The benefits of inclusive publishing and why we need more inclusive journals 

What is inclusive publishing and how do editorial considerations in inclusive journals differ from those in selective journals? And how does diversity support inclusive publishing? Join me in exploring this important topic, which plays a vital role in advancing scientific progress.
The benefits of inclusive publishing and why we need more inclusive journals 
Like

Share this post

Choose a social network to share with, or copy the URL to share elsewhere

This is a representation of how your post may appear on social media. The actual post will vary between social networks

This blog is an excerpt from a post published on The Source, which can be read here.

Inclusive publishing is about recognising the contribution of different kinds of research outcomes and products to advancing science, generating discovery, and creating meaningful impact in the world. This includes open science outputs and valuing the sharing of data, code, and experimental design papers. It also includes recognition of smaller, more foundational studies and diverse authors, and acknowledgement of the merits of regional novelty – scientific advances that may have a bigger impact in specific regions and within distinct communities.   

From inclusive publishing catalysing discovery and back to selectivity 

The true benefit of a research community practicing inclusive publishing was seen during the global pandemic, when most journals published research that ordinarily may not have been considered. During Covid19, researchers were not arguing of the merits of publishing null result papers (in which research outcomes do not confirm the hypothesis) – these papers were recognised as research that would ultimately save time and money, and limit redundancy in research practice. Researchers valued data and experimental design papers for facilitating reproducibility, and foundational studies formed the building blocks to milestone advances. Impact was defined as research that advanced the pace of discovery, and we went from a fatal global disease to effective drugs and vaccines in 18 months.  

Yet today, just a few years later, similar article types are deemed low quality as their value is not captured by citation behaviour. Indeed, it has been reported that around 50% of funded research (for instance, of health-related studies) remains unvalidated and unpublished, with most journals rejecting 80%-90% of submissions. Obviously, a component of this research will be technically flawed and should not be published, but most research is initially rejected on the grounds that it is not considered to be of sufficient significance to the journal editors.  

These rejected submissions tend to include papers which present more foundational advances and support open research practices. These mass rejections cause a substantial financial loss: A study prepared for the European Commission estimated already in 2018 that up to €26 billion in Europe alone is wasted because work has been duplicated due to lack of awareness, or access to, existing research or null results.  

Selective journals, without any doubt, continue to play a vital role in the scientific landscape. These low-volume, high-impact journals offer authors enhanced visibility, wider accessibility, and prestige for groundbreaking research. But the publishing landscape has now converged too far towards selective publishing, and we are no longer serving the scientific community to effectively learn from each other and advance the pace of discovery. 

Inclusive journals extend authors and the research community the space to publish technically sound research that has been rigorously peer-reviewed and validated. They provide a home to research that supports the scientific community in reproducing research and aids them in building faster on the road to discovery.

A home for various research outputs: Inclusive journals supporting reproducibility and discovery 

Not all research can be groundbreaking and significant; this is the niche that inclusive journals fill. They extend authors and the research community the space to publish technically sound research that has been rigorously peer-reviewed and validated. Inclusive journals offer a publication outlet for foundational and fundamental advances, null and positive results, as well as descriptive papers on protocols and data sets, which facilitate the sharing of data and support reproducibility. These journals provide a home to research that supports the scientific community in reproducing research and aids them in building faster on the road to discovery. 

BMC Series, Scientific Reports, and PLOS are examples of established inclusive journals. At Springer Nature we have also recently launched the Discover journals and Cureus journals to support author demand and explore more equitable solutions to open access publishing. These inclusive journals all share the editorial criteria of not considering the significance of the research. They consider a paper to be worthy of publishing if it asks a scientifically valid research question, makes an original contribution to the field, and is found to be technically sound and carried out to community accepted standards.

Editors of inclusive journals are not trying to raise the impact of the research or extend the research in multiple directions, which is why it is faster to be published. Many inclusive journals have also capitalised on the use of collections and special issues to help authors navigate a crowded market, making it easier for authors to gauge editorial interest and to give their research more visibility in an online world.  

The number of articles being published in inclusive journals is evidence of the need and author demand for these publication outlets. Indeed, inclusive journals tend to be larger because there are so few of them. Their larger sizes also lead to lower impact factors, but any one paper could be garnering tens to hundreds of citations – its impact is masked by the larger number of papers published in these types of journals.  

It is important to note that over a third of the research published in Springer Nature’s inclusive portfolio contributes directly to addressing the UN Sustainable Development Goals. That’s a research assessment metric with societal impact and should offer as much value to the research community as citation counting. 

End of excerpt. Read the full blog post here. 

Diversity, equity, and inclusion (DEI) are at the forefront of strategic priorities at Springer Nature. We are committed to serving a diverse and global research community.
Find out more about inclusive publishing practices at Springer Nature.

