During the DiSSCo Preparatory Phase and specifically through the work done in the DiSSCo Prepare Project, the DiSSCo community developed the organisational and legal framework in which the DiSSCo RI can grow and operate. This included commissioning a study to: identify the most suitable long-term legal entity (an ERIC), prepare an early draft of the ERIC statutes (Scory et al. 2023) and the Strategic Plan and produce the required financial information (Koureas et al. 2023a).

During the Transition phase, we will continue to build on the developed corpus of technical documents to complete and consolidate the process for the formal submission to the European Commission of Step 1 and Step 2 application for an ERIC. We will support the work of the DiSSCo Funders Forum Advisory Board (FF) (formed by ministerial representatives from prospective member states) in their negotiations to reach a consensus and complete the legal and technical documentation required for the ERIC establishment. We will develop the documents required for the early days of the DiSSCo ERIC, including the implementing rules and policies. The above will also enable the transition from the RI’s interim governance to the ERIC's new formal governance.

During the DiSSCo Preparatory Phase, the participation of institutions and the engagement of National Nodes was done through regular meetings, providing a platform to channel and support their formal commitment towards the RI. This allowed us to capture detailed information on the different needs of the Nodes when developing DiSSCo. These needs included costing, training resources and research priorities. The National Nodes have proven to be an effective channel for aggregating institutional data and tailor narratives for their respective governmental funding agencies.

The second objective will focus on developing the participation of the National Nodes through two approaches:

a country-level approach, working with the national representatives of the nodes towards their countries’ participation in the DiSSCo ERIC; and

During DiSSCo Transition, this dual approach will be further used to support the formal commitment of National Nodes to the DiSSCo ERIC, and to establish the path for engaging with future DiSSCo ERIC partners. Comprehensive information about the DiSSCo process will be shared through informative workshops and the identification of mechanisms and tools that will support decision-making at the national level.

Two work packages*1 in DiSSCo Prepare laid the foundation for standards implementation, technical architecture and e-services provision. The DiSSCo e-services are expected to be developed in alignment with the provisional DiSSCo Data Management Plan (DMP - Hardisty (2019)), which describes protected characteristics regarding the centrality of the Digital Specimen, FAIRness and Digital Object architecture, as well as requirements for data security. FAIRness of the data means that all the data handled and used within DiSSCo will be Findable, Accessible, Interoperable, and Reusable (FAIR). Software development will follow modern practices like Agile*2, DevOps*3 solutions and the resulting code is expected to be open-source and maintained in the DiSSCo GitHub repository. During the DiSSCo Transition Project, we will maintain, update, and plan for future operation and management of selected services that are either

fundamental for the delivery of the core data architecture of DiSSCo or

The development of e-services in the Project will focus on connecting fundamental end-user services with core infrastructure components. This creates an integrated data infrastructure, aligned with the DiSSCo DMP and with the standards developed in WP4.

Data Standards are fundamental tools that, when universally implemented, ensure systems and data interoperability. Especially for biodiversity information, the application of community Standards (such as Darwin Core*4, ABCD*5, IIIF*6) has raised the level of interoperability between data providers and data aggregators. DiSSCo data architecture relies on its capacity to process data from multiple sources and redistribute annotated information to other infrastructures and applications. Furthermore, the innovative data architecture planned for DiSSCo required the development of new community Standards, such as MIDS*7 and Latimer Core*8. The DiSSCo Transition Project will continue the work already started within the international community to develop these Standards further and deliver best practices on their implementation in DiSSCo and other linked international infrastructures.

During the Preparatory Phase of DiSSCo we established a series of governance bodies. Collectively they ensured the optimum implementation of the DiSSCo Preparatory Phase programme (Table 3) and created opportunities for the engagement and commitment of the DiSSCo National Nodes (through the interim General Assembly) and future funders (through the Funders Forum) and ensured the scientific and technical review of the infrastructure (through the Scientific and Technical Advisory Boards). Their operation is still required and becomes even more important as we transition towards the Construction Phase. The DiSSCo Transition Project will continue supporting these bodies, providing crucial information to them, and integrating their decisions or advice in the next steps of the DiSSCo development.

Building on the results of the previous projects

The Project’s work plan is based on the recommendations of the DiSSCo Construction Masterplan (CMP). The CMP represents the compilation of all the outcomes of the DiSSCo Prepare Project and the collective effort and inputs of DiSSCo-related projects (Table 2). The CMP is a corpus of knowledge prepared as a design blueprint for the construction and operation of the DiSSCo research infrastructure, designed to support immediate and practical development. It provides over 170 actionable recommendations organised thematically. These recommendations are prioritised and mapped across the development phases of DiSSCo. During the DiSSCo Transition Project, we will use these recommendations and have prioritised those which are the most urgent and relevant to the overall goal of the Project, forming the basis of the Project’s Work Packages & Tasks. The work plan of the Project does not address all the prerequisites of the Construction Phase but prioritises areas of work that rely on multi-partner collaboration and international partnerships. The other critical recommendations of the DiSSCo CMP will be complementarily undertaken by the DiSSCo Coordination and Support Office (CSO), i.e. the executive office of DiSSCo RI.

Complementarity to other projects

DiSSCo RI is involved in other EU-funded projects that invest in networking, research or innovation activities. The outputs of these projects are crucial for the success of the infrastructure. As such, we anticipate that we will be able to integrate results from these projects before or during the Construction phase of DiSSCo. Specifically, the following projects and their outputs will be considered:

The Biodiversity Digital Twin (BioDT) Project

The Biodiversity Digital Twin for Advanced Modelling, Simulation and Prediction Capabilities (2022-2025 https://biodt.eu European Commission (2023a)) project aims to develop a prototype that can simulate and predict global biodiversity dynamics by addressing multidisciplinary use cases. One of the main objectives is to build a FAIR Biodiversity Digital Twin that can facilitate the interoperability and link of various scientific models, datasets, workflows, algorithms and software. To achieve this goal, Naturalis Biodiversity Center is leading a work package focused on FAIR and FAIR Digital Objects (FDO) (SGN is also a member of this work package). DiSSCo's participation in FDO implementation provides crucial input to the BioDT project. Additionally, integrating cross-research infrastructure data (from eLTER, LifeWatch and the Global Biodiversity Information Facility (GBIF)) into the digital twin and High-Performance Computing (HPC) system can also aid the development of DiSSCo's FDO implementation and linkage with automation and enrichment services.

ENVRI FAIR Project

ENVRI FAIR (2019-2023 https://envri.eu/home-envri-fair European Commission (2023b)) aims to operationalise FAIR implementation in the environmental sciences and biodiversity community. As part of this effort, Naturalis and CETAF are collaborating on a work package focused on the FAIR implementation timeline and roadmap for different RIs. In addition, we are working with LifeWatch and Catalogue of Life to develop best practices for using and resolving scientific names. Through this collaboration, we address persistent identifiers, metadata, data catalogues and Authorisation and Authentication Infrastructure (AAI) in the cross-RI FAIR implementation framework. The results of this work have already provided valuable input for DiSSCo's FAIR roadmap, and the collaboration is expected to continue beyond the conclusion of ENVRI FAIR.

