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Organized Search Returns

8/9/2017

 
Hello! Joyce again, from the REU program at Carnegie Mellon University.

This summer I spent a lot of time thinking about how macroinvertebrates.org should handle search returns. An important step in this process was to understand how other scientific databases online were handling this functionality. From the Encyclopedia of Life website (eol.org), I found a particularly interesting search ability that could be well-applied to macroinvertebrates.org. 

When searching for information on Encyclopedia of Life, search returns are categorized into the following "types": Taxa, Images, Videos, Sounds, Articles, Traits, Links, People, Communities, Collections, and About EOL. All types of information are shown initially, but the user can narrow down the list of results by clicking on specific types. This seemed very applicable to macroinvertebrates.org, especially once we customize our "types" of information.

After discussing within our team at CMU and speaking with Maddie, we chose the most important "types" to be: Taxa, Glossary Terms, Characters, Images, and Videos. We concluded that these categories best cover the information that volunteers would immediately want to find. Below you'll find several mockups I created, displaying how a volunteer might search for specific information.

Example A: The user is searching for general information about mayflies. Search results of all types are returned (in the mockup, we see Taxa, Image, and Video types explicitly represented). 
Picture

​Example B: The user has a general idea of what a tarsal claw is, but wants to see examples on macroinvertebrates. By filtering for "Characters", the search page only displays specimen Gigapans that feature tarsal claws as ID characters. The thumbnail displayed is a zoomed-in image of that character.
Picture
Marti
8/11/2017 14:30:07

Another tool to reference as we develop is AnnoSys (https://annosys.bgbm.org/)

A sustainable data quality tool to correct biodiversity data as well as allow specialists to enrich data in publicly available data portals. The current release of AnnoSys establishes a number of workflows and methods enabling online annotations using the example of collection and observation data in the botanical and zoological domains. It integrates collection and observation data from a dozen biodiversity data portals and provides means to edit, manage and publish annotations referring to these information via its desktop-oriented web interface.
Additionally, the web interface enables curators to communicate and justify decisions with regard to the acceptance or rejection of annotations referring to data objects in their collections.

Based on a generic annotation context model, which is implemented using the W3C Open Annotation Data Model, the AnalySis repository archives annotations and the related original collection data, which are publicly retrievable and integrable with other systems through Linked Data, REST (REpresentational State Transfer) and SPARQL-based web services.


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