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Nature 453 (7191), 2 (01 May 2008)
"This technology means that there is now much less excuse for allowing spatial data to fall by the wayside simply because they are not relevant to the data collectors' project in hand. Not only are the data easily collected, they are easily stored too. GenBank, for example, introduced fields for latitude and longitude in the metadata attached to its nucleotide sequence records in 2005. But few yet contain such information.
Gene sequence and structure databases have flourished in part because journals require authors to submit published data to them. It is worth considering a similar requirement that all samples in a published study be registered, along with GPS coordinates, in online databases such as the Global Biodiversity Information Facility. At the same time, it would behove spatial scientists to articulate to the broader research community the potential of recording and making accessible spatial data in the appropriate formats — and the painlessness of the process."
Nat Biotech 26 (5), 541-7 (May 2008)
"The MIGS specification enables description of the complete range of possible genomes (eukaryotes, bacteria, archaea, plasmids, viruses, organelles) and metagenomes. Core descriptors include information about the origins of the nucleic acid sequence (genome), its environment (latitude and longitude, date and time of sampling and habitat) and sequence processing (sequencing and assembly methods). MIGS-compliant reports can be rendered into an electronic format using the MIGS XML schema and controlled vocabularies through the GSC's Genome Catalogue"
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Declan Butler
Senior reporter
Nature
d.butler@nature.com
Data, Disasters, Epidemiology,KML, Mashups, Migratory birds , Science , Scripts,Software
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