Nitrogen is a major limiting element for biological productivity, and thus understanding past
variations in nitrogen cycling is central to understanding past and future ocean …

Oceanic deoxygenation is increasingly affecting marine ecosystems; many taxa will be
severely challenged, yet certain nominally aerobic foraminifera (rhizarian protists) thrive in …

The trace element (TE) and isotopic composition of calcareous foraminifera has been
invaluable in advancing our understanding of environmental change throughout the …

The stable isotopes of organic nitrogen (N) preserved within the fossil tests of foraminifera
have been used to reconstruct past changes in surface ocean nitrogen cycling processes …

Abstract o-Cresol is a toxic substance with strong irritating and corrosive effects on skin and
mucous membranes. To date, information on the effects of o-cresol on microbial …

Sediment trap samples from the southwestern Bay of Bengal were obtained at a water depth
of about 900 m at sampling intervals of 17–27 days during three time periods (November …

Nitrogen and sulfur are key elements in the biogeochemical cycles of marine ecosystems to
which benthic foraminifera contribute significantly. Yet, cell-specific assimilation of …

Marine carbon and nitrogen processing through microorganisms' metabolism is an important
aspect of the global element cycles. For that purpose, we used foraminifera to analyze the …

Seawater transported into the South Atlantic from the Indian Ocean via “Agulhas leakage”
modulates global ocean circulation and has been linked to glacial‐interglacial climate …

The present study investigated the composition, density, abundance, and diversity of benthic
foraminifera, and their relationship with various physico-chemical parameters such as pH …