Intertidal foraminifera from surface sediments are commonly used as a high-resolution
indicator of sea-level change. The integrity of this approach is based upon the assumption …

The width of plate-boundary fault rupture at the Cascadia subduction zone, a dimension
related to earthquake magnitude, remains uncertain because of the lack of quantitative …

Salt-marsh foraminifera have been used to reconstruct Holocene sea-level changes from
coastlines around the world. In this work, we compile the results of surface foraminiferal …

This is the first detailed investigation of the distribution and ecology of living (stained)
shallow water (0–6 m) foraminifera along the Skagerrak–Kattegat coast, eastern North Sea …

Increasing pollution by industrial, agricultural, and other anthropogenic chemicals makes it
ever more necessary to develop a thorough water management system. Chemical analyses …

The foraminiferal assemblages of about 1,500 samples collected worldwide in various types
of paralic environments, supplemented by selected published data, led to the determination …

Foraminifera of siliciclastic and mixed siliciclastic–carbonate continental margins are
sensitive to changes in sea level because of the complex biological, chemical, and physical …

The vertical distribution of foraminifera, testate amoebae and diatoms was investigated in
saltmarshes in the Taf estuary (south Wales), the Erme estuary (south Devon) and the …

Quantitative analyses of foraminiferal distributions along the coast of Maine are used to
provide transfer functions for reconstruction of sea-level changes from fossil foraminiferal …

The paleoecological interpretation of fossil foraminiferal assemblages depends on an
understanding of the ecological processes operating at the present. This study investigates …