One of the potentially powerful features of TreeBASE II is availability of a RDF version of a study. This means that, in principle, one could take the RDF for a TreeBASE study, combine it with RDF from other sources, and generate a richer view of a particular study.

I've been playing a little with TreeBASE II, and the more I do the more I want to pull my hair out. Broken URLs The old TreeBASE had a URL API, which databases such as NCBI made use of. For example, the NCBI page for Amphibolurus nobbi has a link to this taxon in TreeBASE.

Continuing the Friday folly theme, below is a screencast of a linked data browser that uses the same ideas as last week's screencast, but uses a custom browser I've written to display the results in a more user-friendly way. Linking the data together from Roderic Page on Vimeo.The demo is live, you can view it at http://iphylo.org/~rpage/browser/www/uri/http://bioguid.info/doi:10.1371/journal.pone.0001787.

I've written a note on the Wikipedia Taxobox page making the case for adding NCBI taxonomy IDs to the standard Taxobox used to summarise information about a taxon. Here is what I wrote:Some discussion has ensued on the Taxobox page, all positive. I'm blogging this here to encourage anyone who as any more thoughts on the matter to contribute to the discussion.

Cooliris is a web browser plugin that can display a large number of images as a moving "infinite" wall. It's Friday, so for fun I added a media RSS feed to BioStor to make the BHL page scans available to Cooliris.

Time for a Friday folly. I've made a clunky screencast showing an example of linking biodiversity data together, using bioGUID as the universal wrapper around various data sources.

Some serious displacement activity. I'm toying with adding phylogenies to iSpecies, probably sourced from the PhyLoTA browser. This raises the issue of how to display trees on a web page. PhyLoTA itself uses bitmap images, such as this one:but I'd like to avoid bitmaps. I toyed with using SVG, but that has it's own series of issues (it basically has to be served as a separate file). So, I've spent a couple of hours playing with the element.

I've just spent a frustrating few minutes trying to find a reference in BioStor. The reference in question isand comes from the Reptile Database page for the gecko Phyllodactylus gilberti HELLER, 1903. This is primary database for reptile taxonomy, and supplies the Catalogue of Life, which repeats this reference verbatim.Thing is, this reference doesn't exist! Page 39 of Proc. Biol. Soc.

I'm in the midst of rebuilding iSpecies (my mash-up of Wikipedia, NCBI, GBIF, Yahoo, and Google search results) with the aim of outputting the results in RDF. The goal is to convert iSpecies from a pretty crude "on-the-fly" mash-up to a triple store where results are cached and can be queried in interesting ways. Why?

Thinking about next steps for my BioStor project, one thing I keep coming back to is the problem of how to dramatically scale up the task of finding taxonomic literature online.

To much fanfare (e.g., Nature News , "Linnaeus meets the Internet" doi:10.1038/news.2010.221), on May 5th PLoS ONE published Sandy Knapp's "Four New Vining Species of Solanum (Dulcamaroid Clade) from Montane Habitats in Tropical America" doi:10.1371/journal.pone.0010502.