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Microenvironmental Ecology and Symbiosis

@microsensing.bsky.social did:plc:47t5cdtmt5mw5fhjyutb5meq

We study the microenvironmental ecology of microbial communities & symbiosis. We explore corals, seagrass, macroalgae, biofilms & microbes. We work across disciplines to develop and apply microscale analysis tools. Michael Kühl https://t.co/1qPNWHLjow

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Microenvironmental Ecology and Symbiosis (@microsensing.bsky.social) es un usuario de Bluesky que se unió el 28 octubre 2023. Tiene 1.348 seguidores, sigue a 2.646 cuentas y ha publicado 24 posts.

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  • Microenvironmental Ecology and Symbiosis@microsensing.bsky.social

    New review on #luminescence #lifetime #imaging - #FLIM and #PLIM Massive work by flimagin3d.com PhD students Rishi Harkhoe and Gabriele Ferrari. Nice collaboration with Ruslan Dmitriev. Check it out🤓 MSCA-DN flimagin3d @moorefound.bsky.social pubs.acs.org/doi/10.1021/...

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  • Microenvironmental Ecology and Symbiosis@microsensing.bsky.social

    www.linkedin.com/posts/michae...

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  • César O. Pacherres@pacherres-co.bsky.social

    Our findings reveal a hidden tipping point in coral survival: corals may begin to suffocate internally before or alongside bleaching. These process occur in a water layer <1mm tick, easy to miss in conventional measurements but potentially critical for understanding coral health.

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  • César O. Pacherres@pacherres-co.bsky.social

    But the benefit doesn’t last. As temperatures rise further, these flows begin recirculating oxygen poor water near the coral surface, while coral oxygen demand keeps increasing.

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  • César O. Pacherres@pacherres-co.bsky.social

    Under moderate warming, corals initially cope as their cilia starts to beat faster, essentially creating stronger swirls and temporarily improving oxygen transport. This mechanism is particularly important at night when both the coral and symbiotic algae consume oxygen.

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