According to a recent global analysis, microzooplankton grazing is surprisingly invariant, ranging only between 59 and 74% of phytoplankton primary production across systems differing in seasonality, trophic status, latitude, or salinity. Thus an important biological process in the world ocean, the daily consumption of recently fixed carbon, appears nearly constant. We believe this conclusion is an artefact because dilution experiments are 1) prone to providing over-estimates of grazing rates and 2) unlikely to furnish evidence of low grazing rates. In our view the overall average rate of microzooplankton grazing probably does not exceed 50% of primary production and may be even lower in oligotrophic systems
Biological rate measurements provide critical information for understanding key processes and modeli...
Biological rate measurements provide critical information for understanding key processes and modeli...
International audienceDolan and McKeon (2005) have recently criticized microzooplankton grazing rate...
International audienceAccording to a recent global analysis, microzooplankton grazing is surprisingl...
International audienceAccording to a recent global analysis, microzooplankton grazing is surprisingl...
The reliability of grazing rate estimates from dilution experiments: Have we over-estimated rates of...
The reliability of grazing rate estimates from dilution experiments: Have we over-estimated rates of...
9 pages, 5 figures, 2 tablesThe dilution technique is the most widely used method to estimate microz...
7 pages, 3 figures, 2 tablesWe present an analysis of the global impact of microplanktonic grazers o...
A literature synthesis of phytoplankton growth (μ) and grazing (m) rate estimates from dilution expe...
International audienceMicrozooplankton grazing rate estimates by the dilution approach have recently...
Phytoplankton distribution is relatively constant in large areas of the surface ocean. In order to m...
Phytoplankton distribution is relatively constant in large areas of the surface ocean. In order to m...
Phytoplankton distribution is relatively constant in large areas of the surface ocean. In order to m...
We present an analysis of the global impact of microplanktonic grazers on marine phytoplankton and i...
Biological rate measurements provide critical information for understanding key processes and modeli...
Biological rate measurements provide critical information for understanding key processes and modeli...
International audienceDolan and McKeon (2005) have recently criticized microzooplankton grazing rate...
International audienceAccording to a recent global analysis, microzooplankton grazing is surprisingl...
International audienceAccording to a recent global analysis, microzooplankton grazing is surprisingl...
The reliability of grazing rate estimates from dilution experiments: Have we over-estimated rates of...
The reliability of grazing rate estimates from dilution experiments: Have we over-estimated rates of...
9 pages, 5 figures, 2 tablesThe dilution technique is the most widely used method to estimate microz...
7 pages, 3 figures, 2 tablesWe present an analysis of the global impact of microplanktonic grazers o...
A literature synthesis of phytoplankton growth (μ) and grazing (m) rate estimates from dilution expe...
International audienceMicrozooplankton grazing rate estimates by the dilution approach have recently...
Phytoplankton distribution is relatively constant in large areas of the surface ocean. In order to m...
Phytoplankton distribution is relatively constant in large areas of the surface ocean. In order to m...
Phytoplankton distribution is relatively constant in large areas of the surface ocean. In order to m...
We present an analysis of the global impact of microplanktonic grazers on marine phytoplankton and i...
Biological rate measurements provide critical information for understanding key processes and modeli...
Biological rate measurements provide critical information for understanding key processes and modeli...
International audienceDolan and McKeon (2005) have recently criticized microzooplankton grazing rate...