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#foraminifera — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #foraminifera, aggregated by home.social.

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  1. While climate change might be too fast for corals to expend, the same might not be true for shorter-lived and faster-established larger benthic foraminifera which may see a significant range expansion.
    One more step into the Miocene...

    Link: nature.com/articles/s41598-026

    #ClimateChange #Foraminifera #LBF

  2. While climate change might be too fast for corals to expend, the same might not be true for shorter-lived and faster-established larger benthic foraminifera which may see a significant range expansion.
    One more step into the Miocene...

    Link: nature.com/articles/s41598-026

    #ClimateChange #Foraminifera #LBF

  3. While climate change might be too fast for corals to expend, the same might not be true for shorter-lived and faster-established larger benthic foraminifera which may see a significant range expansion.
    One more step into the Miocene...

    Link: nature.com/articles/s41598-026

    #ClimateChange #Foraminifera #LBF

  4. While climate change might be too fast for corals to expend, the same might not be true for shorter-lived and faster-established larger benthic foraminifera which may see a significant range expansion.
    One more step into the Miocene...

    Link: nature.com/articles/s41598-026

    #ClimateChange #Foraminifera #LBF

  5. While climate change might be too fast for corals to expend, the same might not be true for shorter-lived and faster-established larger benthic foraminifera which may see a significant range expansion.
    One more step into the Miocene...

    Link: nature.com/articles/s41598-026

    #ClimateChange #Foraminifera #LBF

  6. : Single-Cell act as vital , their shell composition revealing past ocean conditions and helping scientists reconstruct historical climate trends, which are crucial for understanding current .

    knowledgezone.co.in/posts/Fora

  7. #KnowledgeByte: Single-Cell #Foraminifera act as vital #Climate #Proxies, their shell composition revealing past ocean conditions and helping scientists reconstruct historical climate trends, which are crucial for understanding current #ClimateChange.

    knowledgezone.co.in/posts/Fora

  8. #KnowledgeByte: Single-Cell #Foraminifera act as vital #Climate #Proxies, their shell composition revealing past ocean conditions and helping scientists reconstruct historical climate trends, which are crucial for understanding current #ClimateChange.

    knowledgezone.co.in/posts/Fora

  9. #KnowledgeByte: Single-Cell #Foraminifera act as vital #Climate #Proxies, their shell composition revealing past ocean conditions and helping scientists reconstruct historical climate trends, which are crucial for understanding current #ClimateChange.

    knowledgezone.co.in/posts/Fora

  10. #KnowledgeByte: Single-Cell #Foraminifera act as vital #Climate #Proxies, their shell composition revealing past ocean conditions and helping scientists reconstruct historical climate trends, which are crucial for understanding current #ClimateChange.

    knowledgezone.co.in/posts/Fora

  11. Out on the shallow #sea, there are #foraminifera living on seaweed, we call them epiphytes. You'd think that these forams would each have a favorite #algae, but not. If any, the two groups seem to share more common responses to external forcing than on each other.

    Link: sciencedirect.com/science/arti

  12. Out on the shallow #sea, there are #foraminifera living on seaweed, we call them epiphytes. You'd think that these forams would each have a favorite #algae, but not. If any, the two groups seem to share more common responses to external forcing than on each other.

    Link: sciencedirect.com/science/arti

  13. Out on the shallow #sea, there are #foraminifera living on seaweed, we call them epiphytes. You'd think that these forams would each have a favorite #algae, but not. If any, the two groups seem to share more common responses to external forcing than on each other.

    Link: sciencedirect.com/science/arti

  14. Out on the shallow #sea, there are #foraminifera living on seaweed, we call them epiphytes. You'd think that these forams would each have a favorite #algae, but not. If any, the two groups seem to share more common responses to external forcing than on each other.

    Link: sciencedirect.com/science/arti

  15. Out on the shallow #sea, there are #foraminifera living on seaweed, we call them epiphytes. You'd think that these forams would each have a favorite #algae, but not. If any, the two groups seem to share more common responses to external forcing than on each other.

