Project

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Marine ecological processes during the polar night (Marine Night)

Main aims: 1) To establish a synergetic cooperation between leading Norwegian and American research environments to ensure up to date and innovative science and education of today and tomorrows Arctic scientists. 2) To establish new innovative molecular tools to identify and quantify the diet of arctic zooplankton. Our knowledge on polar night eco

Project date

Starts
2013-07-01

Ends
2019-01-01

Project status

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Project type

  • field work
  • modelling
  • long-term monitoring
  • education and outreach

Discipline

  • marine biology
  • oceanography

Project Keywords

  • biological classification / plants / microalgae
  • biological classification / animals/invertebrates / arthropods
  • oceans / aquatic sciences / aquaculture

Fieldwork information

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Summary

Main aims: 1) To establish a synergetic cooperation between leading Norwegian and American research environments to ensure up to date and innovative science and education of today and tomorrows Arctic scientists. 2) To establish new innovative molecular tools to identify and quantify the diet of arctic zooplankton. Our knowledge on polar night ecology is poor. Most Arctic studies are conducted during the light season from spring to autumn when field work is convenient. The dark Arctic winter, however, may last up to eight or nine months depending on the snow depth and sea ice cover. The ecological and physiological processes during this extended time period are likely critical for the condition of polar organisms in the following spring. Therefore, if we are to elucidate climate change impacts on Arctic marine systems, more knowledge on polar night ecology and processes is therefore crucial. New observations strongly suggest that Arctic marine organisms do not shut down their activity during the dark and food-poor winter as previously assumed (Berge et al. 2009). A continued activity of zooplankton species migrating in the water column throughout the polar night period also influences the biogeochemical cycling of carbon. New tools are needed to be able to study these polar night biological processes. In this project, leading Norwegian and American scientist will closely cooperate to establish new innovative molecular methods and physiological measurements to study feeding activity and metabolism of key Arctic organisms at the base of the marine food web during the so far big black box of polar night ecological processes.

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