fairdataihub/poster-sentry-training-data huggingface dataset:
Aidin Niamir and Joy Kumagai Senckenberg Society for Nature Research Rainer M. Krug University of Zurich IPBES goes FAIR & CARE! Data and Knowledge Management Policy Adapted For further enquiries on IPBES data and knowledge management policy contact tsu.data@ipbes.net Since December 2019, Senckenberg Society for Nature Research has hosted a technical support unit for data, which supports the task force on knowledge and data with matters relevant to data management at IPBES. Two years have passed since the Multidisciplinary Expert Panel and the Bureau of the Intergovernmental Science‐ Policy Platform on Biodiversity and Ecosystem Services (IPBES) approved the IPBES Data Management Policy. Since then, the policy has been implemented within the Platform and revised to explicitly include considerations of the handling of indigenous and local knowledge. Inclusivity and collective benefit as it relates to open science are now recognized as guiding principles in the policy. To inform implementation, the CARE principles for Indigenous Data Governance now compliments the FAIR principles for scientific data management and stewardship. With the inclusion of these concepts and responsibilities, the IPBES data management policy has been renamed to the IPBES data and knowledge management policy. The IPBES data and knowledge management policy aims to improve the accessibility of products, transparency of the underlying processes to create them, and the CAREful handling of Indigenous and local knowledge within IPBES. https://doi.org/10.5281/zenodo.3551078 Data and Information Management Plan Approved IPBES 3 January 2015 Knowledge and Data Task Force decides to draft a data management policy March 2019 Data Management Policy v 1.0 Approved 14th Meetings MEP/Bureau January 2020 Data Management Policy v 1.1 Approved 15th Meetings MEP/Bureau November 2020 Plenary takes note of Data Management Policy v 1.0 IPBES 8 June 2021 Data and Knowledge Management Policy draft v 2.0 Reviewed 17th Meetings MEP/Bureau November 2021 Data and Knowledge Management Policy v 2.0 Approved 18th Meetings MEP/Bureau February 2022 History of the policy Annexes of the policy 1. Definitions Glossary of the key terms used 2. Implementation Resources • Series of Technical Guidelines https://ict.ipbes.net/data‐ management/technical‐guidelines • Policy tutorials https://ipbes.net/dmp/tutorials • Delivery protocol of the assessment drafts https://doi.org/10.5281/zenodo.5509137 Grounded in: ACCESSIBILITY & OPEN‐SCIENCE • FAIR principles for scientific data management and stewardship https://www.go‐fair.org/fair‐principles • CARE principles of indigenous data governance https://www.gida‐global.org/care
This project has received funding from the Circular Bio-based Joint Undertaking (CBE JU) under the European Union’s Horizon Europe research and innovation programme under Grant Agreement No 101112581 APPROACH Waste Characterization and Selection Samples from various pulp and paper industr y processes and organic waste were analysed f or differe nt parameter s. Sampl es wi th t he m ost promising acidification results were selected for further analysis. Various physical and chemical pre-treatments were tested to enhance volatile fatty acid (VFA ) yield . Combinin g multipl e pre-treatment s d id not significantly improve the results. Fermentation tests assessed VFA production efficiency under different pH conditions. Th e predominan t VFA s include d acetic , propioni c, and butyric acids. PRELIMINARY RESULTS The project started in May 2023 and is funded by Circular Bio-Based Europe Joint Undertaking under G.A. No 101112581 . During the first year, significant progress was made in optimising the production of volatile fatty acids (VFAs) from the waste streams. The consortium focused on characterising and selecting suitable waste samples, optimising pre-treatment methods and conducting acidogenic fermentation tests. ELLIPSE project transforms industrial waste into valuable bioproducts by co-processing heterogeneous waste streams. This approach addresses waste from slaughterhouses, the pulp and paper industry, dairy industry sludge, and glycerol, converting them into polyhydroxyalkanoates (PHAs) and bio-based fertilisers (BBFs) for agricultural and personal care applications. INTRODUCTION Optimising fermentation parameters exploring downstream concentration techniques t o enhance VFA production and PHA quality Pilot scale trials that involve scaling up the lab trials to 1 cubic meter, using various mixtures o f dairy waste, bellygrass, and/or waste glycerin e, wi th t he a im to produ ce VFA-ri ch materi al for project partners to utilize. End of life alternative of validated products will be studied to confirm their recyclability an d biodegradability. NEXT STEPS Rafael Jiménez Lorenzo (rajimenez@aimplas.es), Pablo Ferrero (AIMPLAS); Stephen Nolan (Green Generation); Nicola Frison, Chiara Bastianelli (University of Verona); Marco de la Feld, Antonietta Pizza, Martina Calò (ENCO); Ana Lúcia Carolas, Bruno Sommer Ferreira (Biotrend), Patrizio Salice, Sara Guerrini (Novamont); Nydia Badillo, Kim van der Heul (Helian Polymers); Bernhard Drosg, Lisa Bauer, Richard Pummer (BEST Research); Lidia Garrote, Dolores Hidalgo (CARTIF); Laurens De Brauwer (BBEPP), Filip Miketa (BIO-MI) AUTHORS EFFICIENT AND NOVEL WASTE STREAMS CO- PROCESSING TO OBTAIN BIO-BASED SOLUTIONS FOR PACKAGING AND AGRICULTURAL SECTORS Funded by the European Union. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or CBE JU. Neither the European Union nor the CBE JU can be held responsible for them.