    Link: sciencedirect.com/science/arti

  16. Région #Bretagne call for #postdoc fellowships is now open.
    I'm happy to support any application on benthic ecosystem functioning #bioturbation #foraminifera #meiofauna #biogeochemistry #planaroptodes ...
    Feel free to reach out and check out the call to check for eligibility:
    bienvenue.bretagne.bzh/funding
    #marinejobs #postdocFellowships

  17. Région #Bretagne call for #postdoc fellowships is now open.
    I'm happy to support any application on benthic ecosystem functioning #bioturbation #foraminifera #meiofauna #biogeochemistry #planaroptodes ...
    Feel free to reach out and check out the call to check for eligibility:
    bienvenue.bretagne.bzh/funding
    #marinejobs #postdocFellowships

  18. Région #Bretagne call for #postdoc fellowships is now open.
    I'm happy to support any application on benthic ecosystem functioning #bioturbation #foraminifera #meiofauna #biogeochemistry #planaroptodes ...
    Feel free to reach out and check out the call to check for eligibility:
    bienvenue.bretagne.bzh/funding
    #marinejobs #postdocFellowships

  19. Région #Bretagne call for #postdoc fellowships is now open.
    I'm happy to support any application on benthic ecosystem functioning #bioturbation #foraminifera #meiofauna #biogeochemistry #planaroptodes ...
    Feel free to reach out and check out the call to check for eligibility:
    bienvenue.bretagne.bzh/funding
    #marinejobs #postdocFellowships

  20. During the last ice age, #Earth experienced cycles of dramatic shifts in global #sea level caused by the formation and melting of large ice sheets over northern areas of North America and Eurasia. These changes are recorded in the shell remains of microscopic #marine organisms called #foraminifera
    #EarthScience #sflorg
    sflorg.com/2025/10/es10162501.

  21. During the last ice age, #Earth experienced cycles of dramatic shifts in global #sea level caused by the formation and melting of large ice sheets over northern areas of North America and Eurasia. These changes are recorded in the shell remains of microscopic #marine organisms called #foraminifera
    #EarthScience #sflorg
    sflorg.com/2025/10/es10162501.

  22. During the last ice age, #Earth experienced cycles of dramatic shifts in global #sea level caused by the formation and melting of large ice sheets over northern areas of North America and Eurasia. These changes are recorded in the shell remains of microscopic #marine organisms called #foraminifera
    #EarthScience #sflorg
    sflorg.com/2025/10/es10162501.

  23. During the last ice age, #Earth experienced cycles of dramatic shifts in global #sea level caused by the formation and melting of large ice sheets over northern areas of North America and Eurasia. These changes are recorded in the shell remains of microscopic #marine organisms called #foraminifera
    #EarthScience #sflorg
    sflorg.com/2025/10/es10162501.

  24. During the last ice age, #Earth experienced cycles of dramatic shifts in global #sea level caused by the formation and melting of large ice sheets over northern areas of North America and Eurasia. These changes are recorded in the shell remains of microscopic #marine organisms called #foraminifera
    #EarthScience #sflorg
    sflorg.com/2025/10/es10162501.

  25. Elevated temperatures do all sorts of weird things to organisms, usually bad things. #Foraminifera for example, sometimes shrink in size. The interesting bit is, when they do that, their shell becomes tougher.

    #climatechange #adaptation #sea

    Link: royalsocietypublishing.org/doi

  26. Elevated temperatures do all sorts of weird things to organisms, usually bad things. #Foraminifera for example, sometimes shrink in size. The interesting bit is, when they do that, their shell becomes tougher.

    #climatechange #adaptation #sea

    Link: royalsocietypublishing.org/doi

  27. Elevated temperatures do all sorts of weird things to organisms, usually bad things. #Foraminifera for example, sometimes shrink in size. The interesting bit is, when they do that, their shell becomes tougher.

    #climatechange #adaptation #sea

    Link: royalsocietypublishing.org/doi

  28. Elevated temperatures do all sorts of weird things to organisms, usually bad things. #Foraminifera for example, sometimes shrink in size. The interesting bit is, when they do that, their shell becomes tougher.

    #climatechange #adaptation #sea

    Link: royalsocietypublishing.org/doi

  29. Elevated temperatures do all sorts of weird things to organisms, usually bad things. #Foraminifera for example, sometimes shrink in size. The interesting bit is, when they do that, their shell becomes tougher.

    #climatechange #adaptation #sea

    Link: royalsocietypublishing.org/doi

  30. ‪Foraminifera.eu‬
    ‪@foram.bsky.social‬
    Upper Cretaceous foraminifera from glacier-displaced strata near Rostock, Northeastern Germany. They were collected by Ralf-Rainer Schulz. We took the first images, which can be seen at foraminifera.eu/collection.php
    #foraminifera #microfossils #paleontology #Cretaceous #fossils

  31. ‪Foraminifera.eu‬
    ‪@foram.bsky.social‬
    Upper Cretaceous foraminifera from glacier-displaced strata near Rostock, Northeastern Germany. They were collected by Ralf-Rainer Schulz. We took the first images, which can be seen at foraminifera.eu/collection.php
    #foraminifera #microfossils #paleontology #Cretaceous #fossils

