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@trinhnoithat: Em thấy nhà nào cũng nên sẵn 1 túi để đồ quan trọng#trinhtaphoa1 #tuichongnuoc #oceanpark #tuikhochongnuoc #tienich @Trinhtaphoa1 @Trinhtaphoa1 @Trinhtaphoa1

Trinh nói thật
Trinh nói thật
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Thursday 04 December 2025 07:35:29 GMT
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balance.power7
Homebody :
10-15l có bỏ được bìa hồ sơ ko bạn
2026-01-10 16:50:09
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gocnhoconyeu
Góc nhà tiện ích :
hay ah
2025-12-04 12:36:56
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vuonthanhxuan2k
Vườn thanh xuân 🍀 :
Hay quá ạ
2025-12-04 23:47:18
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Asistiendo al primer lanzamiento de Gelly en España ✨ Una noche para descubrir lo que viene en el futuro de la movilidad ⚡️ Dos nuevos modelos, nuevas sensaciones… y esto es solo el principio.
Asistiendo al primer lanzamiento de Gelly en España ✨ Una noche para descubrir lo que viene en el futuro de la movilidad ⚡️ Dos nuevos modelos, nuevas sensaciones… y esto es solo el principio.
My hard work was definitely paid off though!! I'm happy I did what I did!!! I love pharmacy LOL. like actually. All jokes aside ˙◡˙ #fy #fyp #pharmacist #pharmacy #pharmacystudent
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the Great Pacific Garbage Patch Is Now Home to Dozens of Ocean Species Hidden deep in the Pacific, scientists have uncovered thriving ecosystems where none should exist. On miles of drifting plastic, coastal creatures are not just surviving, they're multiplying. More than a thousand miles from the nearest coast, in the vast and isolated waters of the North Pacific Subtropical Gyre, marine researchers have confirmed the formation of stable communities of life anchored to drifting plastic. In an environment once viewed solely through the lens of environmental degradation, signs of biological complexity are now emerging. The accumulation of synthetic waste in the region known as the Great Pacific Garbage Patch is enabling coastal marine species to survive far beyond their traditional habitats. Some are not only persisting but reproducing, forming what researchers now describe as long-term ecological communities in open ocean waters. These developments mark a notable shift in how marine plastic pollution is understood. The floating debris field, originally seen only as a symptom of environmental mismanagement, is now being studied as a dynamic platform for biological colonization. Reproduction Confirmed on Offshore Plastic Debris From November 2018 to January 2019, researchers working with The Ocean Cleanup collected 105 large plastic debris items from a section of the gyre between Hawaii and California. These included fishing gear, household containers, buoys, ropes, and nets, most of which had been floating in the gyre for years. Out of the 103 debris items that hosted biological growth, 98 percent carried live marine organisms. A total of 46 distinct invertebrate species were identified. Thirty-seven of those were coastal species, including amphipods, isopods, sea anemones, barnacles, and bryozoans—all normally confined to nearshore environments. On many samples, reproductive structures were visible. These included egg-carrying females and juveniles, as well as multiple size classes of the same species. Ropes and nets were found to support the highest species richness. Their textured surfaces offer both attachment points and shelter from ocean turbulence. Several of the most frequently observed species—Diadumene lineata, Ianiropsis serricaudis, and Bugula tsunamiensis—are native to the northwestern Pacific. Many of these same species were previously found on tsunami debris that crossed the Pacific following the 2011 Tōhoku earthquake and tsunami. The presence of reproductively active individuals thousands of kilometers from shore provides direct evidence that coastal species are reproducing in the open ocean, on floating synthetic materials. Open Ocean Stability Aiding Coastal Colonization The North Pacific Subtropical Gyre functions as a natural retention zone for floating objects. Its clockwise circulation traps debris in its center, where wind and wave energy are minimal. This unique hydrodynamic environment creates stable conditions that allow organisms to remain on the same plastic object for months or years. Plastic differs from natural floating materials such as wood or seaweed in both longevity and surface properties. Most plastics do not biodegrade at sea, which allows for continuous colonization and community development. The study found that many taxa were capable of surviving and reproducing without returning to shore, supported by traits such as asexual reproduction, direct larval development, and sessile life strategies. These adaptations appear to be critical. Coastal species that can avoid a planktonic phase or clone themselves have an advantage when attempting to persist on isolated, drifting platforms. In several cases, sea anemones were found in multiple growth stages on a single plastic fragment, indicating local recruitment. #greatpacificgarbagepatch
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