detection of the full extent (1kpc!) of tidal tail of the Hyades star cluster and the first even detection of substructures in the tail of open star cluster putting constraints on the MW potential CHECK ALSO WANG, JERABKOVA (A&A, 2021) AND STAY TUNED - MUCH MORE IS COMING! JERABKOVA ET AL. (A&A, 2021) JERABKOVA ET AL. (A&A, 2021) See our ESA press release ALL STAR-CLUSTERS ALL STAR-CLUSTERS HAVE TIDAL TAILS HAVE TIDAL TAILS TEREZA JERABKOVA (ESA) - HENRI BOFFIN (ESO) - GIACOMO BECCARI (ESO) - LONG WANG (U TOKYO) - TIMO PRUSTI (ESA) PETAR + GAIA PROJECT We use N-body simulations to robustly identify tidal tails of open star clusters in the MW disc Star cluster With Gaia eDR3, we can search for tidal tails of open star clusters in the MW disk for the first time. AND WE ABSOLUTELY SHOULD DO THAT! AND WE ABSOLUTELY SHOULD DO THAT! PROBLEM? PROBLEM? Tidal tails do not co-move with their star-cluster and are hidden in the Galactic field Tidal tail Tidal tail tell us the tale of cluster formation tell us the tale of cluster formation and evolution and evolution and of the Milky Way potential that and of the Milky Way potential that has impacted the stars has impacted the stars TIDAL TAILS TIDAL TAILS Get in touch! Tereza.Jerabkova@esa.int
Anton Pirogov1 // Mustafa Soylu1 // Fiona D’Mello1 // Volker Hofmann1 // Stefan Sandfeld1 {a.pirogov, m.soylu, f.dmello, v.hofmann, s.sandfeld}@fz-juelich.de 1 Materials Data Science and Informatics (IAS-9), Forschungszentrum Jülich GmbH Metador: A metadata-centric framework for enabling FAIR research (meta)data handling Motivation development of high quality standards and software is difficult and slow bottom-up efforts often solve similar RDM problems with incompatible solutions Project Goals Metador will support scientists by: Current Status  operational container API and plugin system  prototype of schema and widget system  Metador dashboard integrated into InvenioRDM https://inveniosoftware.org/products/rdm Next Steps  Implementation of scientific pilot use case  Development of improved user-oriented tooling search for (meta)data of certain types, making datasets findable an ecosystem of reusable and generic software components JSON Schema and JSON-LD export, aligned with schema.org / ROCrate Metadata-driven automatic dashboards for data introspection Science needs better software tools Tools require (meta)data standards helping to organize research (meta)data facilitating bottom-up, pragmatic and incremental harmonization of schemas accelerating development of useful metadata-driven tools and services Interested? Get in touch! https://materials-data-science-and-informatics.github.io/metador-core Architecture of the Framework Metador = Plugin System + (Meta)data Packaging Format (Python ≥ 3.8) (entrypoint - based) (lightweight, domain-agnostic, extensible) + Metadata Schemas  based on pydantic  ensure strong validation  support field inheritance  JSON Schema export data + metadata Metador Container Other Domain-Agnostic Tools  technical: e.g. flask blueprint supporting dashboard integration in websites  user-oriented: tools to help with metadata(-schema) preparation, creation and management of Metador-enabled research data containers schema A research data metadata document preview widget schema B schema C schema D Metadata Harvesters  can be pipelined  extract metadata into schema-compliant objects  building block to support packaging automation (Interactive) Widgets  based on bokeh + panel  support Jupyter Notebooks  embeddable in a website  used for (semi-)automatic container dashboard  currently HDF5-based, designed for easy adaptability to common archive formats  simple h5py-based Python API provides advanced metadata management  all metadata objects conform to a schema and are stored alongside the data as JSON + + + Sketch of Planned Solution for the Pilot Use-Case Invenio visualize search find relevant data and inspect it { } JSON-LD JSON Schema export store / retrieve generic user-side tools (CLI/GUI) project metadata and schemas out into other formats and technologies manage containers using a state-of-the-art RDM repository software User Research Data Metadata Metador Container ‹ ?› ‹ ?› harvest validate metador-invenio Integration + Widget Plugins Generic Dashboard Schema Plugins pack export
