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München, Germany

Spelda J.,Section Arthropoda Varia | Reip H.S.,Senckenberg Museum of Natural History Gorlitz | Oliveira-Biener U.,Section Arthropoda Varia | Melzer R.R.,Section Arthropoda Varia
ZooKeys | Year: 2011

We give a first account of our ongoing barcoding activities on Bavarian myriapods in the framework of the Barcoding Fauna Bavarica project and IBOL, the International Barcode of Life. Having analyzed 126 taxa (including 122 species) belonging to all major German chilopod and diplopod lineages, often using four or more specimens each, at the moment our species stock includes 82% of the diplopods and 65% of the chilopods found in Bavaria, southern Germany. The partial COI sequences allow correct identification of more than 95% of the current set of Bavarian species. Moreover, most of the myriapod orders and families appear as distinct clades in neighbour-joining trees, although the phylogenetic relationships between them are not always depicted correctly. We give examples of (1) high interspecific sequence variability among closely related species; (2) low interspecific variability in some chordeumatidan genera, indicating that recent speciations cannot be resolved with certainty using COI DNA barcodes; (3) high intraspecific variation in some genera, suggesting the existence of cryptic lineages; and (4) the possible polyphyly of some taxa, i.e. the chordeumatidan genus Ochogona. This shows that, in addition to species identification, our data may be useful in various ways in the context of species delimitations, taxonomic revisions and analyses of ongoing speciation processes. © Jörg Spelda et al.

Oliveira-Biener U.,Section Arthropoda Varia | Lehmann T.,Section Arthropoda Varia | Melzer R.R.,Section Arthropoda Varia | Reip H.,Senckenberg Museum of Natural History Gorlitz | Spelda J.,Section Arthropoda Varia
Spixiana | Year: 2012

In the framework of the project "centres of excellence of innovative data mobilisation" of GBIF-D (the Global Biodiversity Information Facility - Germany; BMBF grant 01LI01001 B), the node invertebrates II uses several digitalisation units to produce extended depth of field photos of micropreparations at high resolution, and combines them with online databases available from the GBIF portal to establish complete taxonomic information systems, e. g. GloMyrIS. Exemplified by Carl Wilhelm Verhoeff's gonopod preparations of Diplopoda, we give a survey of the technical procedures, the results and their significance for taxonomic revisions and data exchange among myriapodologists.

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