Crown-of-thorns starfish larvae feast on toxic cyanobacteria https://phys.org/news/2024-07-crown-thorns-starfish-larvae-feast.html
#CrownOfThornsStarfish complete their larval phase eating only nitrogen-fixing Trichodesmium #cyanobacteria https://www.science.org/doi/10.1126/sciadv.ado2682
"crown-of-thorns #starfish larvae grow and thrive when raised on an exclusive diet of #Trichodesmiumβ#bacteria that often float on the ocean's surface in large slicks."

Crown-of-thorns starfish larvae feast on toxic cyanobacteria, study finds
Researchers have uncovered an under-the-sea phenomenon where coral-destroying crown-of-thorns starfish larvae have been feasting on blue-green algae bacteria known as "sea sawdust."
#Neuston: Of Terms in Biology https://schaechter.asmblog.org/schaechter/2023/09/da-capo-of-terms-in-biology-neuston.html @STCmicrobeblog
"The presence of a gelatinous surface microlayer film had been proposed in 1983, based partly on observations of the slick associated with blooms in the #SargassoSea of the filamentous #cyanobacteria #Trichodesmium... What about the ocean surface film from the #microbial neustonian point of view? It might appear to be an immense #biofilm stretching from horizon to horizon... Estimates of its thickness range from 1 to 50 Β΅m"

[da capo] Of Terms in Biology: Neuston
<p>by Merry <br /> When I stumbled across the term bacterioneuston, I discovered a whole new world where the air meets the sea. I found that marine neuston had long been used to refer to the diverse flora and fauna inhabiting the topmost 5 cm of the oceansβββa distinctly different assemblage than found in the waters below.
Small Things ConsideredHow an #ocean-fertilising #bacterium forms aggregates https://ethz.ch/en/news-and-events/eth-news/news/2023/06/how-an-ocean-fertilising-bacterium-forms-aggregates.html
Controlled motility in the cyanobacterium #Trichodesmium regulates aggregate architecture https://www.science.org/doi/10.1126/science.adf2753 #cyanobacteria #bacteria #microbes by Ulrike Pfreundt et al.
"Trichodesmium fertilises nutrient-βpoor regions of the oceans and thereby enables life. Crucial to its success is its ability to form aggregates in order to react quickly to changes in its environment."

How an ocean-fertilising bacterium forms aggregates

Movement of filaments of Trichodesmium and their interactions with other filaments help form aggregates
A team of environmental engineers at ETH Zurich's Institute of Environmental Engineering working with a colleague from the University of Luxembourg has found that the movement of individual gliding filaments of Trichodesmium and the way they interact with other filaments helps them to form aggregates. In their study, published in the journal Science, the group studied how samples of Trichodesmium in their lab reacted to environmental events such as bright light.
Phys.orgRT @Valtzen: East China Sea
Blooming colonies of #Trichodesmium algae resemble black oil slicks on the water surface while linear layout of wind turbines provides an interesting contrast
π&π¬the image on @Soar_Earth β‘οΈhttps://soar.earth/maps/12500?pos=32.0847731534579,122.12502964172845,13
#Sentinel2 #Ocean #MapMonday #China #eochat
π¦π: https://nitter.eu/CopernicusEU/status/1523878130498293761

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