Aquatic Microbial Ecology

19/02/2025

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27/03/2023

acuminata, D. acuta, D. caudata and minutum were exposed to different combinations of temperature and salinity to investigate short-term response to and recovery from T/S stress. Dinophysis species showed varying capacities to deal with sudden changes in salinity while A. minutum tolerated all salinity being limited for temperature. Read more in the article by Rial et al. bit.ly/ame_89_1

10/08/2022

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28/02/2022

and feedbacks with in a human-impacted estuary. , and were sampled in to capture a gradient from off (in the background) towards less waters. Read more in the article by Santoferrara et al. bit.ly/ame_88_61

11/02/2022

In this article, the structure and dynamics of from the basin (Argentina) were analyzed related to alterations of certain environmental variables during four -Southern Oscillation events. Read more in the article by Küppers et al. bit.ly/ame_88_43

28/01/2022

Candidatus ( ) is an abundant methanotrophic genus in water columns of oxygen-stratified lakes and ponds but has probably escaped detection in previous gene analyses due to insufficient database coverage. To complement the databases, we provide 16S rRNA gene sequences (1532 bp) representing 2 different species of the genus. Read more in the article by Rissanen et al. bit.ly/ame_88_25

28/01/2022

are abundant in the but little is known about what they eat or the that live in their guts ( ). New research investigates the feeding ecology and microbiome of pteropod Limacina antarctica with high throughput sequencing. Read more in the article by Thibodeau et al. bit.ly/ame_88_19

27/08/2021

In this review, the authors illustrate the importance of symbionts for organisms, and how the beneficial services provided by microbial symbionts can be affected by human activities. Read more in the article by Stock et al. https://bit.ly/ame_87_113

09/07/2021

A year-long spatio-temporal survey of biomass, diversity and assemblage structure in the highlights the important contribution by non-motile tychoplanktonic in intertidal biofilms from temperate estuaries.

Read more in the article by Ribeiro et al. https://bit.ly/ame_87_61

07/05/2021

High-speed microscale video recording reveals that the Teleaulax amphioxeia swims much faster than the cryptophytes Storeatula major and Guillardia theta. The ambush-feeding ciliate Mesodinium rubrum preys preferentially upon the fast-swimming T. amphioxeia because it offers significantly high prey encounters and hydrodynamic signals. Read more in the article by Jiang & Johnson

ABSTRACT: The mixotrophic ciliate Mesodinium rubrum is an ambush feeder relying on cryptophyte prey motility for prey encounter and perception; therefore, cryptophyte species-specific swimming behaviors affect M. rubrum’s prey preference. Here, a high-speed microscale imaging system was used to qu...