Response of small grazers to iron-induced phytoplankton blooms in the Antarctic Polar Frontal Zone
Joachim Henjes, Philipp Assmy, Christine Klaas, Victor Smetacek
Abstract
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Joachim Henjes, Philipp Assmy, Christine Klaas, Victor Smetacek
Abstract
Open-access reader
Mesoscale in situ iron fertilisation experiments have resulted in the build-up of phytoplankton biomass and established beyond doubt that iron availability is the key factor limiting growth rates of oceanic phytoplankton in high-nutrient, low-chlorophyll (HNLC) regimes (see poster Assmy et al.). The response of important groups (microproto-, mesoproto- and small metazooplankton) of the pelagic community and the processes within the food web were studied in detail and compared with processes in the surrounding water during two iron fertilisation experiments in austral spring (EisenEx) and summer (EIFEX)
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Mesoscale in situ iron fertilisation experiments have resulted in the build-up of phytoplankton biomass and established beyond doubt that iron availability is the key factor limiting growth rates of oceanic phytoplankton in high-nutrient, low-chlorophyll (HNLC) regimes (see poster Assmy et al.). The response of important groups (microproto-, mesoproto- and small metazooplankton) of the pelagic community and the processes within the food web were studied in detail and compared with processes in the surrounding water during two iron fertilisation experiments in austral spring (EisenEx) and summer (EIFEX)
Key concepts: Phytoplankton, Pelagic zone, Oceanography, Iron fertilization, Environmental science, Biomass (ecology), Chlorophyll a, Nutrient