The Biodiversity Genomics Europe (BGE) Project

The Biodiversity Genomics Europe (2022-2026 https://biodiversitygenomics.eu European Commission (2023c)) aims to accelerate the use of genomic science to enhance understanding of biodiversity by bringing together two networks – BIOSCAN Europe (which focuses on DNA barcoding) and the European Reference Genome Atlas (ERGA) (which focuses on genome sequencing). Genomic science in biodiversity is becoming a data-driven endeavour in parallel with the developments in DiSSCo and other stakeholders like INSDC, BOLD, ELIXIR and GBIF. The importance of natural history collections that bring in data from millions of specimens is widely recognised in this initiative and DiSSCo's involvement and usage of the Digital Specimen Architecture will play a crucial role here.

The Biodiversity Community Integrated Knowledge Library (BiCIKL) Project

The BiCIKL project (2021-2024 https://bicikl-project.eu European Commission (2023d)) aims to improve how biodiversity data are identified, linked, integrated and re-used across the research lifecycle. By doing so, BiCIKL helps to increase the transparency, trustworthiness and efficiency of the entire research ecosystem. BiCIKL catalyses a culture change that has already started towards FAIR and interconnected data. It will start and build a new European starting a community of key research infrastructures, establishing open science practices in biodiversity. BiCIKL will provide new methods and workflows for integrated access to harvesting, liberating, linking, accessing, and re-using biodiversity data, including data from the literature. This will improve reuse and help build a global biodiversity knowledge graph.

TETTRIs

TETTRIs (2022-2026 https://www.tettris.eu European Commission (2023e)) aims to bring about a significant transformation in the field of taxonomy to address biodiversity changes by enhancing the capacity for taxonomic research and transferring critical scientific knowledge to key societal stakeholders. In advancing the field of taxonomy and beyond, TETTRIs will implement several technical and systems innovations developed by consortium partners and validated in collaboration with target groups such as citizen scientists, through third-party projects.

Approach to the Coordination of the Project

During the 18 months the DiSSCo Transition Project will be strongly focused on consolidating and advancing results from previous work to ensure DiSSCo RI enters its implementation phase with high scientific, data, technical, organisational and financial readiness. The Project will not operate in isolation. As mentioned above, it will be linked to the wider ecosystem of related projects and the wider DiSSCo RI activities (implemented outside of the DiSSCo Transition Project). Our approach to Project coordination includes:

(i) Simple and effective internal project management in proportion to the grant's budget.

The project's management team will comprise the project coordinator, a project manager and a project administrator, who will work together within a Coordination Team. The WP leaders, the management team and the chair of the Technical Team will form a Project Executive Board. The Project Beneficiaries will form the Project Council, which will be the ultimate decision-making body of the Project. Details on the terms of reference and rules of procedure for all the above will be drafted and agreed upon in the Consortium Agreement.

(ii) Alignment between DiSSCo Transition Project governance and DiSSCo RI governance

The work plan of the Project must be aligned to the wider activities of the RI during these 18 months. The DiSSCo CSO will be connected to the Project. The Project Coordinator will be the DiSSCo Coordinator and executive director of the DiSSCo CSO.

(iii) Use of DiSSCo advisory bodies for consultation and assurance

We will make use of the existing and long-standing advisory bodies of DiSSCo RI for guiding the Project beneficiaries as follows:

The Technical Advisory Board (TAB) will advise on technical issues deriving from the activities of the Project and especially issues linked to WPs 3 & 4. Furthermore, they will be reviewing key Project outputs;

One vision outlined in Horizon Europe (European Commission and Directorate-General for Research and Innovation 2021) and other EU-funded programs is to embrace open science as the modus operandi for all researchers. The core idea behind DiSSCo's objective and the technical design aligns with this vision. The DiSSCo Construction Master Plan underpins a FAIR-by-design infrastructure with services and policies that foster open science*9 and open data*10.

The project’s Data Management Plan (DMP) will include policies on the publication, storage, persistence and accessibility of all data produced or handled by project partners and under the practices of open science. The project’s DMP should not be confused with the DiSSCo provisional DMP, which was created in EU funded project ICEDIG and will be updated and advanced into a machine-actionable DMP in WP3. The DiSSCo provisional DMP underpins active data management planning and stewardship with a focus on achieving maximum accessibility and reusability of data, the longevity of data and data preservation, community curation, linking to third-party information and reproducible science. This is ensured through protected characteristics described in the DiSSCo DMP, such as centrality, accuracy and authenticity of the Digital Specimen, protection of data, preservation of readability, traceability/provenance, and annotation history. These are essential for open science and open data and will also help build long‐term trust in DiSSCo.

Deliverable reports from this project will be stored in the DiSSCo Knowledgebase (https://know.dissco.eu), designed for persistent storage of FAIR documentation: all documents get a persistent identifier (DOI) and metadata that describes the document and its provenance when stored in this repository. Documents in the repository are publicly accessible and findable. Software created in the project will be provided with open-source licences in a public repository (GitHub). The e-services developed in the project will be provided as part of the European Open Science Cloud (EOSC) public offering.

The DiSSCo technical infrastructure supports open and collaborative research practices by enabling the sharing of data at the earliest possible stage and making this available for reuse, enrichment and validation by both humans (researchers, citizen scientists) and Artificial Intelligence-driven machines. The FAIR design ensures the inclusion of persistent identifiers and metadata to provide context. Project results will be shared with Creative Commons*11 licences suitable for open data (CC0 Public Domain and CC-BY Attribution) through this infrastructure.

By sharing natural science collections data openly, DiSSCo will enable researchers to validate, extend, and build upon existing data leading to a more comprehensive understanding of nature and thus, contribute to further dissemination of the importance of biodiversity knowledge. In DiSSCo, we will also engage stakeholders such as policymakers, conservationists and the public by making data available in accessible formats, such as interactive maps, visualisations and online platforms. This will increase awareness and bring research evidence into policy and practice. In this context, understanding project-specific data management is also critical for ensuring the quality, integrity and accessibility of research data.

By implementing best practices in data management, we ensure that the Project will properly understand the data types and licences and will address access and ethical policies. Even though most project outputs are expected to be made openly accessible to the public, the specific terms of use, licensing, and ownership of the intellectual property may vary depending on agreements between the stakeholders and may need a process for transfer to the DiSSCo ERIC. During the Project, the Project Council (formed by all project beneficiaries) will further establish processes for the potential transfer of intellectual property ownership generated throughout the Project to the legal entity of DiSSCo ERIC. Finally, personal data will be handled under GDPR.