Please sign in or register for FREE

If you are a registered user on Research Communities by Springer Nature, please sign in

Follow the Topic

The Early Career Researchers Hub is Now Live 🚀

We are excited to announce a new space for those in the early stages of their research career, right here in the Research Communities!

Continue reading announcement

Related Collections

With collections, you can get published faster and increase your visibility.

Advanced Materials for Catalytic Applications in Water Remediation, Organic Degradation, and Water Splitting

Advanced materials for catalytic applications is not only a rapidly developing area of science, but also an intensively developed technology in industry. This topic covers the development, characterization and application of innovative catalytic materials, including nanomaterials, metal-organic frameworks, semiconductor-based catalysts and hybrid composites, to improve the efficiency of processes such as water purification, degradation of organic pollutants or water splitting to produce hydrogen. These topics are one of the most important challenges of still developing economies, and solutions that allow to reduce the negative impact of this development on the environment are extremely valuable and should be widely disseminated not only to scientists but also to the rest of society.

We invite researchers working on new synthesis methods, surface modification techniques or computational approaches to increase catalytic efficiency to submit their papers. Studies emphasizing the role of advanced materials in combating pollutants, improving the selectivity and stability of catalysts and optimizing energy efficiency in water splitting reactions are especially welcome. Insights into the mechanisms, structure-performance relationships, and real-world applications will contribute to a deeper understanding of the potential of these materials. We invite authors to submit original research articles, reviews, and perspective articles that demonstrate the potential of advanced catalytic materials to achieve sustainable development, green and economic solutions, or exhibit extraordinary properties.

Keywords:

Photocatalysis, photoelectrocatalysis, piezocatalysis, water remediation, water splitting, pollutants degradation

Publishing Model: Open Access

Deadline: Sep 30, 2025

Materials in Structural Engineering: Challenges and Innovations under Extreme Loading Conditions

In the realm of materials science and engineering, the quest for robust, resilient materials capable of withstanding extreme loading conditions is more pressing than ever. The field of structural engineering, at the forefront of this endeavor, faces constant challenges posed by natural disasters, industrial accidents, and deliberate acts of violence. The ability of structures to endure such events depends crucially on the properties and performance of the materials from which they are constructed. Discover Materials, as part of the Discover journal series committed to advancing materials research, provides an ideal platform for addressing these challenges and exploring innovative solutions.

The proposed topical collection, titled "Materials in Structural Engineering: Challenges and Innovations under Extreme Loading Conditions," aims to delve deeply into the intersection of materials science and structural resilience. This collection is driven by the urgent need to develop materials that can withstand diverse forms of extreme loading, including blast and impact forces, while maintaining structural integrity. Real-world scenarios underscore the importance of this research: from safeguarding critical infrastructure against terrorist attacks to preparing communities for natural disasters like earthquakes and hurricanes, the resilience of materials directly impacts public safety and economic stability.

This collection will encompass a diverse array of topics essential to advancing our understanding and capabilities in structural engineering. Key themes include but are not limited to:

(1) Experimental studies on the behavior of structural materials subjected to blast and impact forces, aiming to uncover fundamental mechanisms and develop protective measures;

(2) Analytical modeling approaches to simulate and predict the response of structures under extreme loading conditions, facilitating the design of resilient systems;

(3) Numerical simulations that leverage advanced computational methods to model complex interactions between materials and dynamic forces;

(4) Application of machine learning techniques to analyze vast datasets and extract actionable insights for enhancing structural resilience.

At its core, this topic collection aligns with Discover Materials' mission to catalyze innovation in materials research across diverse applications. By publishing pioneering research in structural engineering, the collection aims to not only expand our fundamental understanding of materials behavior but also to accelerate the development of materials with enhanced properties for a safer and more sustainable built environment.

Authors are invited to submit original research articles, reviews, and case studies that contribute to the understanding of structural materials under extreme loading conditions. Submissions should emphasize practical applications and theoretical advancements relevant to the fields of structural engineering and materials science.

This Collection will serve as a valuable resource for researchers, engineers, and policymakers involved in the design, analysis, and implementation of materials in structural applications. It aims to foster collaboration and innovation in addressing the challenges posed by extreme loading scenarios through cutting-edge research and technological advancements.

Feature Conferences: 1. 2025 International Conference on Materials, Mechanical, and Civil Engineering Technologies (MMCET 2025), to be held in Tokyo, Japan, from December 17th to 19th, 2025. 2. 2025 2nd International Symposium on Civil Engineering and Smart Structure Technology (CESST 2025), to be held in Zhengzhou, China, from December 5th to 7th, 2025. High-quality papers presented at the conference will be invited for consideration in this Collection, ensuring a rigorous peer-review process. We welcome innovative research that advances knowledge in this critical field.

Keywords: Structural Engineering; Extreme Loading Conditions; Blast and Impact Forces; Concrete Testing; Resilient Infrastructure; Material Performance; Simulations; Finite Element Modeling

Publishing Model: Open Access

Deadline: Mar 31, 2026