Laboratory experiment on acclimated physiological responses of the Arctic diatoms Thalassiosira hyalina and Melosira arctica towards elevated irradiance (50 vs 300 µmol photons m-2 s-1) and CO2 partial pressures (380 vs. 1000 μatm). Next to growth, elemental composition and biomass production, we assessed detailed photophysiological responses through fluorometry and gas-flux measurements, including respiration and carbon acquisition. Both algal cultures were isolated from the field within 2 years before the experiment, T.hyalina in Kongsjorden, Svalbard, and M.arctica in the Fram Strait close to Svalbard
Sea ice algae contribute up to 25% of the primary productivity of polar seas and seed large‐scale ic...
Sea ice algae contribute up to 25% of the primary productivity of polar seas and seed large‐scale ic...
This is an accepted manuscript version. Embargo until August 27 2021.Ice algae are key contributors ...
Sea ice retreat, changing stratification and ocean acidification are fundamentally changing the ligh...
Sea ice retreat, changing stratification, and ocean acidification are fundamentally changing the lig...
The ice-covered seas of the Arctic have two major types of primary producers; phytoplankton growing ...
Photophysiological and biochemical characteristics were investigated in natural communities of Arcti...
Photophysiological and biochemical characteristics were investigated in natural communities of Arcti...
Thalassiosira hyalina and Nitzschia frigida are important members of Arctic pelagic and sympagic (se...
Sea ice algal communities play a very significant role in primary production in the Southern Ocean, ...
Sea ice algal communities play a very significant role in primary production in the Southern Ocean, ...
Sea ice algae contribute up to 25% of the primary productivity of polar seas and seed large-scale ic...
Severely rising CO2 concentrations and subsequently increasing temperatures are two of the most fund...
Thalassiosira gravida is a major Arctic diatom responsible for the under-ice spring bloom. We invest...
Arctic fjord systems experience large amplitudes of change in temperature and radiation regime due t...
Sea ice algae contribute up to 25% of the primary productivity of polar seas and seed large‐scale ic...
Sea ice algae contribute up to 25% of the primary productivity of polar seas and seed large‐scale ic...
This is an accepted manuscript version. Embargo until August 27 2021.Ice algae are key contributors ...
Sea ice retreat, changing stratification and ocean acidification are fundamentally changing the ligh...
Sea ice retreat, changing stratification, and ocean acidification are fundamentally changing the lig...
The ice-covered seas of the Arctic have two major types of primary producers; phytoplankton growing ...
Photophysiological and biochemical characteristics were investigated in natural communities of Arcti...
Photophysiological and biochemical characteristics were investigated in natural communities of Arcti...
Thalassiosira hyalina and Nitzschia frigida are important members of Arctic pelagic and sympagic (se...
Sea ice algal communities play a very significant role in primary production in the Southern Ocean, ...
Sea ice algal communities play a very significant role in primary production in the Southern Ocean, ...
Sea ice algae contribute up to 25% of the primary productivity of polar seas and seed large-scale ic...
Severely rising CO2 concentrations and subsequently increasing temperatures are two of the most fund...
Thalassiosira gravida is a major Arctic diatom responsible for the under-ice spring bloom. We invest...
Arctic fjord systems experience large amplitudes of change in temperature and radiation regime due t...
Sea ice algae contribute up to 25% of the primary productivity of polar seas and seed large‐scale ic...
Sea ice algae contribute up to 25% of the primary productivity of polar seas and seed large‐scale ic...
This is an accepted manuscript version. Embargo until August 27 2021.Ice algae are key contributors ...