From Knaust, 2020: Stratigraphic distribution. Early Cambrian (Chen & Chen 1980)-Middle Ordovician (Bischoff 1994). [details]
Stratigraphic distribution. Lower Ordovician (Bischoff 1994) to Holocene (Colin et al. 2011). [details]
From Knaust, 2020: Stratigraphic distribution. Early Cambrian (Luo et al. 1999; Steiner et al. 2005), Middle Ordovician ... [details]
From Knaust, 2020: Stratigraphic distribution. Early Cambrian (e.g. Peel 2015) to Holocene (e.g. Kulkarni & ... [details]
From Knaust, 2020: Stratigraphic distribution. Early-middle Silurian (Bischoff 1990), Upper Jurassic (Gramann 1966; ... [details]
From Knaust, 2020: Stratigraphic distribution. Late Cambrian (Buchholz & Grimmberger 2012). [details]
From Knaust, 2020: Stratigraphic distribution: Lower Carboniferous (Senowbari-Daryan et al. 2017) to Holocene ... [details]
From Knaust, 2020: Stratigraphic distribution. Lower-Middle Ordovician (Bischoff 1994). [details]
From Knaust, 2020: Stratigraphic distribution. Early-middle Silurian (Bischoff 1990). [details]
From Knaust, 2020: Stratigraphic distribution. Lower-Middle Ordovician (Bischoff 1994; Schallreuter 2003). [details]
From Knaust, 2020: Stratigraphic distribution. Lower Ordovician, early-middle Silurian (Bischoff 1990, 1994). [details]
From Knaust, 2020: Stratigraphic distribution. Middle Ordovician (Bischoff 1994). [details]
From Knaust, 2020: Stratigraphic distribution. Lower Cambrian? (Luo et al. 1999), Upper Jurassic (Janicke 1970). [details]
From Knaust, 2020: Stratigraphic distribution. Early Cambrian (Luo et al. 1999; Steiner et al. 2005) – Upper Jurassic ... [details]
From Knaust, 2020: Stratigraphic distribution. Middle Triassic (herein), Lower Jurassic (herein), Upper Jurassic ... [details]
From Knaust, 2020: Stratigraphic distribution. Lower Cretaceous to Holocene (Colin et al. 2011). [details]
From Knaust 2020: Stratigraphic distribution. Upper Ordovician-Upper Cretaceous (Knaust 2019). [details]
From Knaust, 2020: Stratigraphic distribution. Upper Cambrian? (Aceñolaza 2005), Lower Carboniferous (Horn 1989). [details]
From Knaust, 2020: Stratigraphic distribution. Early Permian (Remy 1953). [details]
From Knaust, 2020: Stratigraphic distribution. Middle-Upper Ordovician (Schallreuter 1977). [as Glomovertella iecta] [details]
From Wisshak et al., 2019: Aggregatella Elliott, 1962, with its type ichnospecies A. pseudohieroglyphicus Elliott, ... [details]
Ichnogenus (fossil coprolite [or cololite]). From Knaust, 2020: Potential producer(s). Although some molluscs (e.g. ... [details]
Ichnofamily (fossil coprolites). From Knaust, 2020: Potential producer(s). Gastropods, bivalves, insects (e.g. ... [details]
Originally described as a large fossil diatom; treated as such in WoRMS (2013) and AlgaeBase (2021 version). From ... [details]
Ichnogenus (coprolites), assigned to anomurans (decapod crustaceans), refer Knaust, 2020. [details]
Bromalite (fossils from digestive tracts). Apparent misspelling, cf. "Cribrachus" is given in Knaust, 2020 ... [details]
Ichnogenus (fossil coprolite). From Knaust, 2020: Potential producer(s). C. melendezi was known only from its ... [details]
Ichnogenus (fossil coprolite). From Knaust, 2020: Coprolithus was proposed as an informal term only, and thus is ... [details]
Ichnogenus (fossil coprolites). From Knaust, 2020: Potential producer(s). Various groups of organisms produce ... [details]
From Knaust, 2020: Originally as a nomen nudum in Richter & Richter, 1939. Ichnogenus (fossil coprolite). Potential ... [details]
Ichnogenus (fossil coprolite). From Knaust, 2020: Previously regarded as acicularian spicules, Elliott (1963) ... [details]
