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Regardless of discipline, there’s one thing that connects most academics I’ve encountered: the desire to keep practicing their respective fields. They’ve spent years cultivating their expertise and want to make a difference in their field. But in order for that to happen, they all share the same obstacle: tenure.

Access Innovations, Inc. is pleased to announce that the Data Harmony software line now includes inline tagging capability, beginning with Version 3.9, released earlier this year. Inline Tagging Feature In Data Harmony 3.9 Installations Employing inline tags, the TestMAI screen in the MAIstro™ module now displays matching content in a highlighted font when a Data Harmony user runs M.A.I.™ (Machine Aided Indexer), putting the focus on indexing concepts as they appear in the input text. XML elements are applied in the text at the exact location where a word or phrase triggered a term suggestion from the controlled vocabulary (taxonomy or thesaurus).

If you look at a branch of a typical deciduous tree, you can see that it looks like a smaller tree. Likewise, that branch branches off into smaller branches that look like even smaller trees. This characteristic of trees is an example of what mathematicians, biologists, and systems scientists call self-similarity. Self-similar systems repeat their basic geometry at smaller and smaller scales, creating multiple miniatures of themselves at different scales. In general, natural and mathematical systems in which self-similarity results in complex and detailed patterns are referred to as fractal systems.

The following post, by Rachel Drysdale, originally appeared in PLOS BLOGS on April 8, 2014. Science does not stand still and neither does the PLOS thesaurus. With more than 10,700 Subject Area terms, we use the thesaurus to index our articles and provide useful links to related papers, enhanced search functions, and, for PLOS ONE (more…