How to cite: Page, R. (2024). Nanopubs, a way to create even more silos https://doi.org/10.59350/6nj85-7te92 Pensoft have recently introduced “nanopubs”, small structured publications that can be thought of as containing the minimum possible statement that could be published. Nanopubs are promoted as FAIR, that is findable, accessible, interoperabile, and reusable.
How to cite: Page, R. (2024). Notes on transforming BHL images https://doi.org/10.59350/2gpbb-98a53 I’ve been down this road before, e.g. BHL, DjVu, and reading the f*cking manual and Demo of full-text indexing of BHL using CouchDB hosted by Cloudant, but I’m revisiting converting BHL page scans to black and white images, partly to clean them up, to make them closer to what a modern reader might expect, and partly to reduce the
How to cite: Page, R. (2024). Hugging Face Autotrain https://doi.org/10.59350/7p1n4-wdv84 These are notes to myself on using Hugging Face AutoTrain. The first version of this had a very nice interface where you could simply upload a folder of images and train a model. It was limited in the range of tasks and models, but made up for that in ease of use.
How to cite: Page, R. (2024). Problems with the DataCite Data Citation Corpus https://doi.org/10.59350/t80g1-xys37 DataCite have released the Data Citation Corpus, together with a dashboard that summarises the corpus. This is billed as: The goal is to build a citation database between scholarly articles and data, such as datasets in repositories, sequences in GenBank, protein structures in PDB, etc.
How to cite: Page, R. (2023). It’s 2023 - why are we still not sharing phylogenies? https://doi.org/10.59350/n681n-syx67 A quick note to support a recent Twitter thread https://twitter.com/rdmpage/status/1729816558866718796?s=61&t=nM4XCRsGtE7RLYW3MyIpMA The article “Diversification of flowering plants in space and time” by Dimitrov et al. describes a genus-level phylogeny for 14,244 flowering plant genera.
How to cite: Page, R. (2023). Where are the plant type specimens? Mapping JSTOR Global Plants to GBIF. https://doi.org/10.59350/m59qn-22v52 This blog post documents my attempts to create links between two major resources for plant taxonomy: JSTOR’s Global Plants and GBIF, specifically between type specimens in JSTOR and the corresponding occurrence in GBIF.
How to cite: Page, R. (2023). Document layout analysis. https://doi.org/10.59350/z574z-dcw92 Some notes to self on document layout analysis. I’m revisiting the problem of taking a PDF or a scanned document and determining its structure (for example, where is the title, abstract, bibliography, where are the figures and their captions, etc.). There are lots of papers on this topic, and lots of tools.
How to cite: Page, R. (2023). The problem with GBIF’s Phylogeny Explorer. https://doi.org/10.59350/v0bt3-zp114 GBIF recently released the Phylogeny Explorer, using legumes as an example dataset. The goal is to enables users to “view occurrence data from the GBIF network aligned to legume phylogeny.” The screenshot below shows the legume phylogeny side-by-side with GBIF data.
How to cite: Page, R. (2023). Sub-second searching of millions of DNA barcodes using a vector database. https://doi.org/10.59350/qkn8x-mgz20 Recently I’ve been messing about with DNA barcodes.
How to cite: Page, R. (2023). What, if anything, is the Biodiversity Knowledge Hub?
How to cite: Page, R. (2023). Adventures in machine learning: iNaturalist, DNA barcodes, and Lepidoptera. https://doi.org/10.59350/5q854-j4s23 Recently I’ve been working with a masters student, Maja Nagler, on a project using machine learning to identify images of Lepidoptera. This has been something of an adventure as I am new to machine learning, and have only minimal experience with the Python programming language.