Publications by authors named "D R Dikaeva"

Article Synopsis
  • The Barents Sea region is experiencing changes due to warm Atlantic water influx, affecting the local ecosystem and necessitating studies on benthic communities for food web predictions.
  • An investigation into polychaete communities along the Kola Transect revealed 114 taxa, predominantly boreo-Arctic species, with significant variations in abundance and biomass across different regions.
  • Depth was found to be the main factor influencing species diversity, while salinity and temperature explained notable changes in abundance, highlighting the complex effects of warming on polychaete communities.
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The continental shelf of the northeastern Barents Sea is presently experiencing a weak influx of Atlantic water from the west. In recent times, warming in Arctic regions has led to an increase in extended ice-free periods in this area, instead of significantly elevating water temperatures. The implications of this phenomenon on the structure and functioning of benthic communities were investigated during the autumn of 2019 within the Makarov Strait, located in the southwestern part of the St.

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Using the materials collected in 2015, modern data have been obtained on the polychaete species composition and quantitative distribution in the West Spitsbergen area in winter. Polychaete species complexes corresponding to different habitat conditions have been identified in the outer and inner parts of the bays. The distribution of the Polychaeta communities proved to be dependent on the bottom sediment composition, depth, and specific hydrological regime.

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Based on the data collected in five marine expeditions of the Murmansk Marine Biological Institute from 2002 through 2007, the spatial and temporary variability of benthic communities in the Central Depression of the Barents Sea (licensed plot of the Shtokmanovskoe condensed gas deposit) has been analyzed. The range of quantitative characteristics and the variability of species composition of deep-water zoobenthos have been determined. The influence of an insignificant change in the collecting method on the obtained results has been examined.

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