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Jiaying A. Guo

@jiayingabbyguo.bsky.social

102 followers 20 following 2 posts

PhD student at @IMASUTAS | marine plankton physiology| ocean alkalinity enhancement

Posts Replies Media

Jiaying A. Guo @jiayingabbyguo.bsky.social · 11/04/2025

Got a spot on a Pacific research voyage just 3 months before departure — wild, right? 🙂Here, I share the story behind the recently published article on Ocean Alkalinity Enhancement in the Equatorial Pacific Ocean. Check it out:👇 go.nature.com/3GgU17D #BehindThePaper #ClimateScience #OAE #CDR

go.nature.com

Can the Ocean Save Us? Unpacking the Science Behind Ocean Alkalinity Enhancement

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Reposted by Jiaying A. Guo

Communications Earth & Environment @commsearth.nature.com · 08/04/2025

🌊Olivine-based ocean alkalinity enhancement can disrupt phytoplankton communities, whereas sodium hydroxide has a negligible impact on plankton. @jiayingabbyguo.bsky.social @bachlennart.bsky.social 👉Read more here: www.nature.com/articles/s43...

nature.com

Effects of ocean alkalinity enhancement on plankton in the Equatorial Pacific - Communications Earth & Environment

Olivine-based ocean alkalinity enhancement can disrupt phytoplankton communities, whereas sodium hydroxide has a negligible impact on plankton, according to ship-based experiments on natural phytoplan...

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Jiaying A. Guo @jiayingabbyguo.bsky.social · 08/04/2025

🎉New publication alert! 🌊 We tested how different ocean alkalinity enhancement (OAE) substances—NaOH, olivine, and steel slag—affect plankton in the Equatorial Pacific🌞. 🫙Repeatitive onboard incubations, open ocean data. Check it out 👉: rdcu.be/egM0x #OAE #ClimateChange #CDR

rdcu.be

Effects of ocean alkalinity enhancement on plankton in the Equatorial Pacific

Communications Earth & Environment - Olivine-based ocean alkalinity enhancement can disrupt phytoplankton communities, whereas sodium hydroxide has a negligible impact on plankton, according to...

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Reposted by Jiaying A. Guo

Nadine Lehmann @nadlehmann.bsky.social · 12/02/2025

Would marine calcifiers such as coccolithophores benefit from changes in carbonate chemistry under ocean alkalinity enhancement? @bachlennart.bsky.social and I tried to answer this question in a new natural analogue study out now in Nature Geoscience! @naturegeosci.bsky.social 🌊🧪 rdcu.be/d9zdH 1/10

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