A new ICEDIG project deliverable summarizes the policy component of the ICEDIG project website. This deliverable is composed of a dashboard showing the outputs of the institutional policy analysis that was previously carried out, along with further contextual information.
The third ICEDIG all hands meeting was hosted in Helsinki at LUOMUS, the Finnish Museum of Natural History. ICEDIG work package leaders and project contributors gathered for four days of intensive work meetings, brainstorming sessions and workshops.
On behalf of all participants, we wish to extend our most sincere thanks to the Luomus team for the flawless organization of this event.
Using bioschemas to improve searchability of data on web pages dealing with data on the biological sciences
Applying markup to web pages makes them machine readable and searchable. Markup using schema.org vocabulary can be applied to web pages so they can be catalogued more logically and discovered more easily.
That is where bioschemas.org is filling an important niche. They are developing schemas that can be used to describe web pages on all aspects of biology, including medicine, biochemistry, genomics, phenomics and taxonomy.
ICEDIG project results are more than just project deliverables, they also include other research output related to digitisation.
Lead author Mathias Dillen from the Meise Botanic Garden, in collaboration with colleagues from the ICEDIG consortium and beyond, recently published a data paper in Biodiversity Data Journal for which they compiled a benchmark dataset of 1,800 herbarium specimen images with their corresponding transcribed data. The open source publication can be found here: https://bdj.pensoft.net/article/31817/
Call reopened for Lot 1. of the 3D digitisation pilots. New deadline for proposals for that Lot is 8 January 2019!!!
The call for Lot 1. has been re-opened, with a new deadline on the 8th of January 2019. The ICEDIG project seeks for novel ways to speed up digitisation.
The third ICEDIG Round Table meeting investigated how robotics could decrease processing time and costs, as well as supporting on-demand remote digitisation. The focus was on physical robotics and automated warehousing, not on software ‘robots’ or automated processes such as Optical Character Recognition. The use of Robotics and warehousing systems covers all stages of the retrieval and digitisation of objects; from preparation to the transport of the object to the digitisation space, the digitisation process itself, the transport back to the collection storage and all actions in between needed to complete the digitisation process.