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Responses in bacterial community structure to waste nutrients from aquaculture: an in situ microcosm experiment in a Chilean fjord

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Academic year: 2020

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Fig. 1. Comau Fjord and Huinay Field Station in the Los  Lagos region, Chile
Fig. 2. Development of (A) chlorophyll a (chl  a) concentration, (B) pH, (C) abundance of DAPI-stained bacteria and (D) proflavine-stained nanoflagellates from the microcosm experiment
Fig. 4. Shannon diversity index (H ’) calculated from the 16S DGGE fingerprints for the  com-munities in the main microcosm experiment with Treatments 1−8 (T1−8, see Table 1) on different experimental days (d), the depth gradient in the Comau Fjord from 5
Fig. 6. Depth profiles of (A) phosphate (PO 4 ), silicon (Si) and nitrate (NO 3 ), (B) ammonium (NH 4 ), (C) chlorophyll a (chl a) and  (D) pH at a mid-fjord site close to the experiment site in the Comau Fjord, Chile
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