@lamanh686868:

Lâm Anh Bán Đồ Nam

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Friday 09 October 2026 08:44:56 GMT

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Huy nghĩa 99999 :

Bộ e có bán ko

2026-10-21 04:51:33

0

Huuminhvan :

hangoi

2026-10-19 06:56:51

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Trungbichocan :

2026-10-24 06:53:03

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Huuminhvan :

hang moi

2026-10-19 06:56:59

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Anh thắng motor 37 RCB :

ngon thật

2026-10-24 15:20:16

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꧁𝓓𝓾̛𝓸̛𝓷𝓰 77꧂ :

Ngon thía

2026-10-18 12:08:04

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Nguyễn Hoành :

múp hơn chị

2026-10-17 15:23:46

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Nguyễn Hưng :

Em mẩy hơn chị

2026-10-24 13:54:09

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Nguyễn Quang Minh :

💘

2026-10-14 09:28:49

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dont miss it😭👇

Khi 2 bố con ở nhà vắng mẹ #VợtPickleball #KunPickleball #HoptaccungKUN #binhanhvlog

Khi 2 bố con ở nhà vắng mẹ #VợtPickleball #KunPickleball #HoptaccungKUN #binhanhvlog

#صلوا_على_رسول_الله🤲🕋

#صلوا_على_رسول_الله🤲🕋

Masuk live cepet #fyp #moell

Masuk live cepet #fyp #moell

Tiptoe through the urchins 🦐⁠ ⁠ The fragile pink sea urchin (Strongylocentrotus fragilis) is one of the most common neighbors MBARI encounters as we explore our blue backyard. Herds of fragile pink sea urchins roam the seafloor, shaping ecosystems through constant foraging, much like wildebeests grazing across African grasslands. These tiny grazers move across the soft sediment, munching on dead kelp and other organic material. With each nibble, they make nutrients and carbon available for other organisms on the seafloor and in the water column above. ⁠ ⁠ Upwelling draws cool, nutrient-rich water up from the depths to fuel pulses of productivity near shore, which means that these grazing Strongylocentrotus fragilis benefit coastal environments too. Large groups of these urchins can even create habitat for other seafloor animals, providing a safe place for small fishes and invertebrates to hide or maybe grab a bite to eat. ⁠ ⁠ MBARI researchers are studying how climate change and ocean acidification affect marine life. We have used our advanced technology to study the physiology of fragile pink sea urchins both in the lab and in the ocean. Our research has revealed that the ocean’s changing chemistry will weaken these urchins’ shells, influence how successfully they can reproduce, and may even push populations out of their preferred habitats. #deepsea #oceanlife #ocean #fyp #Science

Tiptoe through the urchins 🦐⁠ ⁠ The fragile pink sea urchin (Strongylocentrotus fragilis) is one of the most common neighbors MBARI encounters as we explore our blue backyard. Herds of fragile pink sea urchins roam the seafloor, shaping ecosystems through constant foraging, much like wildebeests grazing across African grasslands. These tiny grazers move across the soft sediment, munching on dead kelp and other organic material. With each nibble, they make nutrients and carbon available for other organisms on the seafloor and in the water column above. ⁠ ⁠ Upwelling draws cool, nutrient-rich water up from the depths to fuel pulses of productivity near shore, which means that these grazing Strongylocentrotus fragilis benefit coastal environments too. Large groups of these urchins can even create habitat for other seafloor animals, providing a safe place for small fishes and invertebrates to hide or maybe grab a bite to eat. ⁠ ⁠ MBARI researchers are studying how climate change and ocean acidification affect marine life. We have used our advanced technology to study the physiology of fragile pink sea urchins both in the lab and in the ocean. Our research has revealed that the ocean’s changing chemistry will weaken these urchins’ shells, influence how successfully they can reproduce, and may even push populations out of their preferred habitats. #deepsea #oceanlife #ocean #fyp #Science

Brb nangis 😭 #TikTokAwardsSEA

Brb nangis 😭 #TikTokAwardsSEA

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