Lucio Bonato
Department of Biology - University of Padova
via U.Bassi 58b · I-35131 Padova (Italy) · tel. 0039 049 8277487
research
geophilomorph centipedes
evolution and diversity
Geophilomorph centipedes are a group of terrestrial arthropods and a major component of soil ecosystems throughout the world. These tiny predators are specialised to carry on a secretive life inside the soil. Knowledge on their evolution, diversity and ecology is well behind that of many other animal groups. |
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Mecistocephalids
Within extant geophilomorphs, mecistocephalids comprise a very distinct lineage retaining quite primitive features in morphology and behaviour. Puzzling is the fact that, as a rule, each species is invariant in the number of trunk segments but this number frequently changed during evolution. |
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Geophilids
Geophilids comprise one of the most diverse groups within the geophilomorphs, with extraordinarily specialised traits for living among soil grains. However, their evolutionary history still remains unclear. |
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Mediterranean Geophilomorphs
The Mediterranean basin is a major hotspot of diversity for geophilomorphs. Interesting patterns of geographical variation and fascinating regional radiations are emerging. However, the current taxonomy is inconsistent and unsatisfactory: many taxa are in need of revision ...and a lot of unknown species are still to dig out. |
selected publications
Comparative analysis of diet in syntopic geophilomorph species (Chilopoda, Geophilomorpha) using a DNA-based approach Bortolin F., Fusco G., Bonato L. 2018. Soil Biology and Biochemistry, 127: 223-229. |
How many species of centipedes coexist in temperate forests? Estimating local species richness of Chilopoda in soil coenoses of the South-Eastern Prealps
Peretti E., Bonato L., 2018. 89: 25-32. |
New insights into Plutonium, one of the largest and least known European centipedes (Chilopoda): distribution, evolution and morphology
Bonato L., Orlando M., Zapparoli M., Fusco G., Bortolin F. 2017. Zoological Journal of the Linnean Society, 180: 887–909. |
Evolution of Strigamia centipedes (Chilopoda): a first molecular assessment of phylogeny and divergence times
Bonato L., Bortolin F., Drago L., Orlando M., Danyi L. 2017. |
an interactive identification tool for the geophilomorph centipedes of Europe
Bonato L., Minelli A.,
Lopresti M., Cerretti P. 2014. Zookeys, 443: 1-9. |
The phylogenetic position of Dinogeophilus and a new evolutionary framework for the smallest epimorphic centipedes
Bonato L., Minelli A., Drago L., Pereira L.A. 2015. Contributions to Zoology, 84: 237-253. |
Phylogeny of Geophilomorpha inferred from new morphological and molecular evidence
Bonato L., Drago L., Murienne J. 2014. Cladistics, 30: 485-507. |
Geophilomorph centipedes from the Cretaceous amber of Burma
Bonato L., Edgecombe G.D., Minelli A. 2014. Palaeontology, 57: 97-110. |
Morphology and diversity of the forcipules in Strigamia centipedes
Maruzzo D., Bonato L. 2014. Arthropod Structure and Development, 43: 17-25
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Treatise on Zoology - Anatomy, Taxonomy, Biology The Myriapoda - Volume 1
Minelli A., ed., 2011. Brill |
The centipede genus Clinopodes: a reassessment of species diversity and distribution, with a new species from the Maritime Alps
Bonato L., Iorio E., Minelli A. 2011. Zoosystema, 33: 175-205 |
Pincer-like claws in centipedes: multiple evolutionary origin of similar form and serial pattern
Bonato L., Drago L., Minelli A. 2011. Zoomorphology, 130: 17-29 |
Morphology and phylogeny of Dicellophilus,
a centipede genus with highly
disjunct distribution
Bonato L., Danyi L., Minelli A. 2010. Zoological Journal of the Linnean Society, 158: 501-532 |
Geophilomorph centipedes in the Mediterranean region:
revisiting taxonomy opens new evolutionary vistas
Bonato L., Minelli A. 2009. Soil Organisms, 81: 489-503 |
Diversity in the maxillipede dentition of Mecistocephalus centipedes, with the description of a new species with unusually elongate denticles
Bonato L., Minelli A. 2009. Contributions to Zoology, 78: 85-97. |
Leśniewska M., Bonato L.,
Minelli A., Fusco G. 2009. Arthropod Structure and Development, 38: 417-426 |
A geophilomorph centipede from La Buzinie amber (Late Cretaceous: Cenomanian), SW France
Edgecombe G.D., Bonato L., Minelli A. 2009. Geodiversitas, 31: 5-15. |
Morphology, taxonomy and distribution of Diphyonyx n. gen., a lineage of geophilid centipedes with unusually shaped claws
Bonato L., Zapparoli M., Minelli A. 2008. European Journal of Entomology, 105: 343–354. |
Stenotaenia: a hitherto unrecognized lineage of western Palaearctic centipedes with unusual diversity in body size and segment number
Bonato L., Minelli A. 2008 Zoological Journal of Linnean Society, 153: 253-286. |
The Mecistocephalidae of the Japanese and Taiwanese islands
Uliana M., Bonato L., Minelli A. 2007 Zootaxa, 1396: 1-84. |
The European centipedes hitherto referred to Eurygeophilus, Mesogeophilus and Chalandea: taxonomy, distribution and geographic variation of the segment number
Bonato L., Barber A., Minelli A. 2006 Journal of Natural History, 40: 415-438. |
The centipede genus Mecistocephalus in the Indian Peninsula
Bonato L., Minelli A., 2004
Tropical Zoology, 17: 15-63. |
Evolutionary trends and patterns in centipede segment number based on a cladistic analysis of Mecistocephalidae
Bonato L., Foddai D., Minelli A., 2003 Systematic Entomology, 28: 539-579. |
Phylogeny and systematics of the Arrupinae
with the description
of a new dwarfed species
Foddai D., Bonato L., Pereira L., Minelli A., 2003 Journal of Natural History, 37: 1247-1267. |
Parental care in Dicellophilus carniolensis: new behavioural evidence with implications for the higher phylogeny of centipedes
Bonato L., Minelli A., 2002 Zoologischer Anzeiger, 241: 193-198. |
Increase by duplication and loss of invariance of segment number in the centipede Mecistocephalus microporus
Bonato L., Foddai D., Minelli A., 2001 Italian Journal of Zoology, 68: 345-352. |
...work in progress...
what do centipedes eat in the wild? diet analysis by molecular identification of prey remains in the gut |
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ecological and geographical differentiation in Strigamia in the Italian region: hints from molecules and anatomy
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new funtional morphologies discovered in Sardinia and Cyprus: neglected life in the Mediterranean islands |