The deep-marine environment is a complex setting in which numerous processes—settling
of pelagic and hemipelagic particles in the water column, sediment gravity flows (downslope …

A uniform approach to ichnotaxonomy has been for the most part positively received by the
scientific community. We carry it further here, presenting a revised treatment of trace fossil …

Seilacherian Ichnofacies have been established, to date, for characterizing relatively stable
depositional settings. Environments characterized by temporally and spatially varying …

Depositional processes operating in deltaic shorelines create a variety of physico-chemical
stressful conditions that impact directly on benthic fauna. The ichnological signatures of …

Abstract The Early Eocene warm climatic episodes have a profound impact on the biotic
assemblages. This study presents the distinct changes in trace-fossil signature within the …

Aggradational deltaic successions are uncommon in the stratigraphic record since deltas
are progradational by nature. However, deltaic coastlines fed by multiple small distributaries …

Hyperpycnal flows have been widely described in different lacustrine and marine
environments but sedimentary structures and fossil content in hyperpycnites often offer …

Unconsolidated siliciclastic sediments can undergo post-burial deformation, which leads to
the formation of distinctive sedimentary structures, known as soft-sediment deformation …

Abstract The Upper Cretaceous Prairie Canyon Member of the Mancos Shale, Book Cliffs,
Utah, contain outstanding examples of prodeltaic turbidity and hyperpycnal flow deposits …

A new ichnospecies of the ichnogenus Nummipera Hölder, has been documented in the
carbonate packstone and wackestone of the Ypresian (early Eocene) Naredi Formation from …