Establishing DiSSCo ERIC (Linked to Obj. 1 & 5)

Establishing the DiSSCo ERIC is the first step for DiSSCo to start operations. It will guarantee financial and organisational capacity to enter the project's construction phase successfully. Moreover, the legal entity will make it possible to establish long-term cooperation and strategic partnerships to create and implement DiSSCo RI programmes. Finally, the ERIC will provide the best platform to define, manage and plan actions to respond to continuous research and changes in national priorities.

The application process for DiSSCo ERIC requires the preparation of several technical documents that, together with national declarations on the international aspects of the ERIC, will form the corpus of information necessary to apply.

During the transition phase, the technical documentation (Statutes, Financial provisions and the Technical & Scientific description) will be completed to support negotiations among the Host and Founding members. Further work is foreseen for submitting the final versions as part of the formal application of Step 2.

The methodology will follow a comprehensive, well-structured process that ensures the participation of key stakeholders, the National Nodes and DiSSCo governing bodies through regular updates and consultations. It will do so by supporting the Funders Forum (FF) members in their role as potential founding members and collaborating closely with WP2 and WP5.

Furthermore, the work will include activities to facilitate discussions in the FF at national level. To do so, WP1 together with DiSSCo CSO, will carry out advocacy actions led by potential founding members to guarantee the necessary critical mass of countries joining DiSSCo ERIC in the first round.

DiSSCo ERIC will need implementing rules and regulations to allow operation and clear agreements between the ERIC and the distributed RI. The preparation of the rules will follow the methodology described above, supported by the experience gained in developing DiSSCo principles and governing requirements during the Preparatory Phase.

Completing the DiSSCo policy framework (Linked to Obj. 1)

It is planned to produce specific policy documents to support the development of the Statutes of the DiSSCo ERIC. The ERIC Regulation (EU) No 1261/201314*13 considers the following policies as part of the ‘essential elements’ of the Statutes of an ERIC: access policy for users, intellectual property rights policy, employment policy and procurement rules. Scientific evaluation and dissemination usually do not require further supporting policy documents since they are already defined in the ERIC’s statutes. These policies and the procurement rules will expand on the principles included in Chapter 1 of the DiSSCo ERIC statutes and provide the principles, procedures, and, where relevant, conditions of use and operation. Another fundamental policy for the future DiSSCo ERIC is the Data Policy, which will also be included in WP1 as it is closely linked to the Access Policy and Intellectual Property Rights Policy. The work will be done in close collaboration with the DiSSCo Technical Team. It will follow the same methodology implemented in WP1, to keep the National Nodes and governing bodies actively involved from drafting to decision.

Continue development of core technical infrastructure (Linked to Obj. 2)

Former DiSSCo-related EU-funded projects (Table 2) provided major contributions to the technical design and functional prototype of the future DiSSCo technical infrastructure based on FAIR principles. The core DiSSCo technical infrastructure must be continuously developed during the DiSSCo's transition Phase. Stopping or slowing down this development would incur significant technical debt, not only because technology is changing fast and new security threats emerge all the time but also because the concept of FAIR Digital Objects (FDOs) that forms the basis of DiSSCo is rapidly evolving through the collaboration with the German Institute for Standardisation (DIN). Collaborative efforts involving policy, research and technology experts from science and industry are ongoing through the FDO Forum. DiSSCo is a strategic stakeholder and major driver for the specification process. Furthermore, the core infrastructure needs continued work to remain relevant and aligned with the evolving technological, community and legal environments detailed in the next section (Consensus building on standards and best practices).

DiSSCo's value proposition entails several responses that require sustainable technical infrastructure. New services are required to realise the Digital Extended Specimen concept, merge all data classes resulting from the study of collection objects, facilitate community curation to better use limited taxonomic expertise, leverage artificial intelligence, track individual specimens across scientific outputs and to improve access to collections. However, these services can only be operational with a state-of-the-art and FAIR technical infrastructure. To get its place into the future of Research and Development, the infrastructure must also be fully AI-ready by enabling machine-actionable*12 data. In other words, software agents or machines must handle the data autonomously and properly.

DiSSCo has started implementing this infrastructure through a FAIR-by-design architecture based on FDOs. The concept of FDO is a revolutionary way of organising data with the long-term aim of transforming the Internet into a meaningful and highly integrated data space. FDO provides fundamental contributions to the digital transformation in the “Turning FAIR into Reality” (European Commission, Directorate-General for Research and Innovation 2018), and the “EOSC Interoperability Framework” reports (Directorate-General for Research and Innovation (European Commission) et al. 2021). FDO enables us to bind together all information about any natural item, such as a specimen object, to create a new actionable, meaningful and technology-independent digital object. As stated by the FDO Forum, FDOs provide a conceptual and implementation framework to develop scalable cross-disciplinary capabilities, deal with the increasing data volumes and their inherent complexity, build tools that help to increase trust in data, create mechanisms to operate in the domain of scientific assertions efficiently, and promote data interoperability (The FDO Forum 2023).

Several pilot projects have been conducted to test and develop the concept of FDO, but DiSSCo is the first RI that aims to implement FDOs at the core of its technical infrastructure. DiSSCo’s Preparatory phase has already started to implement this infrastructure since it will be fundamental for the further development of DiSSCo’s services, such as providing persistent identifiers (PIDs). PIDs are urgently needed to (re)-connect primary data, e.g. specimen records with molecular data and literature, and must continue to be globally developed at the international level of research in collaboration with DiSSCo’s partners worldwide (Suppl. material 1). As the development of Digital Extended Specimens (DES) to create an extensible network of biodiversity data records gains global acceptance (Hardisty et al. 2022), we must act quickly before countries or regions develop individual solutions, which could create interoperability issues and likely would increase the costs of implementing global data infrastructures. By continuing the development of the FDO core technical infrastructure during DiSSCo's transition phase, DiSSCo will implement an AI approach that can 'travel' the fast-growing corpus of scientific data to provide trustworthy answers persistently linked to scientific evidence such as the primary specimen material.

Consensus building on standards and best practices (Linked to obj. 2 & 4)

DiSSCo's Preparatory phase reviewed existing community standards: Gaps have been identified that need to be addressed to develop the open Digital Specimen specification (openDS) - describing the data model, ontology and Application Programming Interfaces (APIs) for the DiSSCo data infrastructure and services. DiSSCo’s partners and the wider international biodiversity and geodiversity community started to address these identified gaps by developing new metadata standards, such as MIDS and Latimer Core, and adapting existing standards, such as Darwin Core and GGBN to DiSSCo RI needs for persistent references to data and related agents. This is needed to support, e.g. the proposed community curation model and to adapt to changing legal requirements. DiSSCo’s partners also led on international consensus-building for adopting these changes in data standards and infrastructures using them. DiSSCo developed best practices and guidelines such as the publication of digitisation guides (DiSSCo Prepare et al. 2023).

