Add to ORKGInitial results from samples collected during three sediment trapping experiments at three deep ocean stations in the central Sargasso Sea, the tropical Atlantic and the central North Atlantic are reported in this paper. At each station a moored array with four or five PARFLUX Mark II sediment traps with an opening of 1.5 m2 was deployed through 4,000 m to near bottom for 61 to 110 days...
Displaced benthic Foraminifera in semiconsolidated clayey sandstone from the Gorda Rise provide evid...
In an extended deep-sea study the response of the benthic community to seasonally varying sedimentat...
Cylindrical sediment traps are frequently used to measure the downward flux of particles in the uppe...
We have carried out sediment trap experiments at sites in the Sargasso Sea (S2) and in the Atlantic ...
A sedimentation trap for use just above the deep-sea floor was free-fallen to a depth of 2050 m in t...
Sediment traps were moored at three stations in Sechelt Inlet, a fjord in southern British Columbia,...
Originally published in Journal of Marine Research 34 (1976): 341-354A sedimentation trap for use ju...
Submitted in partial fulfillment of the requirements for the degree of Doctor of Philosophy at the M...
The Kiel conical sediment trap and a 3:1 right cylinder were simultaneously deployed in both free-dr...
Using the research submersible ALVIN, we have observed and collected marine• snow (fragile macroscop...
The thesis was designed to address two themes: (1) sediment trap methods and technique development; ...
The surface ocean is coupled with the deep ocean via sinking particles that transport carbon to dept...
The flux of dissolved NH4+, Mn++, and Si(OH)4 from bottom sediments was measured directly at 14 stat...
Our mechanistic understanding of the processes controlling the ocean\u27s biological pump is limited...
The degradation of organic m atter at the seawater-sediment interface plays an important role in the...
Displaced benthic Foraminifera in semiconsolidated clayey sandstone from the Gorda Rise provide evid...
In an extended deep-sea study the response of the benthic community to seasonally varying sedimentat...
Cylindrical sediment traps are frequently used to measure the downward flux of particles in the uppe...
We have carried out sediment trap experiments at sites in the Sargasso Sea (S2) and in the Atlantic ...
A sedimentation trap for use just above the deep-sea floor was free-fallen to a depth of 2050 m in t...
Sediment traps were moored at three stations in Sechelt Inlet, a fjord in southern British Columbia,...
Originally published in Journal of Marine Research 34 (1976): 341-354A sedimentation trap for use ju...
Submitted in partial fulfillment of the requirements for the degree of Doctor of Philosophy at the M...
The Kiel conical sediment trap and a 3:1 right cylinder were simultaneously deployed in both free-dr...
Using the research submersible ALVIN, we have observed and collected marine• snow (fragile macroscop...
The thesis was designed to address two themes: (1) sediment trap methods and technique development; ...
The surface ocean is coupled with the deep ocean via sinking particles that transport carbon to dept...
The flux of dissolved NH4+, Mn++, and Si(OH)4 from bottom sediments was measured directly at 14 stat...
Our mechanistic understanding of the processes controlling the ocean\u27s biological pump is limited...
The degradation of organic m atter at the seawater-sediment interface plays an important role in the...
Displaced benthic Foraminifera in semiconsolidated clayey sandstone from the Gorda Rise provide evid...
In an extended deep-sea study the response of the benthic community to seasonally varying sedimentat...
Cylindrical sediment traps are frequently used to measure the downward flux of particles in the uppe...