人物在很大程度上代表了作品的主角,以及他们的中心倾向社会指标(表1)。尽管亚历山大大帝的存在感最高,但荷马与其他节点的联系更紧密,更接近网络的重心,尽管不是在中间。 最重要的演员主要是来自希腊罗马文化的古典人物,除了豪尔赫·路易斯·博尔赫斯、乔治·佩雷克、列夫·托尔斯泰、威廉·莎士比亚、胡安·卡洛斯·奥内蒂和加布里埃尔García Márquez。过多的希腊罗马人物是对这本书在古典时代深入研究的书的恰当表现,它也反映了作者选择将叙事置于其中的文化环境。这也证明了该指数本身的质量。这种提出的生成网络的技术是基于索引的使用,索引是提高图书质量和实用性的关键因素。“每本严肃的非虚构类书籍都应该有索引,这样才能发挥最大的作用。一个好的索引记录了正文中每一个相关的陈述。这里的关键词是相关的。”(芝加哥大学出版社1982,512)。《芝加哥文体手册》非常强调索引在非虚构作品中的重要性。为非虚构作品添加索引有助于提高其价值,使其成为宝贵的参考资源。这个功能是基本的论文,科学和技术文本,因为它有助于快速和有效的检索特定信息。文章中的传统共存技术依赖于标准化字段,如标题、关键字、摘要或参考文献,而这种技术建议使用索引。应该注意的是,该技术仅适用于包含它们的书籍。也许这种网络创建方法最吸引人的地方是它的简单性和易于实现。它只需要一本书,其中包括一个详尽的索引术语,一个人打算用它来生成一个网络。在此之前,一个编辑专业人员,有时是作者自己,已经确定了关键术语或对工作中提到的人的名字进行了彻底的识别,这一事实促进了对工作内容的处理。这种技术,正如它被提出的那样,与传统的共同引用网络有相似之处,因为它们在学术著作中被发现。然而,有两个基本的区别需要注意。首先,网络链接的形成取决于两个作者在同一页面上的共同引用,而不是贯穿整个给定作品。这种方法产生更可靠的相似关系。其次,所讨论的元素不是从references部分提取,而是从索引中提取。因此可以得出结论,这种方法代表了一种更精确的关系生成方法。这将有助于通过捕获索引条目更广泛地调查页面上的共同存在。此外,目前的建议允许在确定的章节边界的基础上生成子网。在提供现象的历史分析的作品中,这些子网可以用来可视化网络的演变。例如,它们可以用来说明与一个机构的历史有关的个人网络。同样地,探索一个共同主题的不同作品的网络可以被聚合起来,以获得一个主题或基于个人的视角。这将增加网络的复杂性,但它也需要不同网络之间的规范化任务。与VOSviewer生成的文章书目中的共现分析相比,对图书页面上个人共现的分析明显更加精确,VOSviewer已被用于构建作者知识地图。VOSviewer的共同存在分析汇集了一篇文章中引用的所有个人,记录在参考书目中,并出现在十几页上。然而,所建议的技术将作者的存在限制在组成一本书的众多页面中的单个页面上。此外,当作者的共同存在是冗余的,发生在多个场合时,该技术增强了数据的丰富性。这种创建社会网络的方法为学生提供了社会计量学技术的极好介绍。考虑到它的简单性和潜力,本文的主要作者已经开始将这种方法纳入他们的社会网络分析课程,使新手能够熟练地收集数据并创建他们的第一个社会网络。原则上,所提出的基本建议不允许对作者进行基本鉴定。例如,坡和安徒生可能同时出现在讨论他们性格差异的一页上。另一页可以说“坡的文学作品创造了比其他作者更多的恐怖人物。”安徒生没有被明确提及,但它以一种潜在的方式存在着。这些参考资料无法加以分析。这一限制无疑是对未来研究的挑战。 它应该在不牺牲简单性的情况下提供一个更完整、更复杂的系统。在页面上使用共同存在创建社交网络的一个基本方面是,生成的网络准确地反映了作者编书的方法。如果有问题的书按照时间顺序发展,由其索引生成的网络将
{"title":"Creating Onomastic Social Network Maps of Books Using Their Indexes. Case Study: ‘Papyrus: The Invention of Books in the Ancient World’","authors":"Rafael Repiso, Erik M. Ortiz-Díaz, Humberto Martínez-Camacho, Jorge A. Peña-Landeros","doi":"10.1002/leap.2029","DOIUrl":"https://doi.org/10.1002/leap.2029","url":null,"abstract":"<p>Sociometric techniques deployed in documents have mainly focused on the analysis and study of scientific articles. The emergence of tools such as VosViewer (Van Eck and Waltman <span>2011</span>) or Scimat (Cobo Martín <span>2012</span>) has facilitated the creation of networks of terms and authors, but these have been limited to terms that appear in identification fields: title, abstract, keywords, and references (Lima and Carlos Filho <span>2019</span>). This has led to an explosion of such articles, often published in journals outside the traditional sociometric and bibliometric fields, as these tools have become widely accessible. Meanwhile, books as objects of study have been sidelined due to their perceived difficulty in processing information. Books are often not digitised, academic databases such as Web of Science or Scopus are only beginning to include books, and books are typically studied in fields with a more qualitative tradition, which have usually been distant from methodologies such as social network analysis. The ease of obtaining information from Scopus and Web of Science, as well as the existence of software that automates the creation of networks and their analysis, has facilitated their creation to such an extent that there has been a boom in network analysis applied to articles. Nevertheless, books have specific fields, such as author indexes, term indexes, and so forth, that can be used to create social network maps from their contents with relative ease.</p><p>It is uncommon for books to be employed as a means of creating social network maps based on the text in its entirety. The utilisation of indices (e.g., onomastic index) constitutes a valuable resource for the structured analysis of full texts, obviating the necessity for the time-consuming process of scanning the entire content. This would facilitate the acquisition of information that has not yet been subjected to analysis, which is beneficial for addressing a range of conceptual, instrumental, and applied issues. Gorziza et al. (<span>2021</span>) highlight that the application of these techniques to the study of books has been less frequent, partly due to the inherent difficulties in processing their information, which has traditionally not been digitised, and their focus is often more qualitative, in addition to copyright issues. Nevertheless, books remain the primary vehicle for scientific communication in the humanities (Thompson <span>2005</span>) and one of the conventional means of disseminating knowledge, as well as the traditional medium for academic essays, both specialised and those intended for the general public. Despite the absence of keywords or abstracts in books (although their catalogue records do include these), they possess highly informative indexing fields, such as indices, which could facilitate the automated or semi-automated creation of social networks.</p><p>The objective of this article is to present a methodological approach for utili","PeriodicalId":51636,"journal":{"name":"Learned Publishing","volume":"38 4","pages":""},"PeriodicalIF":2.4,"publicationDate":"2025-10-22","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"https://onlinelibrary.wiley.com/doi/epdf/10.1002/leap.2029","citationCount":null,"resultStr":null,"platform":"Semanticscholar","paperid":"145366651","PeriodicalName":null,"FirstCategoryId":null,"ListUrlMain":null,"RegionNum":3,"RegionCategory":"管理学","ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":"OA","EPubDate":null,"PubModel":null,"JCR":null,"JCRName":null,"Score":null,"Total":0}