  32. ‪Foraminifera.eu‬
    ‪@foram.bsky.social‬
    Upper Cretaceous foraminifera from glacier-displaced strata near Rostock, Northeastern Germany. They were collected by Ralf-Rainer Schulz. We took the first images, which can be seen at foraminifera.eu/collection.php
    #foraminifera #microfossils #paleontology #Cretaceous #fossils

  33. ‪Foraminifera.eu‬
    ‪@foram.bsky.social‬
    Upper Cretaceous foraminifera from glacier-displaced strata near Rostock, Northeastern Germany. They were collected by Ralf-Rainer Schulz. We took the first images, which can be seen at foraminifera.eu/collection.php
    #foraminifera #microfossils #paleontology #Cretaceous #fossils

  34. ‪Foraminifera.eu‬
    ‪@foram.bsky.social‬
    Upper Cretaceous foraminifera from glacier-displaced strata near Rostock, Northeastern Germany. They were collected by Ralf-Rainer Schulz. We took the first images, which can be seen at foraminifera.eu/collection.php
    #foraminifera #microfossils #paleontology #Cretaceous #fossils

  35. New study: More oxygen in the oxygen-minimum zone associated with weaker Atlantic overturning circulation - now in Nature Communications.
    Find out more here ➡️ marum.de/en/Oxygen-AMOC.html

    @kieluni
    @kielunimarine @unibremen

    #ClimateChange #AMOC #OceanScience #Foraminifera #PaleoData

  36. New study: More oxygen in the oxygen-minimum zone associated with weaker Atlantic overturning circulation - now in Nature Communications.
    Find out more here ➡️ marum.de/en/Oxygen-AMOC.html

    @kieluni
    @kielunimarine @unibremen

    #ClimateChange #AMOC #OceanScience #Foraminifera #PaleoData

  37. New study: More oxygen in the oxygen-minimum zone associated with weaker Atlantic overturning circulation - now in Nature Communications.
    Find out more here ➡️ marum.de/en/Oxygen-AMOC.html

    @kieluni
    @kielunimarine @unibremen

    #ClimateChange #AMOC #OceanScience #Foraminifera #PaleoData

  38. New study: More oxygen in the oxygen-minimum zone associated with weaker Atlantic overturning circulation - now in Nature Communications.
    Find out more here ➡️ marum.de/en/Oxygen-AMOC.html

    @kieluni
    @kielunimarine @unibremen

    #ClimateChange #AMOC #OceanScience #Foraminifera #PaleoData

  39. Today I found this planktonic foraminifera in a Turonian slab. It was sheared off by glaciers somewhere, transported and eventually dumped north of Berlin. Is it Archaeoglobigerina cretacea ? Maybe a professional can tell. // See more at foraminifera.eu/collection.php

    #foraminifera #microfossils #fossils #paleontology #micropaleontology #Cretaceous #microscope

  40. Today I found this planktonic foraminifera in a Turonian slab. It was sheared off by glaciers somewhere, transported and eventually dumped north of Berlin. Is it Archaeoglobigerina cretacea ? Maybe a professional can tell. // See more at foraminifera.eu/collection.php

    #foraminifera #microfossils #fossils #paleontology #micropaleontology #Cretaceous #microscope

  41. Today I found this planktonic foraminifera in a Turonian slab. It was sheared off by glaciers somewhere, transported and eventually dumped north of Berlin. Is it Archaeoglobigerina cretacea ? Maybe a professional can tell. // See more at foraminifera.eu/collection.php

    #foraminifera #microfossils #fossils #paleontology #micropaleontology #Cretaceous #microscope

  42. Today I found this planktonic foraminifera in a Turonian slab. It was sheared off by glaciers somewhere, transported and eventually dumped north of Berlin. Is it Archaeoglobigerina cretacea ? Maybe a professional can tell. // See more at foraminifera.eu/collection.php

    #foraminifera #microfossils #fossils #paleontology #micropaleontology #Cretaceous #microscope

  43. Today I found this planktonic foraminifera in a Turonian slab. It was sheared off by glaciers somewhere, transported and eventually dumped north of Berlin. Is it Archaeoglobigerina cretacea ? Maybe a professional can tell. // See more at foraminifera.eu/collection.php

    #foraminifera #microfossils #fossils #paleontology #micropaleontology #Cretaceous #microscope

  44. #FossilFriday foram! Vaginulinopsis verruculosa, Eocene Lodo Fm. of California. The Lodo records the Paleocene-Eocene Thermal Maximum when global average temp. rose more than 5 C, lasting ~200,00 years! A time of big biotic change. #paleontology #foraminifera @calacademy @calacademy.bsky.social flic.kr/p/rBMU4y