Source and trophic transfer of mercury in plankton from an ultraoligotrophic lacustrine system (Lake Nahuel Huapi, North Patagonia) View Full Text


Ontology type: schema:ScholarlyArticle     


Article Info

DATE

2014-05-21

AUTHORS

Andrea Rizzo, Marina Arcagni, Linda Campbell, Neža Koron, Majda Pavlin, María A. Arribére, Milena Horvat, Sergio Ribeiro Guevara

ABSTRACT

The incorporation and trophic transfer of total and methyl mercury (THg, MeHg) were examined in three size classes of plankton (10–53, 53–200, and >200 μm size range) and a small planktivorous fish, Galaxias maculatus, from the large multi-branched Lake Nahuel Huapi (North Patagonia, Argentina). Three sites representing a large range of lake benthic–pelagic structures (based on depth and shoreline characteristics) and precipitation regimes were sampled. Nitrogen and carbon stable isotopes (δ15N, δ13C) were analyzed to assess Hg trophodynamics. Selenium concentrations were determined together with THg in order to consider its potential effect on Hg trophodynamics. High THg concentrations (0.1–255 µg g−1 dry weight (DW)) were measured in plankton, largely in inorganic form (MeHg: 3–29 ng g−1 DW, 0.02–7 % of THg, in the two larger size classes). A trend of increasing THg concentrations, varying in two to three orders of magnitude, with decreasing plankton size was associated with precipitation measured prior to each sampling event. Passive adsorption of dissolved Hg2+ from wet deposition and runoff is considered to be the principal Hg uptake mechanism at the base of the pelagic food web. Despite the initially high THg uptake in the smaller plankton classes, the transfer to G. maculatus, and consequently to the entire food web, is likely limited due to low proportion of MeHg to THg in plankton. Furthermore, evidence of G. maculatus with benthic feeding habits having higher impact on MeHg trophic transfer compared to the same species with more pelagic (e.g., zooplankton) feeding habits, was observed. Although there is a high THg uptake in plankton, limited amounts are incorporated in the entire food web from the pelagic compartment. More... »

PAGES

1184-1194

Identifiers

URI

http://scigraph.springernature.com/pub.10.1007/s10646-014-1260-4

DOI

http://dx.doi.org/10.1007/s10646-014-1260-4

DIMENSIONS

https://app.dimensions.ai/details/publication/pub.1034484111

PUBMED

https://www.ncbi.nlm.nih.gov/pubmed/24844168


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74 lake benthic–pelagic structures
75 large multi-branched Lake Nahuel Huapi
76 large range
77 limited amount
78 lower proportion
79 maculatus
80 magnitude
81 mechanism
82 mercury
83 methyl mercury
84 more pelagic (e.g., zooplankton) feeding habits
85 multi-branched Lake Nahuel Huapi
86 nitrogen
87 order
88 orders of magnitude
89 passive adsorption
90 pelagic (e.g., zooplankton) feeding habits
91 pelagic compartments
92 pelagic food web
93 planktivorous fish
94 plankton
95 plankton classes
96 plankton size
97 potential effects
98 precipitation
99 precipitation regimes
100 principal Hg uptake mechanism
101 proportion
102 range
103 regime
104 runoff
105 same species
106 sampling events
107 selenium concentrations
108 sites
109 size
110 size classes
111 small planktivorous fish
112 smaller plankton classes
113 source
114 species
115 stable isotopes
116 structure
117 system
118 transfer
119 trends
120 trophic transfer
121 trophodynamics
122 ultraoligotrophic lacustrine system
123 uptake
124 uptake mechanism
125 wet deposition
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