<p>Academic journals are often seen as key gatekeepers in the dissemination of scientific knowledge, with editors and reviewers playing a central role in evaluating the quality of submissions, distributing professional rewards, and shaping future research (Siler et al. <span>2015</span>). Through the editorial process and peer review, journals determine which research is published and which is rejected. This responsibility demands that rejection decisions be made fairly, transparently, and in the best interest of scientific progress. However, when a paper is rejected, the focus is almost always on the shortcomings of the research itself rather than on the limitations within the journal. Given that the rejection process can significantly impact authors' mental health and career, this article examines the responsibility of journals in rejection decisions stemming from their own limitations by drawing on our 304 recorded rejection letters since 2022. Based on the Granular Interaction Thinking Theory (GITT) perspective on the rejection mechanism (Vuong and Nguyen <span>2024a</span>), we also provide insights into the issue and its broader implications.</p><p>Granular interaction thinking, a theory inspired by quantum mechanics and information theory (Hertog <span>2023</span>; Rovelli <span>2018</span>; Shannon <span>1948</span>), views knowledge production as a dynamic, probabilistic, multi-stage process that requires contributions from many individuals (Vuong and Nguyen <span>2024b</span>). In this view, each scientific work can be seen as a ‘quantum’ of information that is produced through the interactions between new observations, theoretical formulations, and useful knowledge accumulated in previous states of knowledge production. Without any prioritisation or filtering mechanism, if every submitted paper were published, the entropy of the knowledge system would be maximal—useful and flawed information would be mixed indistinguishably, making it very hard for researchers and the public to identify reliable and valuable knowledge. In such a scenario, the probability of identifying reliable and valuable scientific works for subsequent knowledge production would be highly uncertain (Vuong and Nguyen <span>2024b</span>).</p><p>Journals help mitigate this problem by acting as information quality filters, though their effectiveness is probabilistic rather than deterministic. By subjecting manuscripts to editorial screening and peer review, journals increase the likelihood that credible, relevant, and high-quality research enters the circulation of scientific literature. In GITT's terms, the editorial screening and peer review processes help reduce entropy in the knowledge pool, allowing subsequent researchers (the next ‘state’ of knowledge production) to find and build upon reliable and useful scientific works more easily. From this perspective, journals carry the responsibility of being ‘gatekeepers’ of knowledge quality, striving to transmit valuable
重要的是,这些压力并不仅仅局限于商业发行商;甚至非商业和社会主导的出版商也面临着优化出版运营的强烈动机,以维持他们在这个系统中的生存和发展(Pattinson and Currie 2025)。除了导致评估和过滤过程容易出错的系统原因外,编辑和审稿人也不能避免局限性、主观性或偏见(Rubin et al. 2023; Smith 2006; Srivastava et al. 2024)。无论指导方针多么严格,他们仍然是人类,有固有的盲点和智力限制。一项挑战主流范式的研究或理论可能会被那些深陷于维持现状的人所忽视(Macdonald 2016)。编辑可能会不自觉地喜欢与他们的专业知识和世界观一致的作品,而对不熟悉或非传统的想法持怀疑态度。此外,如果一篇文章批评了期刊编辑委员会中有影响力的人物的工作或涉及政治敏感话题,它可能会被拒绝,不是因为缺乏价值,而是为了避免争议。结果,有价值的研究可能会被拒绝——不是因为重大缺陷,而是因为期刊必须管理有限的资源,维护自己的品牌和声望,有时还要避免发表不符合现有知识框架或“看门人”期望的作品。简而言之,历史上无数的拒绝都是不合理的,包括那些后来应该获得诺贝尔奖的手稿。然而,对于个别研究人员来说,期刊拒稿不仅仅是过滤机制——它们往往会带来重大的情感和职业后果。研究表明,许多学者认为论文被拒是个人的失败,经历了羞耻、幻灭和自我怀疑等负面情绪(Woolley and Barron 2009)。反复的拒绝会侵蚀信心,加剧骗子综合症,降低创造力和生产力,甚至导致一些人考虑离开学术界(Day 2011; Hoover and Lucas 2024; Jaremka et al. 2020)。这一人性化的方面强调了期刊有责任谨慎和透明地处理退稿。一封缺乏明确理由的决定信——或者语气过于严厉——会放大困惑和怨恨。拒稿过程的目的是过滤掉提交论文的特定信息单元,而不是评估研究者的能力、知识、研究方向或方法,但模棱两可的拒稿决定会给不被接受的原因带来不确定性。这种不确定性会挑战作者的自尊、职业认同和职业弹性(Horn 2016; Walker 2019)。因此,当稿件因编辑或后勤原因、战略或政策考虑或没有明确解释的偏见而被拒绝时,这给作者带来了不公平的负担,导致他们质疑自己的工作质量,而不是认识到潜在的限制(例如,期刊范围、审稿人的可用性、编辑工作量、后勤限制)和偏好(例如,感知的适合性、新颖性、流行主题、作者的声誉、引用潜力)。期刊的偏见。为了更好地了解期刊在做出拒稿决定时提供的信息类型,我们汇编并分析了自2022年以来我们团队收到的304封拒稿信。这些信件来自于提交给241个不同期刊的65篇手稿——包括研究和观点文章。其中,办公桌拒绝(A类)最为普遍,占总数的87.5%(266封信)。对于B类和C类拒绝,编辑通常根据他们的评估和审稿人的评估做出决定,提供明确而具体的拒绝理由。相比之下,A型拒绝信缺乏清晰度,通常提供模糊或笼统的解释。在266封退稿信中,有很大比例引用了一般性原因:40.60%(108封)的退稿原因仅仅是稿件不符合期刊的标准,18.8%(50封)的退稿原因是评审过程严格,期刊的接受率低。这种反复的解释与其说是真正的原因,不如说是保证拒绝是常见的结果,对作者来说几乎没有什么有用的见解。一些期刊提供了更具体的反馈,如稿件超出范围(99个字母,占37.22%)或缺乏新颖性/重要性(55个字母,占20.68%),但即使在这些情况下,理由仍然含糊不清——41.41%的引用范围不匹配的信函未能说明稿件为什么超出范围,47.27%的拒绝信函因缺乏新颖性/重要性而没有说明哪些方面不足。 与将拒绝决定或多或少归因于研究人员论文的模糊拒绝信的高比例相反,只有一小部分拒绝信将拒绝归因于期刊方面的限制——只有2.63%的拒绝信引用了缺乏合适的审稿人,0.75%的拒绝信提到了大量的提交积压,只有0.38%的拒绝信表明期刊缺乏评估手稿的相关专业知识。在选择要提交的期刊时,我们主要依靠论文与期刊目标和范围之间的关键词匹配,以及Scimago对同一领域期刊的推荐。虽然承认一些投稿可能超出了期刊的范围或有某些弱点,但声称超过97%的拒绝仅仅是由于作者的缺点或期刊严格的评估标准似乎没有说服力。尽管这些数字不能得出明确的结论,但它们表明,期刊倾向于将自己定位为质量标准,含蓄地将被拒绝的研究定性为本质上不合格。这种趋势将拒绝的负担及其负面后果转嫁给了作者。鉴于出版模式和编辑也受到限制、主观性和偏见的影响,值得质疑的是,当当前的拒绝机制给作者(作为知识的主要生产者)施加了不适当的负担,并认为这是一个正常的“健康”过程时,它是否正常、公平地发挥作用(Macdonald 2016)。此外,当有前途的论文被拒绝并且再也没有提交时,有价值的见解就会消失在科学记录中。作者是否也应该为这种知识的损失和这种忽视所造成的资源浪费负责?(Vuong 2018)。鉴于所讨论的挑战,一个关键的建议是在出版系统中培养一种共同生产知识的文化。在这种合作文化中,编辑应该将自己视为知识产生和传播过程的促进者——与作者合作促进人类对世界的理解——而不是试图将“声望”标准强加给研究人员的科学看门人。作为促进者,编辑的角色应该是增加存储和传播可靠和有用知识的可能性,支持作者提炼和完善新产生的见解,并确保知识分配给合适的人——那些能够识别并最大化其价值和有用性的人。在科学出版中培养合作生产文化的一个关键先决条件是在评估和决策过程中接受智力上的谦逊(Vuong和Nguyen 2024b)。学术上的谦逊要求编辑不仅要以开放的态度对待每一篇稿件——即使它挑战了他们先前的信念或专业知识,也要承认它的潜在价值——而且要诚实地面对自己的局限性。透明地向作者传达这些限制(例如,难以获得合格的审稿人,缺乏相关的专业知识,大量的提交积压)是谦卑和职业诚信的明确体现。拒绝当然是不愉快的,但它们可以变得更加透明和建设性(Vuong 2020; Vuong和Nguyen 2024b)。这样的拒绝——解释了决定并提供了指导——可以减少阻碍研究人员追求新想法的耻辱和挫折感,可以被视为专业成长的一部分,帮助研究人员改进他们的工作,更有效地驾驭出版环境。因此,透明地传达期刊在评估科学研究方面的局限性应该得到科学界的广泛接受和支持,因为它加强了编辑作为知识生产真正促进者的作用。通过确保有前途的科学思想不会过早被驳回,并减轻作者被拒绝的负担,作为促进者的编辑可以为一个更加公平和进步的学术生态系统做出贡献。调查各期刊和出版商在拒稿信中使用的系统模板和指南,可以为当前的实践提供有价值的见解,从而为未来提高拒稿信的透明度和信息量提供信息。为了培养智力上的谦逊,编辑和审稿人需要接受训练,以获得类似于自然商(NQ)的思维能力,这是一种智能,使人类能够感知、处理和组织有关复杂生态系统之间生态相互依存和动态相互作用的信息(Vuong和Nguyen 2025)。 有了这样的能力,他们更有可能将自己视为学术出版生态系统的一部分,这个生态系统通过作者、编辑和审稿人的直接互动,以及政府、资助者、机构和公众的间接参与来运作,而不是将自己定位为高于作者的权威。事实上,一些提出和实施的出版范式和模
