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 2020-03-01 to 2024-03-01.)
ArticleCitations
Tooth marks, gnaw marks, claw-marks, bite marks, scratch marks, etc: terminology in ichnology9
Image processing techniques to improve characterization of composite ichnofabrics8
Scolicia and its producer in shallow-marine deposits of the Miocene Chenque Formation (Patagonia, Argentina): functional morphology and implications for understanding burrowing behavior7
An insect boring in an Early Cretaceous wood from Bornholm, Denmark7
Ichnogeny and bivalve bioerosion: examples from shell and wood substrates7
New ichnospecies of Linichnus Jacobsen & Bromley, 20096
Vertebrate footprints and a mammal mud-bath trace fossil (Laspichnia) from the Mukdadiya Formation (Late Miocene–Pliocene), Chamchamal Area, Kurdistan Region, Northeast Iraq5
A new shallow-marine, high-latitude record of the trace fossil Macaronichnus in Miocene, reworked delta-front clinoforms, Punta Basílica, Tierra Del Fuego, Argentina4
First description of the ichnofauna from the type locality of the Famennian stage (Late Devonian) of S Belgium4
Behavioral stereotypy and some ecological consequences of entrance-shaft placement of the domichniumSanctum laurentiensisin Ordovician trepostomate Bryozoa4
Tracking the last elephants in Europe during the Würm Pleniglacial: the importance of the Late Pleistocene aeolianite record in SW Iberia4
First record of the trace fossil Protovirgularia in the Passaic Formation (Late Triassic), Newark Supergroup, near Milford, New Jersey3
Scolicia shirahamensis isp. nov.: a triple-corded scolicia and its ichnological implications3
Psammichnites gigas from the lower Cambrian of the Mackenzie Mountains, northwest Canada, and their biostratigraphic implications3
Dating the Pleistocene hominin ichnosites on South Africa’s Cape south coast3
Horseshoe crab trace fossils and associated ichnofauna of the Pony Creek Shale Lagerstätte, Upper Pennsylvanian, Kansas, USA3
An etched turtle bone from the Paleogene of the Isle of Wight, UK3
Cutting-edge technology: burrows lined with sponge bioclasts from the Upper Cretaceous of Denmark3
Ichnology and biostratigraphic significance of Cambrian trace fossils from the lowest stratigraphic level of Kunzam La Formation, Chandra Valley, Lahaul and Spiti, India3
Dinosaur taphonomy of the Jurassic Shishugou Formation (Northern Junggar Basin, NW China) – insights from bioerosional trace fossils on bone3
The first Mesozoic vertebrate coprolites from Algeria3
Bivalve borings in Maastrichtian fossilNypafruits: Dakhla Formation, Bir Abu Minqar, South Western Desert, Egypt3
Freshwater to low salinity expression of Cretaceous Glossifungites-demarcated autogenic stratigraphic surfaces, central Utah3
The earliest occurrence of the ichnogenusPsilonichnus: a new record from the Mississippian of the West of Ireland3
Large mammal tracks in 1.8-million-year-old volcanic ash (Tuff IF, Bed I) at Olduvai Gorge, Tanzania2
Site-selectivity of symbiotic (parasitic?) pits in crinoid column material from the middle Silurian (Wenlock: Sheinwoodian) of western Estonia2
Rhizocorallium and turtle tracks: a late Cretaceous proximal distributary channel trace-fossil assemblage, central Utah2
Move, burrow, feed – repeat! A compound trace fossil from the Solnhofen Plattenkalke possibly made by holothurians2
Avian diversity and behavior in an Eocene coastal plain, Svalbard: the ichnological evidence2
Burrows of the common field-cricketGryllus campestrisLinnaeus, 1758 (Orthoptera: Gryllidae) from Dajti Mountain, Albania2
The shell-armoured trace fossil Ereipichnus pickerillensis from the Pliocene Moruga Formation, Trinidad: morphology and palaeoenvironment2
Trace fossils, depositional context, and paleogeography of the upper Tal Group (upper lower Cambrian), Lesser Himalaya, India: a Gondwanan succession with no affinities to the Avalonia microcontinent 2
Possible shod-hominin tracks on South Africa’s Cape coast1
Invertebrate trace fossils from Paleogene fluvial strata in Western Washington, USA1
Effects of X-ray computed tomography (CT) on the ichnologic interpretation of the Mira River estuary sediment core, SW Portugal1
Reply to discussion on trace fossils, depositional context and paleogeography of the Upper Tal Group (upper lower Cambrian) (Lesser Himalaya) by Ed Landing and Gerd Geyer1
The trace fossilGyrolithes lorcaensisfrom the Lower Cretaceous of the Kopet-Dagh Basin, NE Iran1
A fossil carbonate rocky shore in the Kalcit Quarry: a new insight into echinoid shallow marine bioerosion (Miocene; Czech Republic)1
IchnoDB: structure and importance of an ichnology database1
Cubichnia and Praedichnia in fossil ichnites of a flat fish from the Lower Cretaceous Talmest palaeoichnological site, Western High Atlas (Morocco)1
A gar-bitten vertebrate coprolite from the Neogene of the Atlantic Coastal Plain, USA, and a new ichnospecies of Machichnus Mikuláš et al., 20061
Ichnology of a dolomitized raised reef: Hopegate Formation, Jamaica (Upper Pliocene)1
Unnecessary “axiotypes”1
On the status of the ichnotaxon Mandaodonites coxii Cruickshank, 19861
Biostratinomy of dune tracks in sub-0 °C temperature1
Taphonomic overprinting on the late Palaeozoic terrestrial plant–animal interactions: a noise in the record1
Taphonomy of a limpet1
Does trace density reflect tracemaker density? A test using intertidal gastropods on San Salvador Island, the Bahamas1
Sedimentological and ecological significance of a biodeformational structure associated with an unusual feeding behavior in gulls (Larus sp.)1
First occurrence of jumping trackway in upper Paleozoic glacially-related deposits, Paraná Basin, Brazil, and paleoenvironmental implications1
Trace fossils on megafaunal bone remains from Quaternary natural tank deposits of Brazil: A case study in João Cativo Paleontological site, Megafauna Valley, Brazil1
The importance of laboratory-based neoichnological experiments for aquatic palaeoecological analyses1
Teredolitesdriftwood from the Arkadelphia Formation–Midway Group Contact (K–Pg), Malvern, Arkansas, USA1
CruzianaandHelminthopsisin fluvial deposits of the uppermost Stockton Formation (Late Triassic), west-central New Jersey1
Neoichnological study of two species of burrowing darkling beetles (Coleoptera: Tenebrionidae) from larval to adult stages1
Selective colonization after storm events in a delta environment: applied ichnology from the early Miocene of Taiwan1
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