Bushizheia O’Flynn and Liu, 2020
publication ID |
https://doi.org/ 10.26879/1069 |
publication LSID |
lsid:zoobank.org:pub:A1DFE048-F763-4B75-9EF0-A20B9B8CD619 |
persistent identifier |
https://treatment.plazi.org/id/03FAC70F-7E0B-FFC4-FF33-6562FE68F8CB |
treatment provided by |
Felipe |
scientific name |
Bushizheia O’Flynn and Liu |
status |
gen. nov. |
Genus Bushizheia O’Flynn and Liu , gen. nov.
zoobank.org/ 86579E18-E8FD-4D59-840F-8A686585E73F
Type species. Bushizheia yangi gen. et sp. nov., by monotypy.
Diagnosis. As for type species, by monotypy.
Etymology. Bǔshízhě is Mandarin for predator: an allusion to Kiisortoqia Stein, 2010 , from the Kalaallisut (Greenlandic) word kiisortoq, meaning predator (see Stein, 2010).
Remarks. Bushizheia gen. nov. is ascribed to the total group Euarthropoda – as defined by the presence of fully arthrodised bodies and limbs (Aria, 2019), because it has sclerotised trunk tergites, sclerotisation of post-antennal appendages (see Cotton and Brady, 2004), and does not have any isolated tergites in the cephalic segments (see Ortega-Hernández, 2014).
It features a long, frontal grasping appendage that is morphologically like that of radiodonts, but in combination with a completely arthrodised body organisation; this distinguishes Bushizheia gen. nov. from all other euarthropods, except Kiisortoqia .
Bushizheia gen. nov. and Kiisortoqia appear allied to each other by the possession of frontal ‘great appendage’-like head limbs ( Figure 2 View FIGURE 2 A-D). However, Bushizheia gen. nov. is sufficiently distinct to warrant erection of a monospecific genus. It differs from Kiisortoqia by: (1) Bushizheia gen. nov. has a large pygidium with paired short falcate spines and a terminal tailspine ( Figure 3A View FIGURE 3 ); Kiisortoqia has a small tail shield with neither spines nor a tailspine and twice the number of thoracic tergites; see Figure 4B View FIGURE 4 and also Stein, 2010, p. 482- 483, figures 4B, 5B-C); (2) trilobation of thoracic tergites effaced; (3) dorsal spine is present on each podomere of the frontal head limb (see Daley and Edgecombe, 2014).
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