{"title":"The Unfair Burden of Rejection on Researchers: Transitioning From Editors as Gatekeepers to Facilitators of Knowledge Production","authors":"Minh-Hoang Nguyen, Quan-Hoang Vuong","doi":"10.1002/leap.2027","DOIUrl":"https://doi.org/10.1002/leap.2027","url":null,"abstract":"<p>Academic journals are often seen as key gatekeepers in the dissemination of scientific knowledge, with editors and reviewers playing a central role in evaluating the quality of submissions, distributing professional rewards, and shaping future research (Siler et al. <span>2015</span>). Through the editorial process and peer review, journals determine which research is published and which is rejected. This responsibility demands that rejection decisions be made fairly, transparently, and in the best interest of scientific progress. However, when a paper is rejected, the focus is almost always on the shortcomings of the research itself rather than on the limitations within the journal. Given that the rejection process can significantly impact authors' mental health and career, this article examines the responsibility of journals in rejection decisions stemming from their own limitations by drawing on our 304 recorded rejection letters since 2022. Based on the Granular Interaction Thinking Theory (GITT) perspective on the rejection mechanism (Vuong and Nguyen <span>2024a</span>), we also provide insights into the issue and its broader implications.</p><p>Granular interaction thinking, a theory inspired by quantum mechanics and information theory (Hertog <span>2023</span>; Rovelli <span>2018</span>; Shannon <span>1948</span>), views knowledge production as a dynamic, probabilistic, multi-stage process that requires contributions from many individuals (Vuong and Nguyen <span>2024b</span>). In this view, each scientific work can be seen as a ‘quantum’ of information that is produced through the interactions between new observations, theoretical formulations, and useful knowledge accumulated in previous states of knowledge production. Without any prioritisation or filtering mechanism, if every submitted paper were published, the entropy of the knowledge system would be maximal—useful and flawed information would be mixed indistinguishably, making it very hard for researchers and the public to identify reliable and valuable knowledge. In such a scenario, the probability of identifying reliable and valuable scientific works for subsequent knowledge production would be highly uncertain (Vuong and Nguyen <span>2024b</span>).</p><p>Journals help mitigate this problem by acting as information quality filters, though their effectiveness is probabilistic rather than deterministic. By subjecting manuscripts to editorial screening and peer review, journals increase the likelihood that credible, relevant, and high-quality research enters the circulation of scientific literature. In GITT's terms, the editorial screening and peer review processes help reduce entropy in the knowledge pool, allowing subsequent researchers (the next ‘state’ of knowledge production) to find and build upon reliable and useful scientific works more easily. From this perspective, journals carry the responsibility of being ‘gatekeepers’ of knowledge quality, striving to transmit valuable","PeriodicalId":51636,"journal":{"name":"Learned Publishing","volume":"38 4","pages":""},"PeriodicalIF":2.4,"publicationDate":"2025-10-16","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"https://onlinelibrary.wiley.com/doi/epdf/10.1002/leap.2027","citationCount":null,"resultStr":null,"platform":"Semanticscholar","paperid":"145317438","PeriodicalName":null,"FirstCategoryId":null,"ListUrlMain":null,"RegionNum":3,"RegionCategory":"管理学","ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":"OA","EPubDate":null,"PubModel":null,"JCR":null,"JCRName":null,"Score":null,"Total":0}
Research datasets—capturing natural, societal, or artificial phenomena—are critical in generating new scientific insights, validating research models, and supporting data-intensive discovery. Data papers that describe and contextualise these datasets aim to ensure their findability, accessibility, interoperability, and reusability (FAIR) while providing academic credit to data creators. However, the peer review of data papers and associated datasets presents considerable challenges, requiring reviewers to assess both the syntactic and semantic integrity of the data, metadata quality, and domain-specific scientific relevance. Furthermore, the coordination between journal editors, reviewers, and curators demands substantial effort, often leading to publication delays in the conventional review and then publishing framework. This study proposes a novel Publish-Review-Curate (PRC) model tailored to the synchronised publication and review of data papers and their underlying datasets. Building on preprint and open science practices, the model defines a collaborative, multi-stakeholder workflow involving authors, peer reviewers, data experts, and journal editors. The PRC model integrates open feedback, transparent peer review, and structured curation to improve research data's quality, discoverability, and impact. By articulating conceptual and operational workflows, this study contributes a practical framework for modernising data publishing infrastructures and supporting the co-evaluation of narrative and data artefacts.