Continued work is needed to further develop the core technical infrastructure. Best practices must be maintained and adapted to changing requirements. Also, coordination of pilot integrations and collaboration with international infrastructures, such as the Catalogue of Life (COL), GBIF, ENA and BOLD must be maintained. This coordination will continue to optimise the relevant infrastructures for bi-directional linking after the EU-funded BICIKL project finishes (April 2024), which is currently building the foundations for this cross-infrastructure interoperability. DiSSCo should keep abreast of these developing collaborations during its transition phase.

Besides coordinating these pilot integrations and collaboration with international infrastructures, DiSSCo will also continue to organise and support discussions with organisations through international platforms like International Partners for the Digital Extended Specimen (IPDES), an informal group of relevant stakeholders. It will ensure participation of DiSSCo in further developing the vision regarding a global roadmap for implementing the Digital Extended Specimen concept and a community-driven vision on collections’ data mobilisation.

Besides our ongoing international coordination and dissemination activities, further support is needed to facilitate the implementation and widespread adoption of DiSSCo APIs by researchers and infrastructure providers. This will be done during the Project by writing documentation, organising workshops with candidate implementers, and continuing discussions with collection management system (CMS) providers. It will also be important to continuously monitor the evolving needs of researchers during the transition phase of DiSSCo's data infrastructure and services to ensure that the DiSSCo Construction Master Plan remains up to date. This will require further discussion and testing of the scientific usability of the piloted DiSSCo infrastructure with researchers through workshops and consultation in the transition phase.

National Nodes engagement and inclusion (Linked to obj. 2)

As a distributed RI, DiSSCo aims to collate an extensive participation of institutions across Europe that will support the comprehensiveness of the data provided through DiSSCo related to bio- and geo-diversity collections and the wide use of the services built on top of that data. Accuracy, reliability and consistency of the data will entail the endorsement of the DiSSCo principles by a vast range of researchers, the implementation of consistent and interoperable procedures by the facilities involved and an overarching vision of how to run and sustain the RI shared at the European level. For that, the community is instrumental in supporting the RI's constituency, operation and sustainability. During the DiSSCo Preparatory Phase, the existing commitment towards constructing the DiSSCo RI started with the key and most relevant institutions gathered around CETAF that escalated to form National Nodes. Those Nodes include facilities of all sizes and all maturity levels holding collections in each participant country. The formation and consolidation of National Nodes have been crucial during DiSSCo Preparatory Phase and proved to be a very successful mechanism to channel common ambitions. DiSSCo has thus already been fundamental to initiate the development of collaborative processes, workflows, tools and services and to collate data of biodiversity collections at both institutional and national levels. Those National Nodes have been pivotal in constructing the national narrative to address the governmental funding agencies to support DiSSCo, by including digitisation of collections in scientific and strategic roadmaps run nationally, as well as formalising their interest to operate and, thus, promoting the need to fund DiSSCo ERIC.

European scientific facilities across Europe are very diverse in typology, size, funding, governance structures, and even in the development status of their digitisation efforts. Therefore, the National Nodes are also different in size, representation, commitment, and linkage to the funding of national agencies. Such diversity generates complexity that impedes having a unique narrative that may apply to all. For that, special efforts will be dedicated during the Project to supporting those National Nodes already interested in becoming active partners of the DiSSCo ERIC. Support will include engagement, networking, and developing a common message to transmit to their national representatives toconsolidate their participation in DiSSCo. During the Projects' lifetime, monthly online meetings and workshops will be held to ensure adequate feedback between the coordination and the community.

Thanks to the DiSSCo-linked projects, a set of instrumental tools have been developed to provide self-assessment mechanisms that help the institutions and the nodes to identify their status quo regarding the digitisation of their collections and, therefore, to address priorities and identify actionable recommendations. Those tools may apply to institutional or national levels and provide the basis to aggregate and organise the resulting information at a European scale. The DiSSCo Transition Project envisages a roadmap for using and exploiting these tools by the entire community around DiSSCo that will facilitate the inclusion and engagement of European collections’ holding institutions. Such a roadmap will also help to better structure the deployment, maintenance and enhancement of these tools, namely the Digitisation maturity tool, the Policies compliance tool, and the Specialisation plan. They will eventually be complemented by resources embedded into the DiSSCo helpdesk as a first entry point to allow an understanding of those tools and how to use them.

Finally, CETAF will act as a channel to ensure inclusion and encourage the participation of as many natural science collection holders as possible who will be actively committed to further developing the DiSSCo RI.

During the DiSSCo Preparatory Phase, we introduced a comprehensive framework for progress assessment using the concept of the Implementation Readiness Level (IRL). IRL is an evaluation framework that includes five dimensions and assesses the overall maturity of an RI towards its ability to embark on its implementation (construction) phase. Specifically, it measures the maturity of the RI regarding

Scientific readiness,

The DiSSCo Transition Project will directly impact the IRL of the RI, aiming to start the early-phase implementation of the RI at its optimum IRL values (Fig. 3). Specifically, its outputs will focus on the overall business (organisational & financial) and data & technology readiness (i.e. contributing to four out of the five dimensions of the IRL). The Project work plan builds on the outcomes of the Preparatory Phase of DiSSCo. It enables the RI to kick start its implementation phase with the set-up of its legal entity (ERIC) and the financial commitments of member states. At the same time, the Project will ensure that in the early implementation phase, the RI will operate within a clear policy framework and with a strong technical backbone that can support the development of end-user DiSSCo’s services.

The Project is expected to deliver impact across all five dimensions of the IRL, as described in Table 4.

Target 21 of the outcomes of the Conference of Parties of CBD (COP 15)*14 highlighted the importance of data, information and knowledge as part of a wider mechanism for impact delivery towards agreed upon 2030 objectives.

The DiSSCo Transition Project is a necessary part of the development process of DiSSCo RI. It will directly impact the ability of the distributed community of museums to deliver their European RI. For the first time, DiSSCo will make it possible for natural history museums of Europe to virtually display their collections to the widest public, researchers and visitors, including the millions of natural objects stored in the museum’s repository that are usually not displayed to the public. The Project will also contribute to the solution space towards a more reliable, interoperable, and service-oriented biodiversity data domain. It will do so by:

further developing the core data infrastructure of DiSSCo - A FAIR-by-design approach in mobilising and interconnecting data from 175 natural science collection-holding organisations across Europe (see section Impact through service development below)

In addition to the responses of the Project to the Topic’s expected outcomes above (Table 4) we provide a more detailed view of the Project’s wider societal impact through three dimensions:

the delivery of adding value services,

Impact through service development

Advancement of DiSSCo's core data infrastructure and e-services as planned in WP3 will directly impact knowledge development: it will provide open access to up-to-date and FAIR scientific data about collections and specimens and link these with derived and related biodiversity data. The data infrastructure and services will support the Green Deal and Biodiversity Strategy for 2030 by providing AI-assisted mass digitisation to scale up the publication of quality digital data. This will provide a further historical reference for climate change research and monitoring the degradation of global ecosystems.

