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Publications by DR Rogers

Fate of Organic Carbon Released From Decomposing Copepod Fecal Pellets in Relation to Bacterial Production and Ectoenzymatic Activity

Aquatic Microbial Ecology

Aquatic Science

English

Related publications

Degradation of Copepod Fecal Pellets: Key Role of Protozooplankton

Marine Ecology - Progress Series

Aquatic Science

English

Fate of Copepod Faecal Pellets and the Role of Oithona Spp.

Marine Ecology - Progress Series

Aquatic Science

English

Production, Oxygen Respiration Rates, and Sinking Velocity of Copepod Fecal Pellets: Direct Measurements of Ballasting by Opal and Calcite

Limnology and Oceanography

Aquatic Science

English

Fungal–bacterial Dynamics and Their Contribution to Terrigenous Carbon Turnover in Relation to Organic Matter Quality

English

Copepod Fecal Pellets: Abundance, Sedimentation and Content at a Permanent Station in the Norwegian Sea in May/June 1986

Marine Ecology - Progress Series

Aquatic Science

English

Carbon and Nitrogen Content of Copepod Faecal Pellets: Effect of Food Concentration and Feeding Behavior

Marine Ecology - Progress Series

Aquatic Science

English

Analysis of Copepod Fecal Pellet Carbon Using a High Temperature Combustion Method

Marine Ecology - Progress Series

Aquatic Science

English

Selective Preservation of Old Organic Carbon Fluvially Released From Sub-Arctic Soils

Geophysical Research Letters

Planetary Sciences

English

From Fibrous Plant Residues to Mineral-Associated Organic Carbon &Amp;#8211; The Fate of Organic Matter in Arctic Permafrost Soils

English