Glad to contribute to this latest #RAISESuite work on machine-actionable DMPs and ARGOS/OpenCDMP integration.

🔗https://sl1nk.com/y30rksk

#OpenScience #ResearchDataManagement #maDMP #FAIRData #ARGOS

RE: https://helmholtz.social/@helmholtz_hmc/116300207969929327

🚀 MIRO-LLMs kicked off in January!

The #HMCproject aims to improve #FAIRdata in radiation oncology & microbiome research – using knowledge graphs & #LLM to make data more accessible and kicked-off with partners from @DKFZ, @MDC_Berlin
& #HMC Hub Health.

#Helmholtz

How reusable are your research data?

#Reusability is central to FAIR data. Our upcoming online course explores documentation, licensing, and structured #metadata practices for the Research Field Matter.

📅 21 May 2026 | Online
👉 https://helmholtz-metadaten.de/events/data-reusability-training-materie-may26

The training is part of the HIDS Course Portfolio and free for all #Helmholtz employees.

#HMCtraining #HMC2026 #Metadata
#RDM #FAIRdata

@helmholtz @HelmholtzOpenScienceOffice @HelmholtzImaging @hidadigital @hzbde @fzj @DESY @HZDR @hereon

[à parcourir] Une thèse en #archéologie avec plein d'éléments sur la gestion des #données : Q. Verriez. "Rationaliser les pratiques numériques en archéologie : l'exemple des chantiers de fouilles de Bibracte" 2023 https://theses.hal.science/tel-04546650v2
On y trouve, en autre : convention de nommage, PGD archéo et retour d'expérience, logiciels, une ouverture du la #scienceouverte, etc.
#shs #researchdata #archeology #FAIRdata #digitalscholarship #DMP #PGD #numérique #researchdatamanagement
Rationaliser les pratiques numériques en archéologie : l'exemple des chantiers de fouilles de Bibracte

Cette thèse explore la transition vers une archéologie numérique et ouverte. Elle se penche sur la faisabilité d'une fouille archéologique basée sur des logiciels libres, produisant des données transparentes, structurées et aux formats ouverts. Ces vingt dernières années correspondent en effet à une intensification majeure des usages de technologies numériques en archéologie, impactant la collecte, le traitement, la gestion, la conservation et la diffusion des données. L'approche de la science ouverte offre alors les solutions pour contrôler, exploiter et assurer la conservation de ces nouvelles données. Prenant pour cadre d'expérimentation quatre années de fouilles sur l'oppidum de Bibracte, ce travail examine ainsi les défis d'aligner la production de données sur les principes de la science ouverte, dès la phase de terrain. Il cherche également à sortir des considérations techniques pour éclairer les effets de l'archéologie numérique sur l'utilisateur et son environnement. Ce projet souhaite ainsi contribuer à la modernisation des méthodes archéologiques, en développant des pratiques numériques qui prennent en considération les objectifs des archéologues sur le terrain, en plus d'inscrire leur démarche dans un processus de maîtrise, de partage et de pérennisation de la connaissance archéologique

Join us on April 14 from 10–11 am Arizona time for a no-cost virtual introduction to ArchaMap, a CatMapper application for rapid and FAIR archaeological data synthesis.

If you'd like to attend, email [email protected] to register.

#Archaeology #DigitalHumanities #OpenScience #FAIRData

Controlled vocabularies underused 📝

Only 35% of data professionals use them routinely – a huge opportunity for interoperability!

Improve semantics with us!

📊 Dashboard: https://2024.dashboard.survey.helmholtz-metadaten.de
📔 Report: https://doi.org/10.3289/HMC_publ_08

#HMCsurvey #HMCrocks #FAIRdata
@helmholtz

#inchi #cheminformatics #fairdata #iupac #openscience #chemicaldata #standards | Sonja Herres-Pawlis

Two weeks ago, we had the pleasure of hosting the Technical InChI Meeting (March 25–26), bringing together contributors from across the global InChI community - both in person and online. Over two intensive days, discussions focused on one central theme: how to evolve InChI as a robust, future-proof standard while maintaining trust, usability, and scientific rigor. Key outcomes and directions: 🔹 Beta release of Molecular Inorganics InChI A major milestone: the current version for molecular inorganics was approved as a beta release. This marks the most significant extension of the InChI standard in years, expanding coverage into new areas of chemical space. The beta release will undergo at least four months of broad community testing, aligned with IUPAC provisional recommendation procedures. 🔹 Testing, infrastructure, and community engagement The beta phase will actively involve: - major chemoinformatics platforms, - working group members and external testers, and broader community feedback via defined channels. Please have a look here: https://lnkd.in/eTP4xQzh (and choose “latest with Molecular Inorganics”) 🔹 Priorities for upcoming development Current focus areas include: - inorganic stereochemistry - advanced organic stereochemistry (MDL enhanced stereochemistry, atropisomers) - mixtures and reactions (with strong demand and existing IUPAC groundwork) - continued work on polymers, 🔹 FAIR cheminformatics and standards in practice Discussions on day two highlighted the broader context: How can chemical representations and standards like InChI support FAIR data principles, reduce ambiguity, and bridge the gap between academic definitions and industrial practice? Beyond the technical details, one message was clear: +++InChI is not just a format—it is a community effort.+++ With the beta release now underway, we invite the community to engage, test, and contribute to shaping the next generation of the standard. 📩 If you are interested in testing or contributing, feel free to reach out or follow upcoming updates. All these developments are only possible by the ongoing support of the InChI and the InChI Trust, NFDI4Chem, the VolkswagenStiftung and the Beilstein-Institut. #InChI #Cheminformatics #FAIRData #IUPAC #OpenScience #ChemicalData #Standards   Thank you for participation to Gerd Blanke, Ian Bruno, Ray Boucher, Jonathan Goodman, Anne Nijs, Steffen Pauly, Wendy Patterson , Ulrich Schatzschneider, Andrei Erin, Christoph Müller, Felix Bänsch, Markus Nietfeld, Richard Hartshorn, Thomas Doerner, Leah McEwen, Jan Brammer, Djordje Baljozovic, Jochen Ortmeyer, Evan Bolton

LinkedIn

What to expect at #HMCConference2026

The programme is taking shape with contributions across #metadata, #FAIRdata and research infrastructures. Expect talks, posters, demos, interactive workshops & even a social event on the Neckar 🚤

Register by 10 April:
https://events.geomar.de/e/HMC-Conference_2026

#HMC2026

Wie unterscheiden sich eigentlich die Klimarisiken innerhalb Deutschlands?

Die interaktive Visualisierung von VISLAB zeigt regionale Auswirkungen des Klimawandels: steigende Temperaturen, Hochwasser- oder Starkregenrisiken. Grundlage sind hier Klimaprojektionen und raumbezogene Daten.

So werden lokale Herausforderungen & komplexe Zusammenhänge verständlich und für die eigene Region sichtbar.

👉 https://klima-risiken.vislab.io/

#Umweltdaten #OpenData #Suchmaschine #Transparenz #FAIRdata

Klimawandelrisiken in Deutschland

Der Klimawandel ist längst in Deutschland angekommen. In den nächsten Jahren und Jahrzehnten, werden wir die Auswirkungen immer deutlicher spüren. Die lokalen Risiken sind stark davon abhängig wo man in Deutschland wohnt. Finde auf dieser Seite heraus, welchen Herausforderungen sich deine Region stellen muss.

https://www.vislab.io