Ichnos-An International Journal for Plant and Animal Traces

Papers
(The median citation count of Ichnos-An International Journal for Plant and Animal Traces is 1. The table below lists those papers that are above that threshold based on CrossRef citation counts [max. 250 papers]. The publications cover those that have been published in the past four years, i.e., from 2021-11-01 to 2025-11-01.)
ArticleCitations
The trace fossilGyrolithes lorcaensisfrom the Lower Cretaceous of the Kopet-Dagh Basin, NE Iran23
Metre-scale, upward-radiating burrow systems in Pleistocene aeolian sandstone, Cape South Coast, South Africa: a new ichnotaxon18
Diving neoichnology: underwater fieldwork focusing on organism and seafloor ecosystem interactions14
Defining and refining principles in ichnotaxonomy: Markus Bertling (1959–2022)13
Teredolitesdriftwood from the Arkadelphia Formation–Midway Group Contact (K–Pg), Malvern, Arkansas, USA8
The role of neoichnology in environmental geoscience7
Morphology of Radhostium carpaticum Plička and Říha, 1989 in new finds from the Outer Western Carpathians (Upper Cretaceous – Eocene flysch deposits of the Biele Karpaty Mountains, Slovakia)5
Trace fossils of hypersaline environment and its implication in identifying tidal inundation boundary in Great Rann of Kachchh, Western India5
The paleoichnofauna in bones of Brazilian Quaternary cave deposits and the proposition of two new ichnotaxa5
Ichnology of a tropical delta and associated strandplain: the Oligocene–Miocene Ciénaga de Oro Formation of Colombia5
Trace fossils on megafaunal bone remains from Quaternary natural tank deposits of Brazil: A case study in João Cativo Paleontological site, Megafauna Valley, Brazil5
Taphonomic overprinting on the late Palaeozoic terrestrial plant–animal interactions: a noise in the record5
First record of a small stegosaur footprint (cf.Stegopodus) from the ?Upper Jurassic-?Lower Cretaceous red beds of the Middle Atlas, Morocco5
Review of 17th international ichnofabric workshop, 23–25 October 2023 in Faxe (Denmark)4
New ichnospecies and redescription of Caedichnus Stafford et al., 2015, traces indicative of durophagous predation4
Invertebrate trace fossils from Paleogene fluvial strata in Western Washington, USA4
Well-preserved Piscichnus waitemata in tidal-flat deposits of the Miocene Shirahama Formation, southwestern Japan and its ichnological, palaeoecological, and palaeontolo4
Unraveling stratigraphic complexities of transgressive surfaces with trace fossil omission suites and juxtaposed softground suites4
First record of Linichnus Jacobsen & Bromley, 2009, and Nihilichnus Mikuláš et al., 2006, in the Itaboraí Basin (early Eocene), in Sou4
The impacts of diagenesis on bioturbated ramp deposits: A study of Arab-D outcrops in Wadi Malham, Central Saudi Arabia4
Tooth marks, gnaw marks, claw-marks, bite marks, scratch marks, etc: terminology in ichnology3
A gar-bitten vertebrate coprolite from the Neogene of the Atlantic Coastal Plain, USA, and a new ichnospecies of Machichnus Mikuláš et al., 20063
Correction Notice3
Possible shod-hominin tracks on South Africa’s Cape coast3
Decoupling fossil trackways from trackmaker identity in locomotion studies3
Cruziana and Helminthopsis in fluvial deposits of the uppermost Stockton Formation (Late Triassic), west-central New Jersey2
Aratichnus igen. nov. from the Eocene-aged Baronia Formation, Àger Basin, Lleida, Spain2
Plant stem trace fossils from fluvial deposits of the Hell Creek Formation (Maastrichtian), Montana, USA2
First record of the Permian nonmarine helical trace fossilAugerinoichnusfrom outside of New Mexico2
Cochlichnus -like traces produced by chironomid midge larvae (Diptera: Chironomidae: Orthocladiinae) and a summary of traces produced by modern chironomids2
Neoichnology of Rhinella dorbignyi (Bufonidae) burrows: improving the recognition and interpretation of toad burrows2
Identifying and accounting for outcrop constraints on observations in field-based ichnological studies1
Burrow systems of modern subterranean rodents (Ctenomyidae): key neoichnologic features and recognition of fossil examples1
Pleistocene fossil snake traces on South Africa’s Cape south coast1
The Jurassic–Cretaceous boundary in the Kurovice section (Southern Moravia, Czech Republic): trace fossils, stable isotopes, and magnetic susceptibility1
An incisive and innovative ichnologist: remembering the outstanding contributions of Dr. S. George Pemberton, Distinguished University Professor, F.R.S.C1
Possibly the oldest fish-made resting traces1
Taphonomic history of a dinosaur skeleton from the upper Cretaceous Frenchman Formation, Canada: insights from ancient rhizoetchings and invertebrate bioerosion trace fossils1
Martin G. Lockley (1950–2023): prime mover of vertebrate footprint studies1
A new ichnospecies of Nihilichnus Mikuláš et al., 2006 from the Palaeogene of South America: trace makers and ichnological and palaeobiological implications1
Soft-sediment deformation structures in the Lower Cretaceous Robberg Formation, South Africa: distinguishing the effects of dinosaurs and earthquakes in an estuarine, rift basin setting1
The importance of laboratory-based neoichnological experiments for aquatic palaeoecological analyses1
Taxonomic reappraisal of Nihilichnus from taphonomic perspectives of crocodile predatory ecology1
The new ichnospecies Teredolites solitarius and its taphonomy from the Cenozoic carbonate intervals of Kutch Basin, India1
Dating the Pleistocene hominin ichnosites on South Africa’s Cape south coast1
Scolicia,ichnotaxonomic practices, and the limits of behavioural convergence1
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