GaiaHub: Precise proper motions combining data from the Gaia and Hubble space telescopes Andrés del Pino (CEFCA, adelpino@cefca.es) We present GaiaHub, a publicly available tool1 that combines Gaia measurements with Hubble Space Telescope (HST) archival images to derive precise proper motions (PMs). GaiaHub yields considerably improved PM accuracy compared to Gaia-only measurements (up to 10 times better), especially for faint sources (G 18), requiring only a single epoch of HST data observed more than ~7 yr ago (before 2012). To illustrate the capabilities of GaiaHub, we ≳ apply it to samples of MW globular clusters (GCs) and classical dwarf spheroidal (dSph) satellite galaxies. This allows us to measure the velocity dispersions in the plane of the sky for objects out to and beyond 100 kpc. ∼ Results ●We find, on average, mild radial velocity anisotropy in GCs. ●We observe a correlation between the internal kinematics of the clusters and their ellipticity, with more isotropic clusters being, on average, more round. ●The Draco and Sculptor dSph appear to be radially anisotropic systems. Fig. 1: Comparison between the results obtained using Gaia and GaiaHub for the Palomar 4 GC (d☉ = 108.7 kpc). Left column: PMs in RA vs. Dec, measured by Gaia (top panel, red) and GaiaHub (bottom panel, blue). Right column: sky positions of the stars with the projected proper motion vectors. New PMs, not present in the Gaia DR3 catalog are shown by open blue squares. Member stars, are represented by large, darker markers. The improvement in the accuracy is reflected in the smaller dispersion of the results obtained with GaiaHub. Fig. 2: Summary of the results for the NGC 2419 GC (d☉ = 82.6 kpc) and the Fornax dSph galaxy (d☉ = 147 kpc) using GaiaHub and Gaia alone. From left to right the panels show the color-magnitude diagram, the PM uncertainties as a function of G mag, the PMs in RA vs. Dec (VPD) for Gaia DR3 (top, red) and GaiaHub (bottom, blue), and the footprint of the analyzed area showing the PMs as vectors (only GaiaHub measurements). Markers coincide with those of Fig. 1.. Stars whose PM uncertainty is below the central velocity dispersion, marked by an orange vertical dashed line in the second panel (measured through spectroscopy, 4.0±0.6 and 11.7±0.9 km s-1, respectively), are shown in dark blue. The gray shaded area in two leftmost panels indicates the region of saturation for the deepest HST images. In the third column of panels, the dark red open triangles from the top panel Gaia compare to the dark blue dots from the bottom panel (GaiaHub). Notice that newly measured PMs that are not in the Gaia catalog (light-blue open squares) are not present in the Gaia's VPD. 1. You can download GaiaHub from here: More information in the paper:
Countering quarantine viruses and viroids through cleaning and disinfection (DISVIR) Funding Non-competitive funding mechanism. Each funder only pays for the participation of their own national researchers. Total funding € 116 000 Picture 1 Picture 1 Picture 1 Goals Cleaning and disinfection of tools and greenhouse surfaces are recommended for official control of a number of viruses. However, a limited number of products are available, and efficacy evaluation data of such products are not always publicly available or consistent. The aim of the project is to improve the management of selected viruses and viroids. Research consortium CRA-W (BE), ILVO (BE), Fera (GB), Volcani (IL), IHPS (SI), APHIS (US), EPPO (Int), AHDB (GB) Contact information Project coordinator: Stephan Steyer and Kris De Jonghe s.steyer@cra.wallonie.be Kris.DeJonghe@ilvo.vlaanderen.be Key outputs and results The project will validate protocols for cleaning and disinfection against quarantine viruses and viroids. Results of this project could be considered to revise e.g. EPPO Standard PM 10/1 Disinfection procedures in potato production and EPPO Standard PM 9/13 Potato spindle tuber viroid on potato and contribute to the development of new PM 10 Standards. Objectives The project consortium will: • gather information on disinfectants and protocols for cleaning and disinfection (through literature review and exchange of knowledge among experts) • validate cleaning and disinfection protocols for selected pests, such as tomato brown rugose fruit virus or potato spindle tuber viroid The project will not focus on disinfection of soil and seeds. Instead, it should define optimal cleaning and disinfection of equipment and tools (including containers, trays, shoes, machineries), greenhouses surfaces (including irrigation systems) and the workers’ skin. The development of authorization dossiers for new disinfectants is not in the scope of the project. 09/2021-08/2023