The digital specimens provided by the DiSSCo data infrastructure will support the 'twin transition' vision: there is no Green Deal without digital (Muench et al. 2022). Digital specimens act as digital twins of the physical objects, reducing the carbon footprint of visits to the physical collections. The FAIR and technology-independent design ensures future compatibility with other digital twins from the Destination Earth initiative*15 through the Biodiversity Digital Twin project. The European Loans and Visits system (ELViS) will help scientists decide if a collection visit is necessary and guide them to the closest location of suitable specimens.

The Unified Curation and Annotation Service (UCAS) improves the connection between citizens and science by enabling the co-creation and enhancement of scientific data about specimens to protect biodiversity. It will ensure optimal use of scarce taxonomic expertise in Europe by providing cross-institutional collaboration on curation and annotation, with the capability of connecting AI services to aid this further.

The Collections Digitisation Dashboard (CDD) can show levels of digitisation across all European collections using the community data standards described in WP4. Advancement of the CDD through integration with DiSSCo's data infrastructure will provide an up-to-date overview of the state of the collections in Europe, impacting decisions on prioritisation of collections digitisation, capacity building and funding.

Impact through stakeholders' engagement & enlargement

Engagement: WP2 will keep the research community engaged with DiSSCo development even if their respective countries have varying levels of commitment to DiSSCo ERIC. By tailoring narratives to the country level, our community will be able to address national priorities and communicate the value of DiSSCo to their governments and at a European level. Global challenges require interoperability, standardisation, common procedures and shared understandings of FAIRness of biodiversity-related information at a large scale that starts with the engagement of researchers and institutions as data providers.

The DiSSCo community's engagement also refers to the RI's inclusive approach to gather all types and categories of natural science collections holders. Smaller institutions cannot be left behind and, on the contrary, may need further support to align with overall European effort, fill in gaps and address specific needs to build an integrative infrastructure for excellent science operating in the ERA.

Finally, a community strongly engaged with DiSSCo's vision will allow the provision of bio and geodiversity data in the format and at the scale needed. This will constitute a reliable and accurate baseline supporting well-informed decision-making in tackling specific critical species and areas and implementing monitoring methods and systems that could halt biodiversity loss.

Enlargement: WP1, in collaboration with DiSSCo CSO, will work towards the enlargement of DiSSCo ERIC members. Discussions at the FF meetings will include significant information and specific narratives, a consistent information package useful for FF members to peer-to-peer advocates. The work will contribute to increasing awareness and support for one of the main priorities for the ERA and strengthen the overall European Research Infrastructures landscape.

The methodology set up by DiSSCo towards the preparation of the ERIC will also create the ideal environment for national funders and institutions to communicate and identify national priorities and common objectives, which will trigger the alignment of positions and coordination and guarantee the maximisation of resources and the fulfilment of common goals.

Standards: In 2018, the EU published a report estimating that not having FAIR research data costs the European economy at least €10.2bn annually (Directorate-General for Research and Innovation (European Commission) and PwC EU Services 2018). Therefore, the adoption of FAIR and open standards, open-source development and the FAIR Digital Object framework have the potential to address the inefficiencies arising from using non-FAIR data. In WP3 and WP4, we support DiSSCo’s commitment to FAIR and open data, combined with iterative and evolutionary design principles. We see avenues for applying centralised governance while facilitating decentralised data and service interoperability. For instance, with the application of FDO, Agile and DevOps methodologies, external developers, researchers and other RIs and service providers can rapidly develop and test new tools to accelerate data linking and analysis. Adopting FAIR principles will allow for the wider usage of data and will enhance new scientific insights and innovations. The impact of applying and adopting open standards and FAIR principles extends beyond the scientific community: they will also favour greater international collaboration, new partnerships, innovations and discoveries.

Continuing the development of openDS and integrating and supporting emerging standards like Latimer Core and MIDS will ensure DiSSCo is interoperable with other RIs and improve natural science collections' discoverability and citability. These standards will allow RIs to understand the suitability of data for service provision, data enhancement (e.g., through AI-based services like those planned in WP3), or for research purposes. They also better support data-driven prioritisation of work by quantifying the outcomes and the level of digitisation achieved.

Best practices: WP4 will document best practices to support consistent, reliable, and transparent collection and management of biodiversity data, thus reducing errors and biases in the quality and accuracy of the data. International collaboration and agreement on best practices around data standards will help to promote the sharing and integration of biodiversity data across different regions and stakeholders, including researchers, policymakers and the public. By establishing common standards and best practices, data will be more easily shared for improved understanding of biodiversity patterns and trends, improving, in turn, the information provided to decision-makers, thus having a strong potential to result in better strategies to protect the diversity of life on Earth.

For outcomes that require wider DiSSCo community consensus (e.g. policies, best practices etc.), the Project’s approach will be based on a robust consultation process, which was successfully used during the Preparatory Phase of DiSSCo. The consultation process includes three distinct steps as follows (Fig. 4):

The Project expert teams produce the first draft of work plan-derived outputs;

The DiSSCo Transition project partners are the 16 institutional beneficiaries of the project. To keep them engaged during the project, internal communication mechanisms and regular meetings at WP and consortium level will be implemented.

The successful conclusion of the Preparatory Phase (2018-2023) has arguably established DiSSCo’s name in the European landscape of environmental RIs and paved the way for new organisational and technical development. This makes the DiSSCo Transition Phase the ideal time to disseminate and communicate on DiSSCo’s progress. DiSSCo’s dissemination and communication will require extending and refining narratives, and methods to both maximise the impact of the team’s interactions with the scientific community and society in general and feed the dialogue between DiSSCo and its different stakeholders.

Dissemination

The organisation of Technical Workshops and Conferences will act as a major channel for sharing the results of the Project, engaging future users of DiSSCo on the development of its infrastructure and services, and strengthening the links between DiSSCo and the scientific and policy making communities.DiSSCo Transition plans to organise four workshops during the lifecycle of the project. The two workshops organised within WP2 (MS2.1-2.2) ensure that DiSSCo’s National Nodes will get a sound knowledge of the progress of the RI while also allowing DiSSCo to gather feedback on the needs and requirements detected at the national level and also from the perspective of other potential users of the RI. The two workshops of WP4 (MS4.2 and MS4.3) will aim at sharing DiSSCo’s technical designs and prototypes with its community. They will also be crucial tools to foster international collaboration around data standards and best practices and to strengthen DiSSCo’s links with other European projects and instruments, such as ESFRI. Dissemination in DiSSCo Transition will also involve further post-workshop activities, including records of the workshops made available to the wider audience (e.g. via social media, institutions’ websites and a dedicated YouTube channel), technical publications in diamond open-access, peer-reviewed journals such as the European Journal of Taxonomy (EJT), CETAF communication platforms, DiSSCo technical platforms and partners’ blogs and bulletins, and reports adapted to the largest audience and fed into the Project website’s. Dissemination activities surrounding DiSSCo Transition Project workshops will be a shared responsibility of all the partners, who will provide support and use their resources to provide visibility of these events among their networks.