Ichnogenus (fossil coprolite). From Knaust, 2020: Potential producer(s). Vermiform organisms (such as ... [details]
From Knaust, 2020: Diapasolutum was described in Kuss & Senowbari-Daryan (1992) but is a nomen nudum because it was ... [details]
Ichnofamiliy (invertebrate coprolites), probable producers: decapod Crustacea. [details]
Ichnogenus (fossil coprolite). From Knaust, 2020: Funiculichnus was introduced in an unpublished thesis and ... [details]
From Knaust, 2020: Fuxianospira, originally described as a non-calcified macroalga, was regarded as faecal string ... [details]
Ichnogenus (fossil coprolite). From Knaust, 2020: Potential producer(s). These aggregates with their ‘folded, ... [details]
Originally published as Foraminifera. (Index Nominum Genericorum). Listed as a probable synonym (variant) of the ... [details]
Junior homonym of Heterotheca Cassini, 1817 in Plantae; replacement name is Bensoniotheca J.E. Mickle & G.W. Rothwell ... [details]
Ichnogenus (fossil coprolite). Some similarilty with faecal pellets produced by modern Mesogastropoda, refer ... [details]
Ichnogenus (fossil coprolite). From Knaust, 2020: Potential producer(s). Ascidiacea (Tunicata) are known to produce ... [details]
Ichnogenus (fossil coprolites). From Knaust, 2020: Potential producer(s). Based on comparison with modern faecal ... [details]
Ichnogenus (fossil coprolite). From Knaust, 2020: Potential producer(s). Burrowing polychaetes are assumed as ... [details]
Ichnogenus (fossil coprolite). From Knaust, 2020: Potential producer(s). The peculiar morphotypes of Lumbricaria ... [details]
From Knaust, 2020: The nature of the presumed producers often remains uncertain and may also include vertebrates ... [details]
From Knaust, 2020: Magarikune was erected as a faecal string (coprolite) similar to Arenicola, but now is ... [details]
Ichnogenus (fossil coprolite). From Knaust, 2020: Originally described as medusoid fossils (i.e. Cnidaria), the ... [details]
Ichnogenus (fossil coprolite). From Knaust, 2020: Microcarpolithes Vangerow, 1954 was introduced to describe the ... [details]
From Knaust, 2020: This ichnotaxon was erected collectively for borings and coprolites in fossil wood, which is a ... [details]
Ichnogenus (fossil coprolite). [details]
From Knaust, 2020: This form, originally described as alga, was assigned to coprolites by Steiner et al. (2005). It ... [details]
From Knaust, 2020: These elongate straight or curved cylindrical bodies with a central cavity were introduced as ... [details]
From Knaust, 2020: This structure contains sediment pads mimicking a spiral-like development and thus was compared ... [details]
Ichnogenus (fossil coprolite). From Knaust, 2020: Rhizocorallites was originally regarded as ‘Stopftunnel’, ... [details]
Ichnogenus (fossil coprolite). From Knaust, 2020: Potential producer(s). The peculiar shape and appearance of the ... [details]
Ichnogenus (fossil coprolite). From Knaust, 2020: This unique ichnogenus could equally represent a cololite. [details]
Ichnogenus (fossil coprolite). From Knaust, 2020: Thuringia was formerly interpreted as the polliniferous organ of ... [details]
Ichnogenus (fossil coprolite). From Knaust, 2020: Potential producer(s). Bischoff (1994) suggests bivalves or ... [details]
Ichnogenus: coprolite (described from fossil excreta). From Knaust, 2020: Triplifaex is poorly characterized based ... [details]
Ichnogenus (fossil coprolite). From Knaust, 2020: Potential producer(s). The tubular and coiled nature of ... [details]
Ichnogenus (coprolite). From Knaust, 2020: Potential producer(s). Compared with faecal pellets produced by the ... [details]