Displaced benthic Foraminifera in semiconsolidated clayey sandstone from the Gorda Rise provide evidence for uplift of the deep-sea floor. The sediment was deposited by turbidity currents on the floor of the Escanaba Trough (the axial valley of the Gorda Rise) from a sublittoral source on the continental margin to the east...
Coarse and fine fractions of samples from dredge hauls and cor es taken in a detailed survey in the ...
In order to investigate how quickly salt marsh foraminifera respond to rapid sea-level rise, we obse...
There are over 1000 foraminiferal species presently living in marine environments, but relatively fe...
Midoceanic rises can be divided into two categories: rifted and nonrifted. Rifted rises are characte...
Acknowledgments The authors would like to thank the captain and the crew of the RRS Discovery cruise...
A sedimentation trap for use just above the deep-sea floor was free-fallen to a depth of 2050 m in t...
Initial results from samples collected during three sediment trapping experiments at three deep ocea...
Modern muds derived from the Orinoco and Amazon Rivers are gradually covering early Holocene (shallo...
A 0.25-m2 box core from the Aleutian Trench (50°58.0\u27N, 171°37.5\u27W) was used to generate hypot...
Both fossil and living foraminifera have been investigated in this study. Late Cretaceous age forami...
Nutrient-rich North Atlantic water upwells off the NW coast of Spain and intermittently intrudes int...
Benthic foraminifera influenced by the Mississippi River plume and seasonal hypoxia were assessed fr...
A dredge haul from a transverse fracture zone in the equatorial Atlantic Ocean yielded sediment of t...
Foraminiferal assemblages respond to changes in marine biogeochemistry and are widely used as biolog...
Hypotheses related to variability in seasonal hypoxic conditions, coastal nutrient enhancement, and ...
Coarse and fine fractions of samples from dredge hauls and cor es taken in a detailed survey in the ...
In order to investigate how quickly salt marsh foraminifera respond to rapid sea-level rise, we obse...
There are over 1000 foraminiferal species presently living in marine environments, but relatively fe...
Midoceanic rises can be divided into two categories: rifted and nonrifted. Rifted rises are characte...
Acknowledgments The authors would like to thank the captain and the crew of the RRS Discovery cruise...
A sedimentation trap for use just above the deep-sea floor was free-fallen to a depth of 2050 m in t...
Initial results from samples collected during three sediment trapping experiments at three deep ocea...
Modern muds derived from the Orinoco and Amazon Rivers are gradually covering early Holocene (shallo...
A 0.25-m2 box core from the Aleutian Trench (50°58.0\u27N, 171°37.5\u27W) was used to generate hypot...
Both fossil and living foraminifera have been investigated in this study. Late Cretaceous age forami...
Nutrient-rich North Atlantic water upwells off the NW coast of Spain and intermittently intrudes int...
Benthic foraminifera influenced by the Mississippi River plume and seasonal hypoxia were assessed fr...
A dredge haul from a transverse fracture zone in the equatorial Atlantic Ocean yielded sediment of t...
Foraminiferal assemblages respond to changes in marine biogeochemistry and are widely used as biolog...
Hypotheses related to variability in seasonal hypoxic conditions, coastal nutrient enhancement, and ...
Coarse and fine fractions of samples from dredge hauls and cor es taken in a detailed survey in the ...
In order to investigate how quickly salt marsh foraminifera respond to rapid sea-level rise, we obse...
There are over 1000 foraminiferal species presently living in marine environments, but relatively fe...