Exploitation

Exploitation strategy will be part of the plan for Dissemination, Exploitation and Communication strategy developed by WP5. DiSSCo Transition’s exploitation strategy will include:

Exploitation of technical reports, plans, methodologies and other outputs will be made available via scientific journals and platforms (e.g. Open Research Europe platform, Research Ideas and Outcomes (RIO), Horizon Results platform). Publications of reports or software development affiliated with DOIs for each output of DiSSCo will ease their findability and sharing via other services and platforms (e.g. DataCite, OpenAIRE), providing multiple avenues for exploitation. Additionally, by adhering to open standards and FAIR principles, DiSSCo's output will provide easier access and interoperability to the widest spectrum of stakeholders.

Communication

An updated DiSSCo website will play a primordial role in the Project’s communications. It will host a new, specific site for the DiSSCo Transition project. Featuring its visual branding and specific sections, it will act as the main access point for all information about the Project, including dissemination tools, such as the Knowledge Area and DiSSCo’s technical platforms. As a complement to the website, DiSSCo Transition will also create and operate its profile on social media (Twitter, YouTube and LinkedIn) as an effective channel for calling the stakeholders’ attention to the project’s initiatives and supporting the organisation of and attendance at technical events.

In full alignment with Horizon Europe’s recommendations and following the principles of DiSSCo’s Construction Master Plan underpinning a FAIR-by-design infrastructure, policies and services, DiSSCo Transition will embrace open science as its modus operandi. In DiSSCo’s view, this open and collaborative approach entails sharing data at the earliest possible stage, making this available for reuse, enrichment and validation while ensuring the implementation of persistent identifiers and metadata to give context and provenance information.

Data products (technical reports, plans, methodologies, etc.) will be stored in the DiSSCo Knowledge Base to be publicly accessible and findable. Similarly, software developments will be published in a public repository (GitHub) with open-source licences, while e-services will be provided as part of the EOSC public offering. All outputs will have their own persistent identifier (DOI) and metadata, ensuring an appropriate content description and provenance description. DiSSCo Transition’s Consortium Agreement, to be signed by all the project’s partners, will specify the terms for Intellectual Property Rights (IPR) management.

Secure successful transition from the Preparatory Phase to the Implementation Phase for DiSSCo

Dissemination: a. Technical Workshops/Conferences and post-workshop dissemination activities. b. Attendance at third-party technical events. c. DiSSCo’s technical platforms and Knowledge Base. d. Knowledge Area within the project’s site

Formal submission for Step 1 & 2 of the DiSSCo legal entity - ERIC

DiSSCo Transition project partners (16 beneficiaries)

Enlargement of countries supporting DiSSCo ERIC

Increase of the DiSSCo Implementation Readiness Level to the required optimum for the early-phase implementation

The structure of the project is given in Fig. 5

DiSSCo Transition Project has a lifetime of 18 months, a life span that is considered sufficient to critically address the combination of limited resources available with the need to bridge between the Preparatory and the Construction phases of DiSSCo. Work is concentrated in 1.5 years to ensure efficiency in resource use while allowing the implementation of expected actions in a focused program. The previous DiSSCo programme provided the basis to ensure continuation of activities in a both seamless and targeted manner, with the right partners fully committed, the synergies and interlinkages between WPs already tested, and a set of objectives clearly defined.

The work packages are summarised in Table 5.

Objectives:

Pave the way towards the ERIC application process.

Description of work

Work package 1 (WP1) builds on the work done during DiSSCo’s Preparatory Phase, specifically on the recommendations on organisation and finance from the DiSSCo Construction Master Plan. The goal is to guarantee the successful constitution of the legal entity and to ensure a critical number of member countries supporting the DiSSCo ERIC to allow operations. Furthermore, the work aims to provide organisational and financial structures to support daily governance.

WP1 benefits from the experience of the participant partners already involved during the Preparatory Phase. The methodology will follow the principles of transparency and inclusiveness with a well-structured process from drafting to decision and the participation of the main DiSSCo stakeholders. WP1 will collaborate with WP2 and WP3 to guarantee a successful implementation and the overall increase of the IRL.

Task 1.1: ERIC Roadmap implementation (M1-M18) - Naturalis, RBINS, X-Officio, MNHN, BGMeise, CETAF.

This task focuses on the ERIC application process: supporting the preparation of technical documentation, supporting the Funders Forum (FF) and potential founding members, and preparing narratives that highlight the added value of the Research Infrastructure (RI).

The work will be done in close collaboration with the FF, the advisory body in which national funding agencies are represented, to ensure complete alignment between DiSSCo developments and national priorities. Furthermore, to support the enlargement of founding members, the team will work in the preparation of a Socio-Economic impact assessment that will showcase the added value of the RI and will support advocacy activities.

Finalisation of the corpus of technical documentation necessary for the ERIC application process (Step 1 and preparation for Step 2).

Task 1.2: ERIC Implementing Rules and Terms of Reference for the DiSSCo ERIC bodies (M1-M18) - X-Officio, RBINS, Naturalis, MNHN, BGMeise.

This task will focus on the preparation of the documents which are required for the proper functioning of the DiSSCo ERIC, other than the Statutes (the Statutes are covered in Task 1.1). As provided for by the ERIC Regulations, the Statutes are complemented by a set of Implementing Rules complying with the Statutes as well as a set of policies and principles which will be referred to in the body of the Statutes (covered mainly in Task 1.3 and partially under this Task).

Preparation of a comprehensive set of rules of procedures and terms of references for DiSSCo ERIC governing bodies (M1-M10):

Rules of Procedure for the DiSSCo ERIC General Assembly as the ultimate decision-making body.

Task 1.3: Policy Framework (M1-M18) - RBINS, X-Officio, MNHN.

This task focuses on the preparation of the policy documents which will be referred to in the Statutes of DiSSCo ERIC, in particular, on the preparation of Access and Data policies in close collaboration with WP3 and Employment and principles for Intellectual Property Rights (IPR) policies.

Preparation of Data policy framework (M1-M13): It will provide guidance to the users to ensure that research involving material made accessible through DiSSCo ERIC shall recognise the rights of data owners and the privacy of individuals. The Data policy will establish the rights and obligations of the users by setting the terms and conditions for governing access and guaranteeing that suitable security arrangements are in place regarding the storage and handling of data. It will also ensure that the data providers, right holders, authors and DiSSCo ERIC are acknowledged in an appropriate manner.

