Aquatic Microbial Ecology (AME)

AME covers all aspects of aquatic microbial dynamics. Issues are built online with articles appearing individually.

[Aquatic Microbial Ecology (AME) @AME_IntRes]

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 https://t.co/BxX1igXLp0

[Inter Research @inter_research]

+++ NOW HIRING +++
Rare opportunity to join Inter-Research as copy-editor and/or in-house editor. See https://t.co/flN1nOJB67 for details.

[Aquatic Microbial Ecology (AME) @AME_IntRes]

#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 https://t.co/1g76oV2S7Z

[Dr Richard Kirby @PlanktonPundit]

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

[Aquatic Microbial Ecology (AME) @AME_IntRes]

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 https://t.co/hL5Mr7MDV6

[Dr Richard Kirby @PlanktonPundit]

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

[Aquatic Microbial Ecology (AME) @AME_IntRes]

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 https://t.co/vt71pm2R0s

[Dr. Tricia Thibodeau @PattyPlankton]

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: https://t.co/hhIYpomSa3 @PalmerLTER @VIMS_News @UNCims @URIGSO

[Aquatic Microbial Ecology (AME) @AME_IntRes]

#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 https://t.co/ahX2qVzK6j

[Aquatic Microbial Ecology (AME) @AME_IntRes]

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

https://t.co/KzY0hgAV19

[Cirad @Cirad]

📢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👉 https://t.co/AqTiEZU9xe

[Willem Stock @StockWillem]

our review is here: Human impact on symbioses between aquatic organisms and microbes🌊🦠https://t.co/UvXdgsbYhS @AME_IntRes. The result of an amazing collaboration @TheysCharlotte @rubenschols @GrossartHans @ellendecaesteck @bioanalyst1 @MEG_Verbania @ViennaDelnat @esee_lab & ...

[ESEE lab (Evol. Stress Ecology & Ecotoxicology) @esee_lab]

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!

[Aquatic Microbial Ecology (AME) @AME_IntRes]

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 ➡️ https://t.co/otvjtxa6FM

[Aquatic Microbial Ecology (AME) @AME_IntRes]

Spatio-temporal survey of #microphytobenthos biomass, diversity and assemblage structure in the #LoireEstuary highlights role of tychoplanktonic #diatoms in #macrotidal #mudflats. #AME #OA

https://t.co/Fi0zNRsw9v

[Aquatic Microbial Ecology (AME) @AME_IntRes]

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: https://t.co/pq5VoAOsSd

[Daniel Lemley @DALemsEstuaries]

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: https://t.co/uwIXzbiL5H
@ShallowWaterRes @NRF_SAIAB @Rhodes_Uni @AME_IntRes

[Aquatic Microbial Ecology (AME) @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 https://t.co/EiSOrBL2jm

[Aquatic Microbial Ecology (AME) @AME_IntRes]

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

https://t.co/KzY0hgAV19

[Aquatic Microbial Ecology (AME) @AME_IntRes]

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

https://t.co/UAa8sz64uw