@haidangphamtran: 🚀 KHAN HIẾM KHÔNG PHẢI ĐỂ THỔI GIÁ – MÀ ĐỂ BẢO VỆ GIÁ TRỊ Ngay từ những ngày đầu Mainnet, InterLink lựa chọn một hướng đi khác biệt: xây dựng nền kinh tế bền vững trước khi theo đuổi sự tăng trưởng. ITLG/ITL được thiết kế với mức độ khan hiếm rất cao trong giai đoạn khởi đầu. Điều này không nhằm tạo ra sự khan hiếm nhân tạo hay thúc đẩy đầu cơ, mà để giảm thiểu khả năng thao túng thị trường từ các cá voi và tạo môi trường phát triển lành mạnh cho hệ sinh thái. Điểm đáng chú ý là đội ngũ cốt lõi không nắm giữ token Mainnet, thể hiện cam kết đặt lợi ích của cộng đồng lên hàng đầu. Khi nhu cầu từ dApps, Business Tokens, đối tác kho bạc và các ứng dụng thực tế ngày càng gia tăng, giá trị của mạng lưới sẽ được xây dựng từ sự phát triển của hệ sinh thái thay vì những cơn sốt ngắn hạn. InterLink không chỉ xây dựng một blockchain. InterLink đang xây dựng một tương lai nơi dữ liệu hỗ trợ quyết định, cộng đồng nắm quyền định hướng và giá trị được tạo ra từ sự đóng góp thực sự. #interlink #ITLG #ITL

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Sunday 31 May 2026 04:52:09 GMT
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The tripod fish or tripod spiderfish, Bathypterois grallator, is a deep-sea benthic fish in the family Ipnopidae found at lower latitudes. It is a wide-ranging fish found from 878 to 4,720 m (2,881 to 15,486 ft) deep. The tripodfish, sometimes referred to as the abyssal spiderfish, has long, bony rays that stick out below its tail fin and both pelvic fins. The fish's head-and-body is up to 43.4 cm (17.1 in) long, but its fins can be more than 1 m (3 ft 3 in).  Most of the time, the tripodfish stands on its three fins on the bottom of the ocean, hunting for food. Even though the fins are presumably quite stiff, researchers have been successful in surprising the fish into swimming, and then the fins seem flexible. Scientists have suggested that fluids are pumped into these fins when the fish is 'standing' to make them more rigid. The tripodfish uses tactile and mechanosensory cues to identify food; it apparently does not have special visual adaptations to help it find food in the low-light environment. When the fish is perched with its long rays on the ocean floor, it can get food without even seeing it. The tripodfish's mouth ends up at just the right height to catch shrimp, tiny fish, and small crustaceans swimming by. They seem to prefer to perch on the mud using much elongated fin rays in their tails and two pelvic fins to stand, facing upstream into the current to ambush with the pectoral fins turned forward so the outthrust projecting fins resemble multiple antennae. The fish senses objects in the water with its front fins. These fins act like hands. Once they feel prey and realize it is edible, the fins knock the food into the fish's mouth. The fish faces into the current, waiting for prey to drift by. B. grallator is hermaphroditic. Each individual has male and female reproductive organs. If two tripodfish happen to meet, they mate. However, if a tripodfish does not find a partner, it makes both sperm and eggs to produce offspring by itself. Video credit @schmidtocean Please be sure to follow them on Instagram for more! #marine #marinelife #aquariumhobby #ocean #animals #fish #ocean #deepsea #fyp #marine #marinelife #oceanlife #marin
The tripod fish or tripod spiderfish, Bathypterois grallator, is a deep-sea benthic fish in the family Ipnopidae found at lower latitudes. It is a wide-ranging fish found from 878 to 4,720 m (2,881 to 15,486 ft) deep. The tripodfish, sometimes referred to as the abyssal spiderfish, has long, bony rays that stick out below its tail fin and both pelvic fins. The fish's head-and-body is up to 43.4 cm (17.1 in) long, but its fins can be more than 1 m (3 ft 3 in). Most of the time, the tripodfish stands on its three fins on the bottom of the ocean, hunting for food. Even though the fins are presumably quite stiff, researchers have been successful in surprising the fish into swimming, and then the fins seem flexible. Scientists have suggested that fluids are pumped into these fins when the fish is 'standing' to make them more rigid. The tripodfish uses tactile and mechanosensory cues to identify food; it apparently does not have special visual adaptations to help it find food in the low-light environment. When the fish is perched with its long rays on the ocean floor, it can get food without even seeing it. The tripodfish's mouth ends up at just the right height to catch shrimp, tiny fish, and small crustaceans swimming by. They seem to prefer to perch on the mud using much elongated fin rays in their tails and two pelvic fins to stand, facing upstream into the current to ambush with the pectoral fins turned forward so the outthrust projecting fins resemble multiple antennae. The fish senses objects in the water with its front fins. These fins act like hands. Once they feel prey and realize it is edible, the fins knock the food into the fish's mouth. The fish faces into the current, waiting for prey to drift by. B. grallator is hermaphroditic. Each individual has male and female reproductive organs. If two tripodfish happen to meet, they mate. However, if a tripodfish does not find a partner, it makes both sperm and eggs to produce offspring by itself. Video credit @schmidtocean Please be sure to follow them on Instagram for more! #marine #marinelife #aquariumhobby #ocean #animals #fish #ocean #deepsea #fyp #marine #marinelife #oceanlife #marin

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