An introduction and overview to the new SPNHC publication 'Best Practices in the Preservation and Management of Fluid-Persevered Biological Collections'. Mr Julian Carter1, Mr Dirk Neumann2,3, Mr John Simmons4 1Amgueddfa Cymru National Museum Wales (UK), Cardiff, United Kingdom, 2Staatliche Naturwissenschaftliche Sammlungen Bayerns, Zoologische Staatssammlung, , Munich, Germany, 3Leibniz Institute for the Analysis of Biodiversity Change, Centre of Natural History of the University of Hamburg (LIB-CeNak), Hamburg, Germany, 4Museologica, Bellefonte, USA BEST PRACTICES IN THE PRESERVATION AND MANAGEMENT OF FLUID-PRESERVED BIOLOGICAL COLLECTIONS is a newly published book that establishes effective and achievable standards for the maintenance and care fluid collections of different sizes. The best practice recommendations are holistic and take into account resource limitations for maintaining collections in stable condition. Additional recommendations are provided in three un-ranked categories that reflect the differences in institutional curation capacity, storage environment, collection size, laboratory facilities, frequency of specimen use, and available resources (e.g., budget, collection care staff) in major research collections vs. smaller regional collections. The development of these best practices began with a 2013 initiative funded by a Clothworkers Foundation grant directed by Chris Collins (NHM London) and were further refined in workshops at SPNHC conferences in Cardiff (2014), Berlin (2016), and Denver (2017); an experts meeting at the Smithsonian (2018) directed by by Catharine Hawks; and a symposium on the “Preservation of Natural History Wet Collections: Feedbacks and Prospects” (Paris 2018) organized by Sophie Cersoy, Julian Carter, Marc Herbin, Dirk Neumann, and Véronique Rouchon. Information and critical comments from these interactive meetings served as a framework to enhance our understanding of the care and conservation of fluid preserved objects and develop key questions and baselines for future research. This presentation will summarise the way this book has brought together current collective knowledge on the management and care of fluid preserved collections while also drawing attention to how much we still do not understand. This enables the community to more clearly identify and prioritise the collaborative research needed to further enhance our understanding of these valuable and unique collections.
Searching for pulsars in the Small Magellanic Cloud Emma Carli +Lina Levin, Ben Stappers and the TRAPUM team Why? How? Discoveries! Rare: of ~3k pulsars discovered, 31 are extragalactic Galactic properties impact Neutron Star population If double NS discovery: update extragalactic NS merger rates FRBs and magnetars Tied-array beams: ~800 timeseries with high frequency resolution recorded simultaneously on multiple sources Immediate multibeam localisation to ~1" precision On-site search for single and binary pulsars Supernova Remnants MeerKAT beams MeerKAT image of SMC: Cotton et al. 2024 Danielle Futselaar 7 radio pulsars discovered and timed: known population doubled First three young pulsars discovered in this galaxy, all of which have glitched within 1.5 years, two in Pulsar Wind Nebulae See Carli et al. 2022, Carli et al. (submitted) Find out more: trapum.org E-mail me: emma.carli@manchester.ac.uk MeerKAT Murriyang Parkes CSIRO / Shaun Amy DEM S5 Supernova Remnant and Pulsar Wind Nebula 1'
The metrics for a code fragment № Name Description / Comment 1–62 Number of keywords: continue, for, new, switch, assert, synchronized, boolean, do, if, this, break, double, throw, byte, else, case, instanceof, return, transient, catch, int, short, try, char, final, finally, long, strictfp, float, super, while (total and average among lines of code for each) Represents the contents of the code fragment 63–64 Number of characters in the fragment (total and average among lines of code) Represents the size of the fragment 65 Number of lines in the fragment Represents the size of the fragment 66–67 Nesting area of the fragment (total and average among lines of code) Represents the complexity of the fragment 68–69 Number of characters in the enclosing method (total and average among lines of code) Represents the size of the enclosing method 70 Number of lines in the enclosing method Represents the size of the enclosing method 71–72 Nesting area of the enclosing method (total and average among lines of code) Represents the complexity of the enclosing method 73–74 Number of references to fields from the enclosing class (total and average among lines of code) Represents the coupling with the enclosing class through its fields. Important when copying from another class. 75–76 Number of calls of methods from the enclosing class (total and average among lines of code) Represents the coupling with the enclosing class through its methods. Important when copying from another class. 77–78 Coupling with the enclosing class (total and average among lines of code) The sum of the two metrics above
