Previous reports suggest planktonic and under-ice winter microbial communities in Lake Erie are dominated by diatoms. Here, we report the assembled metatranscriptomes of 79 Lake Erie surface water microbial communities spanning both the winter (28 samples) and spring (51 samples) months over spatial, temporal, and climatic gradients in 2019 through 2020
Mid-winter limnological surveys of Lake Erie captured extremes in ice extent ranging from expansive ...
Winter surveys across Lake Erie between 2007 to 2011 documented diatom assemblages associated with e...
Northern lakes are ice‐covered for a large part of the year, yet our understanding of microbial dive...
Freshwater microbial communities have received comparatively little attention compared to their mari...
This study examined vertically-resolved patterns in microbial community structure across a freshwate...
Lake Erie is subject to recurring events of cyanobacterial harmful algal blooms (cHABs), but measure...
Winter conditions are rapidly changing in temperate ecosystems, particularly for those that experien...
Carbon and nutrient cycles in large temperate lakes such as Lake Erie are primarily driven by photot...
There is growing recognition that winter is an important season for growth of photoautotrophs in ice...
This study examined diel shifts in metabolic functions of Microcystis spp. during a 48-h Lagrangian ...
The limnology of offshore Lake Erie during periods of extensive (\u3e 70%) ice cover was examined fr...
Aquatic environments have experienced long term anthropogenic stressors from habitat alteration, inv...
Author Posting. © American Society for Microbiology, 2003. This article is posted here by permissio...
Many northern lakes are seasonally ice-covered and it was traditionally thought that microbial commu...
Owing to cold water temperature and low light penetration through ice, microbial communities were th...
Mid-winter limnological surveys of Lake Erie captured extremes in ice extent ranging from expansive ...
Winter surveys across Lake Erie between 2007 to 2011 documented diatom assemblages associated with e...
Northern lakes are ice‐covered for a large part of the year, yet our understanding of microbial dive...
Freshwater microbial communities have received comparatively little attention compared to their mari...
This study examined vertically-resolved patterns in microbial community structure across a freshwate...
Lake Erie is subject to recurring events of cyanobacterial harmful algal blooms (cHABs), but measure...
Winter conditions are rapidly changing in temperate ecosystems, particularly for those that experien...
Carbon and nutrient cycles in large temperate lakes such as Lake Erie are primarily driven by photot...
There is growing recognition that winter is an important season for growth of photoautotrophs in ice...
This study examined diel shifts in metabolic functions of Microcystis spp. during a 48-h Lagrangian ...
The limnology of offshore Lake Erie during periods of extensive (\u3e 70%) ice cover was examined fr...
Aquatic environments have experienced long term anthropogenic stressors from habitat alteration, inv...
Author Posting. © American Society for Microbiology, 2003. This article is posted here by permissio...
Many northern lakes are seasonally ice-covered and it was traditionally thought that microbial commu...
Owing to cold water temperature and low light penetration through ice, microbial communities were th...
Mid-winter limnological surveys of Lake Erie captured extremes in ice extent ranging from expansive ...
Winter surveys across Lake Erie between 2007 to 2011 documented diatom assemblages associated with e...
Northern lakes are ice‐covered for a large part of the year, yet our understanding of microbial dive...