Holoplanktonic #gastropods (#pteropods and #heteropods) are major components of modern Indo–West Pacific (IWP) #plankton yet their #fossil record in this region remains sparse. Expanding the spatial and temporal coverage of fossil data is essential for reconstructing #dispersal pathways of pelagic fauna within the IWP and understanding the origins of present-day #diversity https://doi.org/10.7717/peerj.21046
Late Pleistocene pelagic gastropods of southern Taiwan: paleobiodiversity, first fossil records, and regional affinity

Holoplanktonic gastropods (pteropods and heteropods) are major components of modern Indo–West Pacific (IWP) plankton, yet their fossil record in this region remains sparse. Expanding the spatial and temporal coverage of fossil data is essential for reconstructing dispersal pathways of pelagic fauna within the IWP and understanding the origins of present-day diversity. Here, we describe a newly discovered Late Pleistocene assemblage of pelagic gastropods from southern Taiwan. The assemblage comprises 14 pteropod and eight heteropod taxa, most representing the first fossil records of holoplanktonic gastropods from Taiwan. We also evaluate variation in paleobiodiversity between depositional environments of the Szekou Formation. Species richness and density do not differ significantly between restricted and open lagoon settings, contrasting with patterns reported for benthic bivalves. To place these findings in a broader context, the newly reported assemblages were analyzed together with other Pleistocene assemblages across the IWP region. Only weak geographic and temporal separation was detected, suggesting a relatively cosmopolitan community composition in subtropical waters during the Pleistocene, likely reflecting low temperature variability despite glacial–interglacial cycles. Indicator species analysis further suggests a later arrival at higher latitudes for the pteropods Telodiacria quadridentata and Heliconoides inflata, which show associations with late Pleistocene sites, whereas Styliola subula displays a distribution resembling its modern range, being most closely associated with assemblages from Taiwan and southern Japan.

PeerJ

Das korrekte Formulieren von Anforderungen ist wichtig. Als Softwareentwickler habe ich das Gefühl, ich bin ganz oft auf der Seite des Gins.

https://youtube.com/shorts/mVam1sTCy0w?is=pSkXW1FWwyKNhupD

#softwaredevelopment #plankton #humor #cartoon #acceptance_criteria

3 Wünsche Frei ist wirklich immer Scam

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Ist schon ziemlich weird dass du dabei hinter mir stehst

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Weekend #Plankton Factoid 🦠🦐
If you are a filter feeder how to you deal with a gummed up feeding mechanism? Cladoceran zooplankton have a post abdominal claw with a sharp pointed tip which acts as a combination toothpick and anchor to clear out the feeding groove of the carapace. Some groups also grasp algal filaments or plants with it. These claws are distinctive to species based on the size and spines and hardened, so they preserve well for paleolimnology study of the sediments.
#science
Du hast doch keine Flüssigkeiten bei Dir?

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Hot News aus einer fernen Galaxie.... ✨

Quelle: https://beacons.ai/plankton.gif

#comic #gif #plankton.gif #trump #usa #meme

Weekend #Plankton Factoid 🦠🦐
With the safe return of NASA's Artemis II, it is time to talk about plankton space #science 🛰. PACE (Plankton, Aerosol, Cloud, ocean Ecosystem) is the latest advanced observing satellite launched Feb 2024 which carries the OCI Ocean Colour Instrument measuring hyperspectral (ultraviolet to infrared) data on algal pigments to distinguish between phytoplankton groups. It images the earth's surface every 2 days at 1 km resolution.
https://pace.oceansciences.org/about.htm
Ist zum Glück alles nicht auf diesem Planeten

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Ist zum Glück alles nicht auf diesem Planeten

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Weekend #Plankton Factoid 🦠🦐
#ClimateChange is expected to modify food-webs in the oceans, including in nutrition. In an MIT modeling study scientists found that under heating scenarios, phytoplankon can shift from protein to carbohydrate and lipid dominated cell composition, which they have termed "fast-food ocean". This would happen partly due to sea-ice loss and light change, potentially leading to an elemental composition mismatch with zooplankton grazers.
https://oceanographicmagazine.com/news/fast-food-ocean-climate-change-is-draining-seas-nutrition/
#science