Bothriogaster signata (Kessler, 1874)

Chipman, Ariel D., Dor, Neta & Bonato, Lucio, 2013, Diversity and biogeography of Israeli geophilomorph centipedes (Chilopoda: Geophilomorpha), Zootaxa 3652 (2), pp. 232-248 : 239

publication ID

https://doi.org/ 10.11646/zootaxa.3652.2.2

publication LSID

lsid:zoobank.org:pub:B721A1E5-707A-476F-A3E7-E1B0D9559706

DOI

https://doi.org/10.5281/zenodo.5678055

persistent identifier

https://treatment.plazi.org/id/03B987F9-143F-FFE3-CDB7-D52DF0CDB6DC

treatment provided by

Plazi

scientific name

Bothriogaster signata (Kessler, 1874)
status

 

Bothriogaster signata (Kessler, 1874) View in CoL

Published records: “Jérusalem” [Jerusalem], “route de Jérusalem à Nazareth” [road between Jerusalem and Nazareth] (Porat 1893); “ètape du Ouady-Embâgghak au Ouady-Hafaf” [?], “Hebron”, “Jéricho”, “Koulonîyeh” [?], “Ouady-Derajeh (Mer Morte)” [Wadi Darajeh/Nahal Deragot, the Dead Sea], “Ouady-Embâgghak” [?], “Soukh-et-Taemeh (Désert de Judée)” [? (Judean desert)], “Tibériade” [Tiberias] (Porat 1893, sub B. affinis ); “Gerusalemme” [Jerusalem] (Silvestri 1895, sub B. affinis ); “Jaffa” (Verhoeff 1901, sub B. affinis and B. affinis phoenicea ); “Jerusalem” (Verhoeff 1901, sub B. affinis judaica and B. porigera ); “See Genezareth” [Sea of Galilee] (Verhoeff 1925, sub B. affinis , B. judaica genezarethana , B. megalocycla var. crumenifera and B. megalocycla var. megalocycla ); “Sumpf Nahr Rubin” [near Nahal Soreq] (Verhoeff 1925, sub B. affinis , B. judaica genezarethana and B. tunetana phoenicea ); “Chuldah” [Hulda] (Verhoeff 1925, sub B. affinis and B. tunetana media ); “El Muraw” [possibly near Jericho], “Rehobot” [Rehovot] (Verhoeff 1925, sub B. judaica genezarethana ); “Zahlè bei Jaffa” [Zahle, near Jaffa] (Verhoeff 1925, sub B. megalocycla var. crumenifera ); “Rehoboth” [Rehovot] (Verhoeff 1925, sub B. tunetana phoenicea ); “Jericho” (Verhoeff 1934, sub B. wohlberedti ); “Haifa”, “Jaar na Nabi (Gerusalemme)” [? (Jerusalem)], “Lahav”, “Moshav Alma” (Zapparoli 1991); “Abda Wadi Nefkh” [Avdat], “Alonym” [Alonim], “Ba’al Hazor”, “Ein Fashkha-Wadi Dara” [Ein Feshkha], “En ha Mifraz” [Ein HaMifratz], “Gush Halav”, “Jericho”, “Jerusalem”, “Kurnub (Negev)”, “Migdal Zedeq” [Migdal Tzedek], “Mishmar ha Emeq” [Mishmar HaEmek], “Newe Ilan” [Neve Ilan], “Poriyya”, “between Ras Zueira and Wadi Seyal” [Between Rosh Zohar and Nahal Hever], “Shemurat haMasreq” [HaMasreq reserve], “Tel Aviv”, “Tel Aviv - Abu-kabir” [Abu Kabir], “Tel Yeroham” [Tel Yeruham], “Wadi Umm Salib (Negev)” (Zapparoli 1995).

New records: Arad (6 specimens 1963 1964); Avdat (1 specimen 1957); Be’er Sheva (3 specimens 2011); Caesaria (3 specimens 1962); Ein Tamar (3 specimens 1963); Eshel HaNassi (2 specimens 2012); Ezuz (2 specimens 2011); Hermon (2 specimens 2012); Hermon Emek Bol’an (4 specimens 2012); Hermoan Emek HaMan (2 specimens 2011 2012); Jericho (1 specimen 1936); Jerusalem (4 specimens 1934 1964 2009); Khirbet Krach (1 specimen 2012); Khirbet Ramon (3 specimens 1963); Lahav (2 specimens 1963 1964); Livnim (1 specimen 2011); Ma’ale Adumim (1 specimen 2011); Mishmar HaYarden (1 specimen 1935); Mitzpe Ramon (1 specimen 1957); Mt. Meiron (2 specimens 1963); Nahal Afik (1 specimen 2010); Nahal Oren (3 specimens 2011); Nahal Zin (4 specimen 1963); Ramon Crater (1 specimen 1963); Sde Bar (1 specimen 2011); Tel Arad (2 specimens 2012); Tel Gezer (1 specimen 2011); Tel Yerucham (2 specimens 1963); Tri'be 15 Km east of Dimona (1 specimen 1963); Tzora (1 specimen 1964); Upper Nahal ‘Amud (1 specimen 2011); Upper Nahal Deragot (1 specimen 2011); Ze’elim (2 specimens 2012); Safed (1 specimen 2012).

Distribution in Israel: this is by far the most common species in Israel, recorded from throughout the country in all climatic zones and landscapes, from extreme desert to Mt. Hermon ( Fig. 2 View FIGURE 2 C).

Global distribution: the species is widespread from Greece and north-eastern Africa, through Anatolia and the Middle-East, to central Asia.

Taxonomic and nomenclatural notes. The internal taxonomy of the genus Bothriogaster Sseliwanoff, 1879 is still unsatisfactory. Different authors have elaborated differently on how many species and subspecies could be recognized, based on variable characters including the shape and longitudinal distribution of peculiar sternal depressions and the number of trunk segments (e.g., Chalande & Ribaut 1909; Verhoeff 1925). Our identification follows the prevalent treatment by modern authors, who provisionally refer all Bothriogaster populations to a single species B. signata (Zapparoli 1991 1995; Edgecombe et al. 2011).

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