AME covers all aspects of aquatic microbial dynamics. Issues are built online with articles appearing individually.
Oldendorf (Luhe), Deutschland
Joined August 2016
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Short-term response and recovery from T/S stress in 4 HAB producers (#Dinophysis acuminata, D. acuta, D. caudata + #Alexandrium minutum) from #GalicianRías. Specific adaptations found to thrive in #estuarine #coastal #upwelling system. #AME #OpenAccess bit.ly/ame_89_1
Aquatic Microbial Ecology (AME) retweeted
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Rare opportunity to join Inter-Research as copy-editor and/or in-house editor. See bit.ly/copy-editor_in-house-… for details.
#Microbial #plankton and feedbacks with #hypoxia in a human-impacted estuary. #Bacteria, #archaea and #eukaryotes were sampled in #LongIslandSound to capture a gradient from off #NewYorkCity towards less #eutrophic waters. #AME bit.ly/ame_88_61
Aquatic Microbial Ecology (AME) retweeted
Diatoms in my plankton sample from the sea off Plymouth, UK last Friday where Coscinodiscus wailesii is blooming. Here's a haiku about them 😀@zeiss_micro Solar cells in glass
Capturing sunlight to grow
Photosynthesis
Structure and dynamics of #plankton #ciliates from the #SaladoRiver basin (Argentina) were analyzed related to alterations of environmental variables during 4 #ElNiño-Southern Oscillation events. #AME bit.ly/ame_88_43
Aquatic Microbial Ecology (AME) retweeted
This is why I love plankton. The sheer biodiversity and colours. Teeming with natural beauty that is hidden until I look through a microscope. It's never boring. (Plankton is important too, see my pinned thread and listen to David Attenborough tell you more.) @zeiss_micro
We provide 2 almost full-length reference #16SrRNA #genesequences (1532 bp) to enhance gene-based detection of Candidatus #Methylumidiphilus, an abundant #methanotrophic genus in water columns of oxygen-stratified lakes and ponds #AME bit.ly/ame_88_25
Aquatic Microbial Ecology (AME) retweeted
The last chapter of my dissertation is finally published in @AME_IntRes! Learn more about Southern Ocean shelled pteropod feeding ecology and microbiome with high-throughput sequencing here: doi.org/10.3354/ame01981 @PalmerLTER @VIMS_News @UNCims @URIGSO
#Pteropods are abundant #zooplankton in the #SouthernOcean but little is known about their feeding ecology or #microbiome. We investigate this in Limacina antarctica with high throughput sequencing. #AME bit.ly/ame_88_19
Aquatic Microbial Ecology (AME) retweeted
An examination of #Micronesian reefs across 875053 km2 shows that #reefwater #microbia ecology is influenced by the density and diversity of #corals as well as biogeographical-related features. #AME #OpenAccess
bit.ly/ame_86_115
Aquatic Microbial Ecology (AME) retweeted
📢Le #Cirad et ses partenaires d'@IsiteMUSE vous donnent rendez-vous au Montpellier Global Days. Un événement, en amont du Sommet @AfriqueFrance, qui réunira scientifiques, politiques, citoyens et journalistes.
🗓️ 4 au 7 octobre
Plus d'infos👉 bit.ly/3E9zFI2
Aquatic Microbial Ecology (AME) retweeted
our review is here: Human impact on symbioses between aquatic organisms and microbes🌊🦠doi.org/10.3354/ame01973 @AME_IntRes. The result of an amazing collaboration @TheysCharlotte @rubenschols @GrossartHans @ellendecaesteck @bioanalyst1 @MEG_Verbania @ViennaDelnat @esee_lab & ...
ALT The human impact on symbioses between aquatic organisms and microbes http://doi.org/10.3354/ame01973. This review provides an overview of the importance of microbial symbionts for aquatic organisms, highlights the impact of human activities on the beneficial services provided by microbial symbionts and provides an overview of approaches that can be used to assess the impact of human disturbances on the functioning of aquatic microbial symbioses. Art work by @MEG_Verbania
Aquatic Microbial Ecology (AME) retweeted
We are very proud to have contributed to this hot-off-the-press review on #microbial symbiosis in human-altered aquatic systems, led by @StockWillem, published in @AME_IntRes (+ includes very neat graphics!). Congrats to the @esee_lab members @TheysCharlotte and @ViennaDelnat!
our review is here: Human impact on symbioses between aquatic organisms and microbes🌊🦠doi.org/10.3354/ame01973 @AME_IntRes. The result of an amazing collaboration @TheysCharlotte @rubenschols @GrossartHans @ellendecaesteck @bioanalyst1 @MEG_Verbania @ViennaDelnat @esee_lab & ...
ALT The human impact on symbioses between aquatic organisms and microbes http://doi.org/10.3354/ame01973. This review provides an overview of the importance of microbial symbionts for aquatic organisms, highlights the impact of human activities on the beneficial services provided by microbial symbionts and provides an overview of approaches that can be used to assess the impact of human disturbances on the functioning of aquatic microbial symbioses. Art work by @MEG_Verbania
An overview of how human activities are altering interactions between #aquatic hosts and their associated #microbes; implications for the host’s health and the aquatic ecosystems can be profound. #AME #OA ➡️ doi.org/10.3354/ame01973
Spatio-temporal survey of #microphytobenthos biomass, diversity and assemblage structure in the #LoireEstuary highlights role of tychoplanktonic #diatoms in #macrotidal #mudflats. #AME #OA
bit.ly/ame_87_61
Aquatic Microbial Ecology (AME) retweeted
The contribution of biofilm-associated #microbes, including #ammonium and #nitrite oxidisers, to the total #microbialcommunity increased sharply across the pre-treatment system of a seawater #reverseosmosis #desalination plant. Read more about this study: bit.ly/ame_86_63
Aquatic Microbial Ecology (AME) retweeted
Enjoyed working with Dr Gwynneth Matcher on our new paper that investigated #bacterial community dynamics during a #HAB of Heterosigma akashiwo in the #eutrophic Sundays Estuary 🦠📜🌍📈
doi: doi.org/10.3354/ame01963
@ShallowWaterRes @NRF_SAIAB @Rhodes_Uni @AME_IntRes
#Cryptophyte Teleaulax amphioxeia swims faster than Storeatula major and Guillardia theta. Ambush-feeding ciliate Mesodinium rubrum selects T. amphioxeia as it offers significantly high prey encounters and hydrodynamic signals. #AME bit.ly/ame_86_169
An examination of #Micronesian reefs across 875053 km2 shows that #reefwater #microbia ecology is influenced by the density and diversity of #corals as well as biogeographical-related features. #AME #OpenAccess
bit.ly/ame_86_115
Maja Opalički Slabe et al. examined dynamics of #microbial communities in pristine #karst spring waters of #Slovenia. Results showed significant regional and seasonal differences, with the catchment altitude as a key determinant of their variability. #OA
bit.ly/ame_86_99
