Integrating Social Sciences and Humanities (SSH) in Horizon Europe projects

Author

Marlene Kopf, PhD

Publication Date

August 29, 2024

Keywords

Social Sciences & Humanities

Societal readiness

ehics

Public engagement

public awareness

SSH integration

economic dimensions

Interdisciplinary research

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A quick guide for natural science project proposals

Horizon Europe is the European Union’s current research and innovation program, running from 2021 to 2027 with a budget of approximately €95.5 billion. It aims to foster scientific excellence and address pressing societal challenges. A key aspect of this program is the integration of Social Sciences and Humanities (SSH) into various projects. But why is this SSH integration important, and how can it be specifically implemented in projects focusing on natural sciences?

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Why SSH integration in Horizon Europe?

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SSH integration into research projects offers several benefits:

  • Holistic understanding: Combining scientific and technical approaches with social and humanities perspectives leads to a more comprehensive understanding of complex problems

 

 

  • Interdisciplinary innovation: Collaboration between different disciplines fosters creative solutions and innovative approaches.

Examples of SSH integration into natural science projects

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1. Biodiversity and society

Biodiversity conservation projects can greatly benefit from SSH expertise: Sociologists and anthropologists can help understand the interactions between people and their natural environment, leading to more effective conservation strategies that are both ecologically sound and socially acceptable.

 

Implementation: A potential project idea could involve studying traditional agricultural practices and their contribution to biodiversity. Ethnographic methods could be used to document and assess the knowledge and practices of local communities. 

2. Health risks from environmental changes

Investigating health risks associated with environmental changes, such as climate change, can be significantly enriched by integrating SSH. Health sociologists and psychologists can contribute to understanding public awareness and behavior patterns regarding environmental health hazards.

 

Implementation: A project could focus on how different population groups respond to environmental changes and identify the most effective prevention measures. Surveys and interviews could be used to gather data on risk awareness and willingness to change behavior.

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3. Genetic technology and ethics

The development and application of new genetic technologies raise numerous ethical questions. Philosophical and ethical analyses are necessary to understand and address the societal implications and potential controversies. Projects in this area can greatly benefit from SSH integration.

 

Implementation: A project could develop ethical guidelines for using novel technologies in agriculture. Philosophers and ethicists could collaborate with scientists to explore both the technical possibilities and ethical boundaries of these technologies.

4. Sustainable agriculture and food security

Ensuring sustainable agriculture and food security requires a deep understanding of social and economic frameworks. Economists and political scientists can help develop policies and economic strategies that enhance agricultural productivity while protecting the environment.

 

Implementation: A project could focus on developing sustainable farming methods applicable in economically disadvantaged regions. Socio-economic studies could be conducted to understand and address the needs and challenges of local farmers.

SSH integration in Horizon Europe as a must for natural science and engineering projects

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Integrating Social Sciences and Humanities into Horizon Europe projects is not merely a formality but a necessary step to comprehensively and effectively address complex societal challenges. 


Especially, but not only, in projects with a biological focus, SSH approaches can provide valuable insights and innovative solutions. By collaborating across disciplines, scientists can collectively achieve sustainable and socially relevant advancements.

Further information on the project requirements for SSH flagged topics and examples for SSH integration can be found in the Horizon Europe Programme Guide (p. 21-22) and on the website of the European Alliance for Social Sciences and Humanities (EASSH).

If you have any questions regarding SSH integration in your specific project proposal, it is recommended that you contact your NCP.

Check the Horizon Europe tips and tricks

FAQ – Integrating Social Sciences and Humanities (SSH) in Horizon Europe projects

1) What is actually meant by SSH integration in Horizon Europe?

The inclusion of Social Sciences and Humanities (SSH) in Horizon Europe implies more than a token social scientist on the consortium list. It has to do with making SSS questions, methods and skills part of the essence of the project, the way you frame the problem, the way you create experiments, the manner in which you interpret the results and translate them into the policies, technologies or services. 

 

2) What is the reason why SSS integration is relevant to natural science and engineering projects?

Due to the fact that many of the research questions that are generated today are completely socio-technical. Horizon Europe anticipates that projects should not just answer the question, ‘Can we do this technologically?’ but also how people will use it, accept it, regulate it, or be impacted by it. SSH integration: 

-Offers a more comprehensive picture of complicated issues,

-Makes projects more relevant in society,

-And is more innovative than technical methods in its solutions.

In the case of microfluidics and hard-science projects this could be research into user behaviour, ethics, economics or regulatory environment in addition to the lab work.

 

3) What are some of the practical examples of SSH integration into the hard-science subjects?

