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Instructions This viewer provides an interactive interface for exploring the LiMi-Model — the Light Microscopy Model developed and maintained by QUAREP-LiMi to standardize microscopy metadata specifications. To navigate: click the center of any node to expand or collapse its sub-elements and attributes. Click the “i” icon on any node to view a detailed description of that element. Nodes shown with a light grey fill and colored border are attributes, describing the specific characteristics captured for each element. To search: type a term in the search box and click Search. All

The LiMi Model helps microscopy users & scientists standardize data quality and reproducibility Microscopy users and imaging scientists benefit from the LiMi Model’s clear, community-driven framework for recording the metadata that matters most—from sample preparation and imaging conditions to microscope hardware and acquisition settings. By integrating the LiMi-Model into your workflows, you ensure that your image data is not only reproducible and high quality but also compliant with FAIR principles, making it easier to share, publish, and reanalyse. The LiMi-Model

The LiMi Model empowers funders and journals to power scientific progress! Funding agencies and journal-publishers are key players, together with scientists to ensure scientific rigor and transparency, in line with FAIR data practices. The LiMi Model empowers member organizations in the scientific funding and publishing landscape to interact with the scientific community through standardized language and metadata standards for recording and publishing groundbreaking research. This leads to not only imaging data reproducibility and reuse, but also accelerates scientific progress, today

The LiMi-Model helps manufacturers and industry partners help the community Instrument manufacturers and industry partners can base new product developments on the extensive groundwork done by and within the LiMi Model community. By planning and creating products aligned with the LiMi Model framework and definitions, you can tap into and address the needs of an evolving scientific market, filling existing commercial gaps across a wide range of products- from electronic notebooks to microscopy hardware or software, image analysis tools, data storage solutions, quality control procedures, all

Leveraging the LiMi Model in Software Development The LiMi-Model provides a structured, community-agreed metadata framework for light microscopy. By aligning software design and implementation with the LiMi-Model, developers can build widely applied software tools inherently compatible with data quality control, reproducibility, and interoperability. There is strong interest in the microscopy community for robust applications that integrate seamlessly with emerging standards like OME-Zarr and tools like Micro-Meta App, supporting accurate metadata recording, FAIR data practices and accelerating scientific discovery through automation.  The community consensus behind the

Become WG 7 Member Join our next meeting LiMi-Model The Light-Microscopy (LiMi) Model organises agreed-upon metadata vocabulary and definitions of light microscopy hardware, acquisition settings, and quality-control metrics into a modular, flexible structure.  This approach supports sustainable, broad adoption within the global microscopy community and ensures the data produced are FAIR – Findable, Accessible, Interoperable, and Reusable A section of the LiMi-Model Viewer showing the primary and secondary branches of metadata fields Purpose Promote and implement a globally consistent approach

Instructions This viewer provides an interactive interface for exploring the LiMi-Model — the Light Microscopy Model developed and maintained by QUAREP-LiMi to standardize microscopy metadata specifications. To navigate: click the center of any node to expand or collapse its sub-elements and attributes. Click the “i” icon on any node to view a detailed description of that element. Nodes shown with a light grey fill and colored border are attributes, describing the specific characteristics captured for each element. To search: type a term in the search box and click Search. All