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A snap shot of the short-term response of crustaceans to macrophyte detritus in the deep Oslofjord
Ramirez Llodra, E.; Rinde, E.; Gundersen, H.; Christie, H.C.; Fagerli, C.W.; Fredriksen, S.; Gitmark, J.K.; Norling, K.; Walday, M.G.; Norderhaug, K.M. (2016). A snap shot of the short-term response of crustaceans to macrophyte detritus in the deep Oslofjord. NPG Scientific Reports 6(23800): 5 pp.
In: Scientific Reports (Nature Publishing Group). Nature Publishing Group: London. ISSN 2045-2322; e-ISSN 2045-2322, more
Peer reviewed article  

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Authors  Top 
  • Ramirez Llodra, E.
  • Rinde, E.
  • Gundersen, H.
  • Christie, H.C.
  • Fagerli, C.W.
  • Fredriksen, S., more
  • Gitmark, J.K.
  • Norling, K., more
  • Walday, M.G.
  • Norderhaug, K.M.

    A test deployment of a time-lapse camera lander in the deep Oslofjord (431?m) was used to obtain initial information on the response of benthic fauna to macroalgal debris. Three macroalgal species were used on the lander baited plate: Fucus serratus, Saccharina latissima and Laminaria hyperborea and observed during 41.5?hours. The deep-water shrimp Pandalus borealis were attracted to the macroalgae rapidly (3?min after the lander reached the seafloor), followed by amphipods. Shrimp abundances were significantly higher in areas covered by macroalgae compared to the adjacent seafloor and the number of shrimp visiting the macroalgae increased with time. Amphipods arrived 13?hours later and were observed mainly on decaying L. hyperborea. The abundance of amphipods on L. hyperborea increased rapidly, reaching a peak at 31?h after deployment. These initial observations suggest that debris from kelp forests and other macroalgal beds may play an important role in fuelling deep benthic communities in the outer Oslofjord and, potentially, enhance secondary production of commercial species such as P. borealis.

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