The article provides a number of examples that can be easily modified: 

-Biodiversity and society – Ecologists collaborate with sociologists/anthropologists to determine how local communities engage with ecosystems and co-design conservation plans that are ecologically viable and acceptable to society.

-Health risks of environmental change – Through collaboration with health sociologists and psychologists, environmental scientists study attitudes to risks and the motivation driving behaviour change.

-Genetic technologies and ethics – Biotechnologists work with philosophers and ethicists to evaluate the implications, controversies, and acceptable limits of the new genetic technologies in society.

-Sustainable agriculture and food security – Agronomists collaborate with economists and political scientists to develop policies and business models that help to make sustainable farming a possibility for farmers, particularly those in disadvantaged areas.

Each of them pairs a natural science issue with an SSH lens and approaches (surveys, interviews, ethnography, policy analysis, socio-economic modelling, etc.).

 

4) Is the integration of SSH limited to the case of an SSH-flagged call?

Topics with SSH flags are those in which integration is clearly demanded and will be heavily reviewed during the evaluation. However, the reasoning of the article is more general: when SSS is not put in bold, consideration of social, economic, behavioural or ethical facets make your Excellence and Impact scores higher and your proposal more persuasive. That is, SSS is increasingly regarded as a matter of course rather than a luxury. 

 

5) What is the best way to have a natural science consortium begin plausibly integrating SSH?

A pragmatic sequence is: 

-Mapping the societal angles of your topic users, patients, regulators, communities, business models, ethics.

-Determine what disciplines of SSS are appropriate (sociology, economics, anthropology, psychology, ethics, political science, etc.).

-Introduce SSS partners to the consortium early enough to ensure that they co-specify goals and approaches rather than merely testing them out at the conclusion.

-Outline joint work packages in which the natural scientists and the SSH researchers will be truly collaborative (e.g. co-creating use-cases, policy roadmaps, adoption studies).

In this manner, SSS jobs are integrated into the project rather than sitting in an isolated WP at the end.

 

6) SSS integration What does SSS integration look like in the Excellence and Impact sections?

In Excellence, you demonstrate that your research issues and methodology are informed by technical and also SSH knowledge- e.g. you can include behavioural research, socio-economic modelling, or ethical analysis in your plan of work. Water In Impact, you describe the way in which SSH assists you to reach and serve actual users or citizens (i.e. by catering to local practices, enhancing acceptance, creating business-realistic policies or business cases). The article clearly states that integrating SSS is a requirement for making a convincing argument to solve a complex societal problem. 

 

7) What are the popular SSH practices in natural-science projects?

The guide refers to various techniques that can be used together with laboratory work or engineering: 

-Qualitative: interviews, focus groups, fieldwork, ethnographic, and participatory workshops.

-Quantitative: discrete-choice experiments, social-economic statistics, modelling, surveys.

-Conceptual/ethical: building the scenario, ethical impact analysis, normative analysis.

The trick here is to make your methods fit your questions: do not include a survey as an ornament; demonstrate what decisions it will make.

 

8) What is the enhancement of SSS projects in microfluidics, diagnostics or other superior technologies?

In the case of such technologies as lab-on-chip diagnostics, organ-on-chip, environmental biosensors or agri-tech microreactors, SSH can be used to:

-Learn user behaviour and acceptance (clinicians, farmers, patients, regulators).

-Evaluate the economic viability and adoption (cost, reimbursement, value chains).

-Discuss ethical and legal issues (use of data, patient autonomy, environmental issues).

The MIC article targets specifically natural-science and engineering groups that may not pay attention to these dimensions and miss out on marks in assessment. 

 

9) What are the official EU guidelines and examples in regards to the SSS integration?

The article identifies two sources, which can be quite helpful: 

-The Horizon Europe Programme Guide (especially, the parts of SSS-marked issues and examples of integration).

-The European Alliance of Social Sciences and Humanities (EASSH) site which gathers resources and exemplifies good practices in the field of SSH.

The two are worth including in your proposal to demonstrate conformity with EU expectations.

 

10) Who is going to assist us in shaping SSS integration to our proposal?

There are three primary support channels, including: 

-Your country’s NCP (National Contact Point) can give you specific advice on SSS requirements in Horizon calls.

-SSH professionals and units in your respective institutions or partner universities.

-External collaborators such as the Microfluidics Innovation Center (MIC) that tends to co-author bids and assists natural-science consortia in organizing SSH work together with microfluidic engineering, automation, and prototyping.

The experience of MIC in many Horizon projects has shown that proposals can be made competitive through a combination of serious SSH integration and strong technical work packages.