Microbioerosion - Trace Fossils as Indicators of Sedimentary Environments - page 226

TABLE 3 Ichnotaxa with Paleothermometrical Relevance, Given with their Known or Inferred Producers, Known Stratigraphic

Range, and Today's Biogeographic Distribution (XX rare) as Reported by Radtke et al. (1997) , Lukas and Golubic

(1981) , Akpan and Farrow (1984) , Schmidt and Freiwald (1993) , Vogel et al. (2000) , Bundschuh and Balog (2000) , Radtke and
Golubic (2005) , Wisshak (2006, 2008) , Wisshak and Porter (2006) , Golubic and Radtke (2008) and Bromley et al. (2007) ,
Wisshak et al. (2011) , and Complemented by own Observations

¼ common; X ¼

Ichnotaxon
Biotaxon (type)

Warm-
temperate

Cold-
temperate

Stratigraphic range Tropical Arctic

Fascichnus rogus ( Bundschuh and Balog, 2000 )
Hyella racemus Al-Thukair et al., 1994 (cyanobacterium)

Ordovician-recent XX XX X

Fascichnus acinosus ( Glaub, 1994 )
Hyella balani Lehmann, 1903 (cyanobacterium)

Permian-recent XX XX ?X

Eurygonum nodosum Schmidt, 1992
Mastigocoleus testarum Lagerheim, 1886 (cyanobacterium)

Ordovician-recent X XX X

Planobola macrogota Schmidt, 1992 a
Cyanosaccus piriformis Lukas and Golubic, 1981 (cyanobacterium)

Ordovician-recent XX XX

Fascichnus grandis ( Radtke, 1991 )
Acetabularia sp. (chlorophyte)

Eocene-recent X XX

Rhopalia catenata Radtke, 1991
Phaeophila dendroides (Crouan) Batters, 1902 (chlorophyte)

Carboniferous-recent XX XX X

Rhopalia clavigera Golubic and Radtke, 2008
Eugomontia sacculata Kornmann, 1960 (chlorophyte)

Eocene-recent X XX X

Continued