{"title":"Publish-Review-Curate Modelling for Data Paper and Dataset: A Collaborative Approach","authors":"Youngim Jung, Sungsoo Robert Ahn","doi":"10.1002/leap.2024","DOIUrl":"https://doi.org/10.1002/leap.2024","url":null,"abstract":"<p>Research datasets—capturing natural, societal, or artificial phenomena—are critical in generating new scientific insights, validating research models, and supporting data-intensive discovery. Data papers that describe and contextualise these datasets aim to ensure their findability, accessibility, interoperability, and reusability (FAIR) while providing academic credit to data creators. However, the peer review of data papers and associated datasets presents considerable challenges, requiring reviewers to assess both the syntactic and semantic integrity of the data, metadata quality, and domain-specific scientific relevance. Furthermore, the coordination between journal editors, reviewers, and curators demands substantial effort, often leading to publication delays in the conventional review and then publishing framework. This study proposes a novel Publish-Review-Curate (PRC) model tailored to the synchronised publication and review of data papers and their underlying datasets. Building on preprint and open science practices, the model defines a collaborative, multi-stakeholder workflow involving authors, peer reviewers, data experts, and journal editors. The PRC model integrates open feedback, transparent peer review, and structured curation to improve research data's quality, discoverability, and impact. By articulating conceptual and operational workflows, this study contributes a practical framework for modernising data publishing infrastructures and supporting the co-evaluation of narrative and data artefacts.</p>","PeriodicalId":51636,"journal":{"name":"Learned Publishing","volume":"38 4","pages":""},"PeriodicalIF":2.4,"publicationDate":"2025-09-16","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"https://onlinelibrary.wiley.com/doi/epdf/10.1002/leap.2024","citationCount":null,"resultStr":null,"platform":"Semanticscholar","paperid":"145101390","PeriodicalName":null,"FirstCategoryId":null,"ListUrlMain":null,"RegionNum":3,"RegionCategory":"管理学","ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":"OA","EPubDate":null,"PubModel":null,"JCR":null,"JCRName":null,"Score":null,"Total":0}
Scholarly communication of scientific and technological research has had a complex global journey, specifically in India. Post 1947, with the rise of universities, the development of the research ecosystem, and science and technology research in India has progressed to a space that makes it today the no. 4 country in terms of production in research publications (The Times of India 2023) just below the most developed countries. However, the scholarly publication infrastructure has not kept pace with publishing output from universities across the country; while the complex colonial and post-colonial reasons are beyond the scope of this study, the study will focus on the unique challenges of the scholarly publishing landscape in India.
In recent decades, academic publishing has shifted at high speed from conventional print media to electronic forms, and scholarly publishing is now becoming almost entirely in digital formats with various models of subscriptions. APC and digital access have also undergone many changes. In developing nations, such as India, escalating subscription fees have rendered it progressively challenging for institutions of learning to receive fundamental scholarship materials. Only a few major institutions can afford such subscriptions, while other higher education institutions suffer significantly (Kadam 2025).
Given this background, India has launched the ‘One Nation One Subscription’ (ONOS) initiative. This is an ambitious policy whose objective is to make academic knowledge accessible without barriers for every Indian citizen using a centralized national approach through public institutions (Aspesi and Brand 2020; Suber 2012).
Conventional subscription-based models can enable paywalls, narrowing access to knowledge, while open-access models transform discipline by eliminating worldwide barriers to knowledge and making scientific information available for all. A study by Koley and Lala (Koley and Lala 2024) identifies subscription-based journals still possess salient relevance, highlighting requirements for a balance shift toward open-access models. International cooperation, such as Ibero-America, can facilitate better mechanisms for dealing with predatory publishing and enhancing quality scholarship (Wiley Newsroom 2025). Such partnerships can promote an ideal of a diamond open-access approach with equitable quality scholarship. Therefore, although India's ONOS policy is a key short-term objective, constant investigation and adjustment become fundamental for meeting future challenges related to scholarly communication and accessibility in a sustainable manner.
