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Kunisaki Complex (Sakaguchi, 1961) Sugamori, 2009
Invalid synonym: Kunisaki Formation
- Type locality: Kunisaki, Kawanishi city, Hyogo prefectre - Tajiri river, Shimotajiri, Nose city, Toyono county, Osaka prefecture
- Accretionary complex
- A late Permian subduction-related accretionary complex deposited on the trench at the front margin of Maizuru Belt.
- Deposition: late Permian (Radiolarians)
- Accretion: late Permian
- Correlation: Kozuki Formation, Hijima Formation
- Sedimentary facies: Marine
- Lithofacies (Upper): Mélange facies
- Lithofacies (Middle): Coherent facies
- Lithofacies (Lower): Mélange facies
- Lithofacies (Upper, Matrix): Mudstone
- Lithofacies (Upper, Exotic blocks): Mafic rocks (Basalt, Basaltic volcaniclastics), Chert, Sandstone
- Lithofacies (Middle): Interbedded sandstone and mudstone
- Lithofacies (Lower, Matrix): Mudstone
- Lithofacies (Lower, Exotic blocks): Mafic rocks (Basalt, Basaltic volcaniclastics), Chert, Sandstone
- Lithofacies (Minor): Conglomerate, Felsic tuff
- Thickness (Overall): 800 m or thicker
- Thickness (Upper): ca. 100 m
- Thickness (Middle): ca. 400 m
- Thickness (Lower): ca. 300 m
- Upper limit: Thrust fault
- Lower limit: Thrust fault
------ Conformity, ~~~~~~ Unconformity, ~~~--- Local unconformity, '''/,, Interfingered, :::::: Fault, /--/-- Thrust, +__+__ Ground surface, ?--?-- Unknown
- Distribution: Kunisaki, Kawanishi city, Hyogo pref.; Tajiri river, Shimotajiri, Nose city, Toyono county, Osaka pref.
- Fossils (Radiolarians, Felsic tuff): Follicucullus cf. charveti, Follicucullus bipartitus
- Fossils (Radiolarians, Mudstone): Follicucullus charveti, Follicucullus orthogonus, Albaillella yamakitai, Foremanhelena triangula, Follicucullus cf. furca
- Takemura et al. (2018) Jour. Geol. Soc. Japan, vol.124, no.2, pp.117-125 DOI
- Sugamori and Ishiwatari (2015) Jour. Geol. Soc. Japan, vol.121, no.11, pp.391-401, DOI
- Sugamori et al. (2012) Jour. Geol. Soc. Japan, vol.118, Supplement, pp.21-36 DOI
- Sugamori (2009) Jour. Geol. Soc. Japan, vol.115, no.2, pp.80-95 DOI