Benthic habitats in the Tikhaya Bight (the Hooker Island, Franz Josef Land)

S.Y. Gagaev, S.D. Grebelny, B.I. Sirenko, V.V. Potin and O.V. Savinkin

Proceedings of the Zoological Institute RAS, 2019, 323(1): 3–15 · https://doi.org/10.31610/trudyzin/2019.323.1.3

Abstract

Benthic habitats of Tikhaya Bight (Hooker Island, Franz Josef Land, High Arctic) were studied by using SCUBA equipment (diving quantitative method) and Van Veen grabs. Three main communities have been described. A Gammarus setosus-macroalgae community, probably seasonal, developed above 5 meters depth, had a relatively low diversity with biomass 7.6±0.9 g/m² and abundance 135±40 ind/m²; a mixed bivalves-amphipods-bryozoan community (Serripes groenlandicus, Mya truncata, Haploops laevis, Alcyonidium disciforme) occured in muddy bottoms with some interspersed boulders between 7 and 30 m depth; it included 101 taxons, had a relatively high biomass 152.3±114.2 g/m² and abundance 1600±940 ind/m². A bivalve-dominated community with Musculus niger and Yoldia hyperborean inhabited depth of 67–72 m, included 38 taxons and was characterized by high density of abundance and biomass – 670±295 ind/m² and 356.1±57.1 g/m², respectively. Comparison with the previous data obtained 20 years ago at the depth 7–30 m, showed that, possibly, the retreat of the glacier under the influence of increasing temperature in the environment and increased runoff of melt water, washes away clay deposits which led to siltation of the bottom in the bay and caused degradation of kelp, which was partially replaced by invertebrate communities inherent in silted soils.

Key words

benthic communities, community shifts, long-term monitoring, Franz Josef Land, Arctic Ocean

Submitted May17, 2018 · Accepted February 6, 2019 · Published March 25, 2019

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