With the ONOS program launched on 1st January 2025 (Kamerlin et al. 2021; The Times of India 2023), India is embarking on a transformative journey to democratize access to knowledge for all its citizens. The plan is simple but revolutiona
科技研究的学术交流经历了一个复杂的全球之旅,特别是在印度。1947年后,随着大学的兴起,研究生态系统的发展,印度的科学技术研究已经发展到今天的世界第一。就研究出版物的产量而言,印度排名第四(《印度时报》2023年),仅次于最发达国家。然而,全国高校的学术出版基础设施还没有跟上学术出版的步伐;虽然复杂的殖民和后殖民原因超出了本研究的范围,但本研究将重点关注印度学术出版领域的独特挑战。近几十年来,学术出版已经从传统的印刷媒体高速转向电子形式,学术出版现在几乎完全变成了数字格式,有各种订阅模式。APC和数字访问也发生了许多变化。在印度等发展中国家,不断上涨的订阅费使学习机构越来越难以获得基本的奖学金材料。只有少数主要机构能负担得起这样的费用,而其他高等教育机构则严重受损(Kadam 2025)。在这种背景下,印度发起了“一国一订阅”(ONOS)倡议。这是一项雄心勃勃的政策,其目标是通过公共机构采用集中的国家方法,使每个印度公民无障碍地获得学术知识(Aspesi和Brand 2020; Suber 2012)。传统的基于订阅的模式可以实现收费墙,缩小知识的获取范围,而开放获取模式通过消除世界范围内的知识障碍和使所有人都能获得科学信息来改变学科。Koley和Lala的一项研究(Koley和Lala 2024)指出,订阅型期刊仍然具有显著的相关性,强调了向开放获取模式平衡转变的需求。国际合作,如伊比利亚美洲,可以促进更好的机制来处理掠夺性出版和提高质量奖学金(Wiley Newsroom 2025)。这种伙伴关系可以促进钻石开放获取方法的理想,并提供公平的优质奖学金。因此,尽管印度的ONOS政策是一个关键的短期目标,但不断的调查和调整对于以可持续的方式应对未来与学术交流和可及性相关的挑战至关重要。随着ONOS计划于2025年1月1日启动(Kamerlin et al. 2021; the Times of India 2023),印度正踏上一段变革性的旅程,使所有公民都能民主化地获取知识。这个计划很简单,但却具有革命性:在政府部门、大学和研究机构的共同努力下,图书馆联盟创建了一个统一的访问系统。它使学者能够激励研究人员创新,让学生有更大的梦想(Suber 2012)。印度的高等教育体系是一个庞大而充满活力的体系,是世界第二大高等教育体系,拥有58,000多所院校(英国文化协会2024年)。2022年,AISHE11报告(生物学家公司2024)显示,该国拥有1113所大学,43,796所学院和11,296所独立机构,高等教育总入学率为4330万学生(印度科学,技术和创新2024;Kamerlin等人2021)。ONOS计划在2025年至2027年拨款600亿卢比(2024年生物学家公司)(约7.23亿美元)。实施将分三个阶段进行:第一阶段的重点是合并所有图书馆联盟并增加更多的机构;第二阶段包括私立学术机构;第三阶段将建立公共图书馆作为接入点。该计划的第一阶段旨在为公立大学和位于二三线城市的6300多所政府管理的高等教育机构的1800万名学生提供获取知识的机会,确保公平获取知识(Press Information Bureau, Government of India 2024)。它承诺免费获取来自爱思唯尔、b施普林格Nature、Wiley等31家知名出版商的13137种STEMM2、管理、社会科学和人文科学期刊,包括CSIR-NIScPR3期刊(印度开放获取期刊),彻底改变全球知识的获取方式。值得注意的是,ONOS还将印度定位为全球南方的领导者,在国际学术交流领域开辟自己的道路,不同于cOAlition S等以欧洲为中心的模式(Science.org 2024)。它可以通过提供一种大规模的、由国家协商的学术获取模式来潜在地影响其他发展中国家(Kadam 2025)。 研究ONOS的有效影响及其实施所面临的挑战,需要在印度及其他地区更广泛的学术出版背景下进行研究。数字出版已经发生了根本性的转变,这是一种“颠覆性创新”(Eve and Gray 2020),就像古腾堡的印刷机一样,从根本上打破了过去。学术交流采用了跨学科高效的数字技术。从“抄本页面”到“滚动”的比喻(Eve and Gray 2020)从根本上改变了出版业。这场革命为开放获取运动铺平了道路,它提出了两个关键挑战:(i)结构基础设施(期刊基础设施,包括开放获取存储库)和(ii)财务挑战。虽然访问内容是必不可少的,但ONOS也必须发展到支持人工智能驱动的发现工具和语义搜索系统,以确保知识不仅可用,而且在信息丰富的环境中有意义地发现(Kadam 2025)。开放获取运动的起源可以追溯到20世纪90年代(印度政府新闻信息局,2024年),这是一个以数字出版技术扩散和学术期刊订阅成本不断上升为标志的时期。认识到获取科学文献的不平等,早期的OA倡导者,包括SPARC5这样的组织,为范式转变奠定了基础。2002年,随着“bbb”——Bethesda、Budapest和Berlin声明——的引入,学术交流发生了关键的转变(印度政府新闻信息局,2024年)。开放获取出版和电子期刊的兴起使得越来越多的出版商开始利用OA模式。我们讨论的核心是OA运动的基本里程碑与cOAlition S的变革性影响之间的相互作用,以及向Diamond OA模式过渡的缓慢进展。ONOS计划必须考虑综合分析和全球期刊排名如何无意中引导机构优先考虑本地相关或跨学科研究(Aspesi和Brand 2020)。cOAlition S是一项倡议,对关于S计划原则的全球对话产生了重大影响,以实现对公共资助的研究成果的完全开放获取。cOAlition S于2018年启动,包括欧盟委员会、17个国家资助者和7个慈善基金会,仅覆盖全球研究的一小部分(Madhan 2024)。根据2024年自然指数,中国、美国和德国在研究产出方面领先,印度排名第九。然而,中国、德国和印度都不是cOAlition S的成员,而美国则有三个非营利组织。其他国家对这一倡议的一部分不感兴趣,因为cOAlition S的出版地点选择有限(Madhan 2024)。从经济上讲,学术出版是一笔大生意,尤其是在自然科学领域,目前只有少数几家大型商业出版商占据主导地位。从经济角度来看,cOAlition S在引导关于公平获得公共资助研究的国际辩论方面发挥了至关重要的作用(cOAlition S 2019; Sultan and Rafiq 2021)。联盟宣布,从2025年起,它将停止对变革性安排(如变革性协议和变革性期刊)的财政支持,从而阻碍了建立可持续开放获取(OA)模式的努力,最终阻止各国参与这一倡议。各国各自开发了不同的结构和财务模式,以平衡开放获取需求与他们的研究人员需求和可持续出版基础设施的增长。例如,美国科学资助机构最近推出了由OSTP6 (Brainard 2024)发起的2025年底免费获取期刊的政策。另一个例子是德国的Project DEAL“出版和阅读费用”(PAR fee)模式(MPDL Services gGmbH 2024),这是一个变革性的开放获取出版协议。印度离这个不远;印度首席科学顾问迈出了重要一
{"title":"Challenges and Opportunities of Scholarly Publishing Landscape: A Case Study From India","authors":"Suman Das, Nirmala Menon","doi":"10.1002/leap.2023","DOIUrl":"https://doi.org/10.1002/leap.2023","url":null,"abstract":"<p>Scholarly communication of scientific and technological research has had a complex global journey, specifically in India. Post 1947, with the rise of universities, the development of the research ecosystem, and science and technology research in India has progressed to a space that makes it today the no. 4 country in terms of production in research publications (The Times of India <span>2023</span>) just below the most developed countries. However, the scholarly publication infrastructure has not kept pace with publishing output from universities across the country; while the complex colonial and post-colonial reasons are beyond the scope of this study, the study will focus on the unique challenges of the scholarly publishing landscape in India.</p><p>In recent decades, academic publishing has shifted at high speed from conventional print media to electronic forms, and scholarly publishing is now becoming almost entirely in digital formats with various models of subscriptions. APC and digital access have also undergone many changes. In developing nations, such as India, escalating subscription fees have rendered it progressively challenging for institutions of learning to receive fundamental scholarship materials. Only a few major institutions can afford such subscriptions, while other higher education institutions suffer significantly (Kadam <span>2025</span>).</p><p>Given this background, India has launched the ‘One Nation One Subscription’ (ONOS) initiative. This is an ambitious policy whose objective is to make academic knowledge accessible without barriers for every Indian citizen using a centralized national approach through public institutions (Aspesi and Brand <span>2020</span>; Suber <span>2012</span>).</p><p>Conventional subscription-based models can enable paywalls, narrowing access to knowledge, while open-access models transform discipline by eliminating worldwide barriers to knowledge and making scientific information available for all. A study by Koley and Lala (Koley and Lala <span>2024</span>) identifies subscription-based journals still possess salient relevance, highlighting requirements for a balance shift toward open-access models. International cooperation, such as Ibero-America, can facilitate better mechanisms for dealing with predatory publishing and enhancing quality scholarship (Wiley Newsroom <span>2025</span>). Such partnerships can promote an ideal of a diamond open-access approach with equitable quality scholarship. Therefore, although India's ONOS policy is a key short-term objective, constant investigation and adjustment become fundamental for meeting future challenges related to scholarly communication and accessibility in a sustainable manner.