art driven innovation for the purpose of good partnerships for a sustainable, just and inclusive future eveline wandl-vogt technologies & tools trends & mindset knowledge & skills values & purpose humanity centered SDGs as value drivers- for city making knowledge4 development the eveline.wandl-vogt@oeaw.ac.at 09_2022 @caissarl @arselectronica #k4h+ @oeaw #explorations4u templates by adioma.com open innovation research infrastructure © ewv 2017 | with e.g. ars electronica, km-a, CERN ideasquare, metalab (at) harvard & topothek.AT AERI k4h+ exploration space design thinking participation experimentation agile organisations knowledge 4 development partnership aiming to create, drive and implement the agenda knoweldge 4 develpoment and in doing so contribute to agen- da 2030 and the sustainable development goals SDGs envisioning Vienna 2030 toolkit We developed a toolkit to connect the SDGs with perceptions about digital futures. For this we prepared a three steps interaction around ques- tions of sustainability and prospective visions for 2030 in the context of a socially inclusive city of Vienna, with a participative methodology between a qualitative and quantitative ap- proach. The toolkit has been testted in various learning settings and is available online free of charge. open science sharing economy breakthrough technologies & humanitarian values ThePort humanitarian hackathon ThePort @ CERN „We combine creative minds from CERN and non- profit organisations in interdicsiplinary teams to work on humanitarian technology related benefits for society“ [ThePort Association / Website] selforganization artistic methods in the classroom & SDGs Classroom Multi-sensory Practices For Collaborative Liveable Worlds We created a reader to foster sustainable under- standing and collaborative parctices from a class- room perspective, as one of our results of being awarded the Citizen Science Award 2022. We offer easy to go scenarios for 10 up to date sonic me- thodologies against a background of biocultural diversity, as outlined in our awarded project „Our Planetary Garden“. Starting from the challenge of obesity, with USPs cultural knowledge, experience and values as well as brain stimulation and observation (EEG) we designed a meaningful APP with innovative learning features against the background of AI. Emergent Topographies of Vienna & Artificial Flora (at) Spatial AI Ecologies WeQ
aRK Z arbeitsKreis RömischeKaiserZeit römische kochkunst Die Küche der römischen Zeit war sehr vielfältig und es gab große Unterschiede im Ernährungsverhalten. Die gesellschaftlichen Eliten legten Wert auf teure Weine und aufwändig zubereitete Speisen, die breiteren Bevölkerungsschichten waren hingegen auf einfachere Kost angewiesen. Neben zahlreichen Gerichten zum Backen, Braten und Kochen erfreuten sich Süßspeisen großer Beliebtheit. In fenicoptero Fenicopterum eliberas ... Adicies in mortarium piper, cuminum, coriandrum, laseris radicem, mentam, rutam, fricabis, suffundis acetum, adicies caryotam ... et inferes. Idem facies et in psittaco. Für Flamingo Rupfe den Flamingo ... Gib in einen Mörser Pfeffer, Kümmel, Koriander, Laserwurzel, Minze und Raute und zermahle es, gieße Essig hinzu, gib Datteln hinein ... und serviere. Dasselbe mache auch mit Papagei. Apicius, de re coquinaria (Über die Kochkunst) 6, 6, 1 J. André, Essen und Trinken im alten Rom (Stuttgart 2013) J. Meurers-Balke – T. Kaszab-Olschewski (Hrsg.), Grenzenlose Gaumenfreuden. Römische Küche in einer germanischen Provinz (Mainz 2010) R. Maier (Hrsg.), Apicius. De re coquinaria. Über die Kochkunst. Lateinisch-Deutsch. Übersetzung und Kommentar (Stuttgart 1991) vielfalt flamingo literaturhinweise Text und Layout: D. Hagmann – A. Langendorf – R. Weitlaner 2014 Abbildung: Obstarrangement mit gläserner Schale, Topf und Amphora Casa di Julia Felix, Pompeii 2. Pompeianischer Stil © Zenodot Verlagsgesellschaft mbH Druck: A. Sulzgruber, Institut für Klassische Archäologie, Universität Wien Plakat_1.indd 1 19.05.2014 14:22:22