Objectives:

Maintain a cohesive and comprehensive community in support of DiSSCo RI.

Description of work

The tasks under WP2 are intended to achieve consolidation of certain dimensions (information, engagement and exploitation) related to the community, which will ensure the necessary increase of the IRL in the organisational dimension. Collaboration with CETAF will multiply the impact.

Task 2.1: Consolidate channels of participation of NNs in the development of DiSSCo (M1-16) - CETAF, Naturalis, SGN, RBINS, NHM, NHM UoC, NHM ULisboa, IBER-BAS, PSB-SAS, UTartu, BGMeise, NHMD, UniFi, MNHN, FUB-BGBM.

It is crucial to keep the community updated on the DiSSCo process. Similarly, to continue building the RI with a bottom-up perspective, it is essential to receive feedback whenever needed to support the development of the core services and critical dimensions included in the project. For this purpose, monthly recurring meetings will be organised with all the participating National Nodes. Three (3) workshops are envisaged (to be held in collaboration with corresponding related WPs) in order to 1) keep the nodes informed on the progress of the core activities included in the transition process to achieve shared understanding, 2) facilitate sustainability of the engagement through stable connection with CETAF, and 3) receive feedback on the further development of the RI to meet the needs and requirements detected at a national/institutional perspective.

The main aspects to debate will be the following to understand, facilitate and ensure endorsement of DiSSCo outcomes across the community:

The technical architecture, in collaboration with WP3 (see Milestone 3.1)

These workshops are meant for fostering engagement of the beneficiaries towards the DiSSCo ERIC but also to facilitate an inclusive approach on critical aspects of the core development of the DiSSCo RI. Two of them (the first and second) will be held virtually, whilst the third will run on a hybrid format, under the organisation of NHM. The latter will be organised jointly with WP4 and the objectives of both WPs will be merged in a single event. The outcomes of that joint workshop will serve both WPs, 2 and 4, by collating information from experts, on a technical basis, and from institutions and NNs, in terms of implementation. The discussions during these events will provide fundamental information with a bottom-up approach that will serve, among others, to consolidate the framework of standards applicable, to contribute to the inclusive development of the DiSSCo community and to tackle critical aspects of core architecture such as identification of bottlenecks, sustainability or implementation requirements. Outcomes from Workshops will support the identification of best practices and recommendations to enhance the participatory schema for DiSSCo RI.

Task 2.2: Identify means to sustainably collect, aggregate and analyse information from National Nodes (M1-M18) - RBINS, CETAF, NHM, Naturalis, MNHN.

The contribution of the beneficiaries with data is essential to rely on well-grounded tools that could support the participation of researchers, institutions and nodes in the DiSSCo Research Infrastructure. To that end, it is important to enlarge the ground base of the data collected during previous DiSSCo-linked projects to be able to

provide meaningful tools to the community, and

This Task will be dedicated to identifying sustainable pathways to gather contributions from the community and, therefore, enhance means to examine priorities, promote the creation of centres of excellence and set the basis for strategic partnerships, around the basic tools that were initiated during the DiSSCo Preparatory Phase, specifically:

The Specialization Plan (linked to the CETAF Registry of Collections).

For that, relevant data shall be collated to support and secure the usability of those mechanisms with the addition of more content and an examination of analytical data pipelines, and procedures.

Task 2.3: Provide entry-point resources for the DiSSCo Helpdesk (M4-16) - CETAF, ULisboa, UoC.

To ensure inclusion and effective participation, the community needs to be capable of exploiting DiSSCo RI and, for that, it needs to be tooled-up and provided with tailored training resources to foster the participation of instrumental groups. This Task aims to create a manual/set of guidelines that will be integrated into the first layer of the DiSSCo Helpdesk, to facilitate understanding, access and exploitation of DiSSCo RI from the users’ perspective. Such resource for community capacity building will be based on the lessons learned from the related project BiCIKL-Biodiversity Community Integrated Knowledge Library and drawing from the recommendations contained in the Construction Master Plan resulting from DiSSCo Prepare project. Interconnection of the envisaged DiSSCo Helpdesk with the DiSSCo Knowledge Base as well as with other European Environmental Research Infrastructures and the European Open Science Cloud-EOSC will also be addressed in this Task. Integration of AI into the Helpdesk mechanism will be explored. The Helpdesk will constitute a vital component for attracting external users and stakeholders and increasing their satisfaction with DiSSCo, ultimately strengthening DiSSCo sustainability.

Objectives:

Advance DiSSCo's data infrastructure to a minimum viable product in preparation for operation under the ERIC and adapt to evolving data standards (T3.1)

Description of work

This work package aims to advance DiSSCo's data infrastructure based on its Digital Specimen architecture (DSarch) and core end-user services (e-services) that will rely on this infrastructure for reading, writing, processing and annotating data. These services are the European Loans and Visits System (ELViS), the Unified Curation and Annotation System (UCAS), the Collections Digitisation Dashboard (CDD), and the Specimen Data Refinery services (SDR). The work package also aims to prepare for operation under the ERIC by advancing the provisional DiSSCo Data Management Plan, including supporting documentation in preparation for the distributed operation and continued development of the data infrastructure and end-user services. These activities will strengthen DiSSCo’s IRL with reference to technological readiness.

Task 3.1: Further develop the piloted Digital Specimen Architecture (DSarch) into a minimum valuable product (M1-M18) - Naturalis, SGN.This task will plan and develop piloted components of DSarch into a minimum valuable product (MVP) of Technical Readiness Level (TRL) 6: Technology demonstrated in a relevant environment with a representative set of real data, with enough features to attract early-adopter users of the RI. DSarch has been developed by the DiSSCo development team (funded by DiSSCo members) based on the results from the DiSSCo-linked projects such as the first version of the openDS (open Digital Specimen) specification with a conceptual data model and API specifications, the data modelling framework, drafts of the developed MIDS and Latimer Core standards and the provisional DiSSCo DMP.

The architecture design and development of the PID infrastructure, one of the DSarch components, is carried out under the EU-funded BiCIKL project and currently TRL 4-5 (proof of concept tested with Handle infrastructure). Other components of DSarch are the Digital Specimen Repository, Data Processing and Publishing services, Indexing services and API, and AAI. These are already demonstrable in a controlled environment prior to this project (TRL 4-5). During further development, DSarch will be aligned with evolving standards and specifications (e.g. openDS +FAIR Digital Objects/FDO) in connection with ongoing tasks in WP4. DSarch will also be extended to support future event-based data updates: events in institutional data management systems or end-user services that trigger updates in the DiSSCo data infrastructure and vice versa.