</p><p>With the ONOS program launched on 1st January 2025 (Kamerlin et al. <span>2021</span>; The Times of India <span>2023</span>), India is embarking on a transformative journey to democratize access to knowledge for all its citizens. The plan is simple but revolutiona","PeriodicalId":51636,"journal":{"name":"Learned Publishing","volume":"38 4","pages":""},"PeriodicalIF":2.4,"publicationDate":"2025-09-10","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"https://onlinelibrary.wiley.com/doi/epdf/10.1002/leap.2023","citationCount":null,"resultStr":null,"platform":"Semanticscholar","paperid":"145022091","PeriodicalName":null,"FirstCategoryId":null,"ListUrlMain":null,"RegionNum":3,"RegionCategory":"管理学","ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":"OA","EPubDate":null,"PubModel":null,"JCR":null,"JCRName":null,"Score":null,"Total":0}
<p>Although calls to experiment with the form and publication of the scholarly book are not new (see Wittenberg <span>2009</span> on Project Gutenberg; Crossick <span>2015</span>; and Rayner and Lyons <span>2017</span>), the case for innovation is perhaps being made more strongly now than ever. Rapid technological advancement and developments in open access models and infrastructure are creating new opportunities to innovate. At the same time, in the current context of increasing pressures on library budgets, re-evaluation of the publication metrics used in research assessment and growing recognition of the structural inequalities underpinning academic publishing, efforts to ‘rethink, reimagine and critique the forms, structures and systems that underlie our system of scholarly communications’ are becoming more urgent (Adema et al. <span>2022</span>). In the humanities, in which the academic monograph continues to have a central role, the arguments to experiment with the forms, modes of production and ‘relationalities’ involved in book publication (Adema <span>2021</span>, 20) are various, including: a need to move beyond a sciences-led approach to open research models, infrastructure, funding and policies, which risks excluding the humanities from the benefits of open (Arthur and Hearn <span>2021</span>); to develop a variety of publication approaches that better suit the diverse forms that humanities research takes (Adema et al. <span>2022</span>); to create more inclusive and collaborative knowledge infrastructures (Okune et al. <span>2019</span>; Adema <span>2024</span>); to disrupt corporate publishing monopolies over measures of ‘prestige’ and control of knowledge production (Kiesewetter <span>2024</span>; Worthington <span>2015</span>); and to prioritise a scholarship of ‘care’ and ‘decolonial integrity […] allowing for and legitimizing diverse voices, methods and ways of thinking’ (Gilby et al. <span>2022</span>). By ‘experimental book’ we are referring here to practices that involve use of unconventional formats, reimagined publishing workflows and collaborations, integration of multimedia content, open and community peer review, multilingual publishing and embedded reader engagement and layering tools, among other approaches (see COPIM's Experimental Publishing Compendium for further examples, COPIM <span>2022–2024</span>).</p><p>Nevertheless, beyond pockets of excellent innovative work that is being carried out in experimental publishing, and the development of open-source platforms such as Scalar and Manifold to enable it, little change is happening at scale. Several reasons can be suggested for this. First, the traditional monograph format that advances a single, specialised argument remains a valuable form for the publication of much humanities research, offering a substantive space for extended exploration and synthesis of complex ideas, and detailed engagement with supporting texts. Second, the largest-scale efforts towards innova
尽管对学术书籍的形式和出版进行实验的呼吁并不新鲜(参见维滕贝格2009年的古登堡计划;克罗斯克2015年;雷纳和莱昂斯2017年),但创新的案例可能比以往任何时候都更加强烈。快速的技术进步和开放获取模式和基础设施的发展正在创造新的创新机会。与此同时,在图书馆预算压力不断增加的背景下,对研究评估中使用的出版指标的重新评估,以及对支撑学术出版的结构性不平等的日益认识,“重新思考、重新设想和批判我们学术交流系统的形式、结构和系统”的努力变得更加迫切(Adema et al. 2022)。在人文学科中,学术专著继续发挥核心作用,对图书出版中涉及的形式、生产模式和“关系”进行实验的争论是各种各样的(Adema 2021, 20),包括:需要超越以科学为主导的开放研究模式、基础设施、资金和政策的方法,这有可能将人文学科排除在开放的好处之外(Arthur and Hearn 2021);开发各种出版方法,以更好地适应人文学科研究的各种形式(Adema et al. 2022);创建更具包容性和协作性的知识基础设施(Okune et al. 2019; Adema 2024);打破企业出版对“声望”和知识生产控制的垄断(Kiesewetter 2024; Worthington 2015);并优先考虑“关怀”和“非殖民完整[…]允许不同的声音、方法和思维方式并使其合法化”(Gilby et al. 2022)。通过“实验书”,我们在这里指的是涉及使用非常规格式、重新构想出版工作流程和协作、多媒体内容集成、开放和社区同行评审、多语言出版、嵌入式读者参与和分层工具等方法的实践(参见COPIM的实验出版汇编,了解更多示例,COPIM 2022-2024)。然而,除了在实验出版中进行的一些优秀的创新工作,以及诸如Scalar和Manifold这样的开源平台的开发之外,几乎没有大规模的变化。对此可以提出几个原因。首先,传统的专著形式提出了一个单一的、专门的论点,对于许多人文研究的出版来说仍然是一种有价值的形式,为扩展探索和综合复杂的思想提供了实质性的空间,并与支持文本进行了详细的接触。其次,最大规模的创新努力(主要由最大的学术出版商领导)正朝着开放获取模式和经济流动的发展方向发展,这些模式和经济流动实际上维持了尽可能接近现状的图书出版方法和形式。第三,工作流程和实用性方面的知识差距可能会成为出版社尝试更多实验性图书出版模式的重大障碍——很难知道从哪里开始,如何开始,以及如何提供资源(经济上和人力上)。这意味着人文学科研究人员越来越希望或需要在他们的出版物中创新和参与更广泛的开放研究实践,他们发现很少有出版选择可以与他们的研究性质和过程保持一致,并且在每个阶段最大化地分享研究。在伦敦大学出版社(UoL出版社),我们的主要目标是“开辟人文研究”。开放获取——作品的出版既可以免费阅读,又可以在开放许可下重复使用——是其中的核心元素,我们每年大约有80%的书是开放获取的。我们还在开展一些新项目,利用开放出版和技术的优势,更广泛地试验开放研究方法,例如整合和传播开放数据,试验新的协作工作流程和出版方法,将出版物与其他来源联网,以及探索公众参与的机会。这个案例研究将提供我们正在进行的实验性书籍项目的概述,与机器一起生活:工业时代的计算历史(由Ruth Ahnert, Emma Griffin和Jon Lawrence编辑,由与机器一起生活团队撰写),产生于同名的数字人文研究项目。通过这个实验,我们开始开发新的出版方法和形式,将人文书籍重塑为一个合作的“过程”,而不是一个“产品”(Gilby et al. 2022),反映了支撑研究项目本身的开放研究原则。 