The limnology of offshore Lake Erie during periods of extensive (\u3e 70%) ice cover was examined from ship borne sampling efforts in 2007 to 2010, inclusive. Dense and discrete accumulations of the centric filamentous diatom Aulacoseria islandica (\u3e 10 μg Chl-a/L) were located in the isothermal (\u3c 1 °C) water column directly below the ice and only detectable in the ship wake; viable phytoplankton were also observed within ice. Evidence from these surveys supports the notions that winter blooms of diatoms occur annually prior to the onset of ice cover and that the phytoplankton from these blooms are maintained in the surface waters of Lake Erie and reduce silicate concentrations in the lake prior to spring. The mechanisms by which hig...
The development of phytoplankton biomass and composition in a eutrophic boreal lake was studied duri...
International audienceThe Arctic Ocean is particularly affected by climate change, with changes in s...
ment core from Hagelseewli (2339 m asl, Swiss Alps) give information about the present-day seasona...
Winter surveys across Lake Erie between 2007 to 2011 documented diatom assemblages associated with e...
Mid-winter limnological surveys of Lake Erie captured extremes in ice extent ranging from expansive ...
We present evidence for the directed formation of ice by planktonic communities dominated by filamen...
Recent investigations of Lake Erie in the winter have demonstrated the occurrence of substantial phy...
There is growing recognition that winter is an important season for growth of photoautotrophs in ice...
This repository contains the dataset and the R script of the lake ecological model linked to the fol...
The most recently-available phytoplankton data collected by the US EPA’s Great Lakes monitoring prog...
Winter conditions are rapidly changing in temperate ecosystems, particularly for those that experien...
The development of phytoplankton biomass and composition in a eutrophic boreal lake was studied duri...
International audienceThe Arctic Ocean is particularly affected by climate change, with changes in s...
ment core from Hagelseewli (2339 m asl, Swiss Alps) give information about the present-day seasona...
Winter surveys across Lake Erie between 2007 to 2011 documented diatom assemblages associated with e...
Mid-winter limnological surveys of Lake Erie captured extremes in ice extent ranging from expansive ...
We present evidence for the directed formation of ice by planktonic communities dominated by filamen...
Recent investigations of Lake Erie in the winter have demonstrated the occurrence of substantial phy...
There is growing recognition that winter is an important season for growth of photoautotrophs in ice...
This repository contains the dataset and the R script of the lake ecological model linked to the fol...
The most recently-available phytoplankton data collected by the US EPA’s Great Lakes monitoring prog...
Winter conditions are rapidly changing in temperate ecosystems, particularly for those that experien...
The development of phytoplankton biomass and composition in a eutrophic boreal lake was studied duri...
International audienceThe Arctic Ocean is particularly affected by climate change, with changes in s...
ment core from Hagelseewli (2339 m asl, Swiss Alps) give information about the present-day seasona...