The DiSSCo infrastructure is summarised in Fig. 6.

Task 3.2: Advancement of end-user Services through integration with core infrastructure and continued e-services development (M1-M17) - SGN, MNHN, NHM, CETAF, RBINS, Naturalis.

This task will focus on integration of SDR, CDD, ELViS and UCAS end-user services with the API and AAI components of the core infrastructure, and Machine Learning-assisted services for data enrichment (such as SDR) with the Data Processing and Publishing component. The task will also expand the functionality of ELViS with a service for individual visits. By implementing the FAIR Digital Object Architecture, the e-services involved will be conceptually and technically merged to form a highly integrated service ecosystem, and access will be provided through a common AAI. This AAI infrastructure is EOSC compliant and provides federated authentication and authorisation among participating organisations to provide cross-institutional services. The work includes the migration of ELViS users and the change of the party responsible for providing the system, which will be carried out in line with GDPR. Special attention will be given to developing the end-user services to provide and connect with open and standardised APIs for future expansion and interaction with other RIs (following the API guidelines developed in the BiCIKL project). This will enable DiSSCo to connect with data infrastructures from environmental RIs such as eLTER and LifeWatch ERIC as well as with services from international data aggregators like GBIF.

Task 3.3: Update and advance the DiSSCo DMP for machine actionability and create supporting documentation (M1-16) - UTartu, Naturalis, SGN.

This task will update and continue the work towards a DiSSCo DMP for the ERIC as initiated in the ICEDIG project (Hardisty 2019 -provisional DMP) and the work carried out in DiSSCo Prepare to develop principles and policies with respect to FAIR data policies. The task will build on developments towards machine-actionable DMPs as carried out in the Research Data Alliance (RDA). A fully machine-actionable DMP will enable flexible integration of all relevant information in the data life cycle and the creation of reports containing structured data (with metadata, identifiers and provenance).

The DMP will be supported with service management documentation for preparing the transition and further development of the DiSSCo data infrastructure and e-services ecosystem for operation under the ERIC. This documentation will focus on service enrolment with the AAI services (describing access rights management and user profiles), usage of PID services (with a small case study for applying PIDs to specimen objects), documentation for future collaboration in teams on distributed code development, and on documentation for connecting small datasets (i.e. with tools like OpenRefine).

Objectives:

Report on the state of standards interoperability and gap analysis for the next stage of DiSSCo RI development and support continued development and adoption of new community standards (T4.1).

Description of work

The biodiversity data community has made good progress in developing new information standards during the SYNTHESYS+, ICEDIG and DiSSCo Prepare projects (Hardisty et al. 2020,Hobern et al. 2022). These standards, like the openDS specification describing the Digital Specimen data model, APIs and ontology, are key to advancing our future ambitions and ensuring interoperability between the DiSSCo RI and other infrastructures.

WP4 will continue to support and enable this work, ensuring that the different standards reach the level of maturity required for DiSSCo and that the communities remain engaged. We will support the testing and documentation of existing tools that aim to implement standards and bridge gaps between those who create data and the needs of those that use the data (e.g., Marcer et al. 2020). This will include engaging with our user community and running workshops to increase adoption and address barriers to standards adoption and use. We will support the work of WP3 by documenting and describing best practices for using data created from DiSSCo services.

Task 4.1 Standards interoperability (M1-18) - NHM, Naturalis, SGN, UTartu, BGMeise.

Task 4.1 will facilitate the continued development of contemporary community standards (e.g., Minimum Information about a Digital Specimen (MIDS), and Latimer Core) to ensure alignment with openDS, and support the testing of current and emerging tools that increase standards interoperability. This task will coordinate pilot integrations and collaboration with international infrastructures, e.g., Catalogue of Life (CoL), GBIF including ChecklistBank, and the Barcode of Life Data System (BOLD), and continue discussions with standards development groups like Biodiversity Information Standards (TDWG). It will advance the development of the openDS specification, extend the data model, and continue to harmonise with existing and emerging standards.

Task 4.2 Standards adoption and use (M1-18) - NHM, Naturalis, CETAF, SGN, UTartu. Task 4.2 will organise and support discussions with international organisations through e.g. IPDES (International Partners for the Digital Extended Specimen – informal group) for DES using Persistent Identifiers (PIDs). This task will promote the implementation of prototype DiSSCo APIs and community standards by writing documentation, providing examples, organising workshops with implementers, and continuing discussions with Collections Management System providers on effective standards adoption.

Task 4.2 will coordinate discussion with users and key stakeholders on scientific use cases and FAIR practices through workshops and community consultation, including National Nodes (T2.1) and DiSSCo’s Scientific Advisory Board. This will be done with the planning and iterative implementation of the Minimum Viable Product in Task 3.1. Finally, it will continue the development of a community vision on how to integrate geo-collections data within the DiSSCo core data infrastructure in collaboration with the CETAF Earth Science group.

Objectives:

Ensure the smooth implementation of the Project work plan.

Description of work

WP5 includes Tasks that focus on the coordination, support and communication actions of the Project. It is organised into three Tasks as follows:

Task 5.1 Day-to-Day Management (M1-M18) - Naturalis.

This task focuses on the day-to-day management of the project. Specifically:

Set-up and operation of the project online management platform;

This Task will be under the responsibility of a Project manager and Project administrator. Together with the Project Coordinator will form the Project coordination Team. The Project will use, already established in DiSSCo, Project management and communication tools. This will lower the access threshold of these tools for the beneficiaries, who are already familiar with their use. Furthermore, we will benefit from the already established administrative structure of DiSSCo RI to reduce costs linked to the management of the Project.

A kick-off meeting is planned for Month 1. A final event of the Project will run at the end of the project and if feasible, be coupled with the official start of the DiSSCo ERIC. The event will showcase the results of the Project and hand over its outputs to the DiSSCo ERIC management. A Data Management Plan for the Project will be delivered by Month 3.

Task 5.2 Support to governance bodies of DiSSCo RI (M1-M18) - Naturalis, CETAF.

The main objective of this task is to support the operation and communication of the Project's key governance and management structures and the DiSSCo RI as well. Specifically, this task will focus on:

Supporting of the project governing bodies (Project Council and Executive Board);

The responsibility of this task lies mainly with the Executive Board of the project. A sound governance of the project will be guaranteed in the provisions of the Consortium Agreement.

Task 5.3 Coordination of dissemination, exploitation and communication activities (M1-M18) - Naturalis, CETAF, NHM, SGN.

This Task will focus on the coordination of the communication, exploitation and dissemination activities of the Project, as described in section 2.2 of the Proposal. A Dissemination and Exploitation plan including communication activities will be delivered early in the Project’s life. Participation in third-party events will also be coordinated through Task 5.3.

The project's Deliverables, Milestones and Staff Effort are summarised in Table 6, Table 7, and Table 8.