一个关键的目标是通过透明的文档来开放这个项目的工作流程。这个案例研究概述了我们对标准出版流程所做的调整,我们使用Manifold平台来促进这一点,以及我们对迄今为止项目前两个阶段的反思。“与机器一起生活”研究项目(2018-2023)是艾伦·图灵研究所和大英图书馆与剑桥大学、东安格利亚大学和埃克塞特大学、伦敦玛丽女王大学和伦敦国王学院合作开展的一项大规模、高度跨学科的人文倡议,由英国研究与创新(UKRI)战略优先基金资助。该项目汇集了历史学家、数据科学家、数字人文主义者、图书馆专业人士、计算语言学家、研究软件工程师、城市地理学家和策展人,探索了技术在英国工业革命中对人类生活的非凡影响。该团队开发了数据驱动和开源的方法来分析大量的数字化历史收藏,例如报纸、地图和人口普查报告,揭示了对历史时刻对人类、社会和文化的影响的新见解。该项目的概念至关重要的是,其产出的创造和传播方法应符合研究本身进行的协作、实验、开放和透明的方式,并且作为该项目的一部分开发的一系列新数据集、工具、视频、代码和其他数字资源可以整合起来供其他研究人员重用。因此,UoL出版社和项目团队之间的出版合作伙伴关系产生于这种共同的精神和关注的中心领域。值得注意的是,这本书是由“与机器一起生活”团队的成员共同撰写的,共有19位作者,其中Ruth Ahnert, Emma Griffin和Jon Lawrence担任编辑角色——这是一种“分布式作者”模式(Adema et al. 2022),再次维护了这个项目的合作原则。在这本书的封面上的作者声明赞扬了所涉及的贡献范围。在技术要求方面,在获得了Manifold数字服务支持补助金后,我们在2023年推出了我们自己的Manifold平台实例——一个由明尼苏达大学出版社与CUNY和铸铁编码共同创建的开源学术出版平台。Manifold支持增强型,网络化和媒体丰富的文本版本的出版,读者可以使用交互式工具注释,突出显示和其他方式参与,为我们提供了我们需要的功能,以促进与机器一起生活的计划实验。在撰写本文时,我们正处于该项目的中期阶段,致力于在2026年最终发布记录版本,并已完成计划中的中期评估。在项目中建立路径点是很重要的,它提供了评估进展的机会,并反映了将关键的早期学习纳入到后期的项目阶段。本案例研究的其余部分展示了我们的评估结果,目的是分享我们的流程、机遇和挑战,以及经验教训,供其他出版商及其合作者使用创新的图书格式和测试新的出版工作流程。作为下一步,我们的目标是建立在我们在本书项目的后期阶段所学到的知识基础上,并将这些经验教训应用于我们正在进行的新实验项目,例如我们正在进行的协作审查过程,以重新定义数字奖学金中的失败(Sichani和Donnay 2025)。我们也希望我们的反思对更广泛的学术出版界有用,并将继续记录和分享项目更新,例如通过我们的网站和我们与开放机构出版协会的合作。最终,在对出版工作流程和《与机器一起生活》形式的试验中,我们已经能够探索将人文专著重新想象为一个“过程”而不是“产品”的潜力。通过分享我们的方法,我们希望与其他在这一领域进行创新的人一起,为进一步开放的研究实践提供模式,并为希望以出版形式反映人文研究的协作性、探索性、多媒体和互文性的研究人员提供类似的选择。Emma加仑:概念化,项目管理,写作-原始草案的准备,写作-审查和编辑。杰米鲍曼:概念化,项目管理,写作-审查和编辑。作者确认这篇文章在发表时符合道德标准。两位作者都是伦敦大学出版社的现任雇员。除
{"title":"Reimagining the Humanities Book: Bringing Living With Machines to Life Through Experimental Publishing Workflows and Open Research Practices","authors":"Emma Gallon, Jamie Bowman","doi":"10.1002/leap.2025","DOIUrl":"https://doi.org/10.1002/leap.2025","url":null,"abstract":"<p>Although calls to experiment with the form and publication of the scholarly book are not new (see Wittenberg <span>2009</span> on Project Gutenberg; Crossick <span>2015</span>; and Rayner and Lyons <span>2017</span>), the case for innovation is perhaps being made more strongly now than ever. Rapid technological advancement and developments in open access models and infrastructure are creating new opportunities to innovate. At the same time, in the current context of increasing pressures on library budgets, re-evaluation of the publication metrics used in research assessment and growing recognition of the structural inequalities underpinning academic publishing, efforts to ‘rethink, reimagine and critique the forms, structures and systems that underlie our system of scholarly communications’ are becoming more urgent (Adema et al. <span>2022</span>). In the humanities, in which the academic monograph continues to have a central role, the arguments to experiment with the forms, modes of production and ‘relationalities’ involved in book publication (Adema <span>2021</span>, 20) are various, including: a need to move beyond a sciences-led approach to open research models, infrastructure, funding and policies, which risks excluding the humanities from the benefits of open (Arthur and Hearn <span>2021</span>); to develop a variety of publication approaches that better suit the diverse forms that humanities research takes (Adema et al. <span>2022</span>); to create more inclusive and collaborative knowledge infrastructures (Okune et al. <span>2019</span>; Adema <span>2024</span>); to disrupt corporate publishing monopolies over measures of ‘prestige’ and control of knowledge production (Kiesewetter <span>2024</span>; Worthington <span>2015</span>); and to prioritise a scholarship of ‘care’ and ‘decolonial integrity […] allowing for and legitimizing diverse voices, methods and ways of thinking’ (Gilby et al. <span>2022</span>). By ‘experimental book’ we are referring here to practices that involve use of unconventional formats, reimagined publishing workflows and collaborations, integration of multimedia content, open and community peer review, multilingual publishing and embedded reader engagement and layering tools, among other approaches (see COPIM's Experimental Publishing Compendium for further examples, COPIM <span>2022–2024</span>).</p><p>Nevertheless, beyond pockets of excellent innovative work that is being carried out in experimental publishing, and the development of open-source platforms such as Scalar and Manifold to enable it, little change is happening at scale. Several reasons can be suggested for this. First, the traditional monograph format that advances a single, specialised argument remains a valuable form for the publication of much humanities research, offering a substantive space for extended exploration and synthesis of complex ideas, and detailed engagement with supporting texts. Second, the largest-scale efforts towards innova","PeriodicalId":51636,"journal":{"name":"Learned Publishing","volume":"38 4","pages":""},"PeriodicalIF":2.4,"publicationDate":"2025-08-28","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"https://onlinelibrary.wiley.com/doi/epdf/10.1002/leap.2025","citationCount":null,"resultStr":null,"platform":"Semanticscholar","paperid":"144915170","PeriodicalName":null,"FirstCategoryId":null,"ListUrlMain":null,"RegionNum":3,"RegionCategory":"管理学","ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":"OA","EPubDate":null,"PubModel":null,"JCR":null,"JCRName":null,"Score":null,"Total":0}
This paper aims to paint portraits of international authors contributing to journals in China and to analyse the relationship between these authors and journals. An international authorship is crucial to the academic quality and global influence of journals. This study integrates bibliometric analysis with academic portrait methods. It employs the Boston Consulting Group (BCG) growth-share matrix to identify and label critical dimensions of international authors' research. The findings indicate that scholars from the United States, India, Japan, Germany, Australia and other countries are the main international contributors to journals in China. These authors present unique characteristics in terms of quantity, collaboration, influence, loyalty and quality. The characteristics of scholars from these countries/regions in terms of dimensions such as research areas, open access, funding sources and Sustainable Development Goals are also analysed.
{"title":"Portraits of International Authors of Journals in China","authors":"Hui Fang, Rongxuan Zhang, Yuan Jing","doi":"10.1002/leap.2026","DOIUrl":"https://doi.org/10.1002/leap.2026","url":null,"abstract":"<p>This paper aims to paint portraits of international authors contributing to journals in China and to analyse the relationship between these authors and journals. An international authorship is crucial to the academic quality and global influence of journals. This study integrates bibliometric analysis with academic portrait methods. It employs the Boston Consulting Group (BCG) growth-share matrix to identify and label critical dimensions of international authors' research. The findings indicate that scholars from the United States, India, Japan, Germany, Australia and other countries are the main international contributors to journals in China. These authors present unique characteristics in terms of quantity, collaboration, influence, loyalty and quality. The characteristics of scholars from these countries/regions in terms of dimensions such as research areas, open access, funding sources and Sustainable Development Goals are also analysed.</p>","PeriodicalId":51636,"journal":{"name":"Learned Publishing","volume":"38 4","pages":""},"PeriodicalIF":2.4,"publicationDate":"2025-08-28","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"https://onlinelibrary.wiley.com/doi/epdf/10.1002/leap.2026","citationCount":null,"resultStr":null,"platform":"Semanticscholar","paperid":"144914960","PeriodicalName":null,"FirstCategoryId":null,"ListUrlMain":null,"RegionNum":3,"RegionCategory":"管理学","ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":"OA","EPubDate":null,"PubModel":null,"JCR":null,"JCRName":null,"Score":null,"Total":0}
Steven Zhou, Amy Lebrecht, Pawinee Pithayarungsarit, Connor Monke
Building on evidence of the “gatekeeper” effect in a publish or perish culture whereby faculty authors have a more difficult time publishing some studies compared to others, the present study investigates potential biases based on the content of the study. We explore potential relationships with the journal quality (i.e., do higher quality journals publish more liberal or conservative leaning content?), author backgrounds, and institutional characteristics. Using a dataset of over 20 000 article titles and abstracts on 12 controversial topics (e.g., DEI training, gun control), we applied both human and GPT-supported coding to assess bias. Results suggest a slight liberal bias across topics, such that more liberal articles were published, with notable differences based on the topic. Interestingly, journal impact factors and author demographics had only weak relationships with bias ratings. Our findings challenge the assumption that political bias heavily influences academic publishing, suggesting instead that the focus rightly remains on research quality. However, the study highlights the need for further exploration of factors like author self-censorship and editorial gatekeeping that could influence the publication of controversial research.
{"title":"The Gatekeepers of Academia: Investigating Bias in Journal Publication Across Topics, Author Backgrounds, and Institutions","authors":"Steven Zhou, Amy Lebrecht, Pawinee Pithayarungsarit, Connor Monke","doi":"10.1002/leap.2022","DOIUrl":"https://doi.org/10.1002/leap.2022","url":null,"abstract":"<p>Building on evidence of the “gatekeeper” effect in a publish or perish culture whereby faculty authors have a more difficult time publishing some studies compared to others, the present study investigates potential biases based on the <i>content</i> of the study. We explore potential relationships with the journal quality (i.e., do higher quality journals publish more liberal or conservative leaning content?), author backgrounds, and institutional characteristics. Using a dataset of over 20 000 article titles and abstracts on 12 controversial topics (e.g., DEI training, gun control), we applied both human and GPT-supported coding to assess bias. Results suggest a slight liberal bias across topics, such that more liberal articles were published, with notable differences based on the topic. Interestingly, journal impact factors and author demographics had only weak relationships with bias ratings. Our findings challenge the assumption that political bias heavily influences academic publishing, suggesting instead that the focus rightly remains on research quality. However, the study highlights the need for further exploration of factors like author self-censorship and editorial gatekeeping that could influence the publication of controversial research.</p>","PeriodicalId":51636,"journal":{"name":"Learned Publishing","volume":"38 4","pages":""},"PeriodicalIF":2.4,"publicationDate":"2025-08-22","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"https://onlinelibrary.wiley.com/doi/epdf/10.1002/leap.2022","citationCount":null,"resultStr":null,"platform":"Semanticscholar","paperid":"144885338","PeriodicalName":null,"FirstCategoryId":null,"ListUrlMain":null,"RegionNum":3,"RegionCategory":"管理学","ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":"OA","EPubDate":null,"PubModel":null,"JCR":null,"JCRName":null,"Score":null,"Total":0}