Jellyfish are ancient and mysterious sea creatures, their body structure is simple, mainly composed of water, showing a transparent and soft form. Specimens of jellyfish often exhibit unique and elegant forms that have attracted the attention of many biologists and ocean enthusiasts. The design of its umbrella body and tentacles allows the jellyfish to float gracefully in the water, like a flower in the water.
Jellyfish specimens vary in color and size, with some appearing pale blue or pink, while others are harsh fluorescent. Their tentacles are covered with tiny stinging cells that release venom for hunting prey or self-defense. This unique physiological structure makes jellyfish play an important role in the Marine ecosystem. Through specimen observation, the distribution and structure of these cnidocytes can be clearly seen, which is amazing in the ingenious design of nature.
In scientific research, jellyfish specimens are often used as tools to observe biological physiological characteristics and ecological behavior. Because of their importance in the ecological chain, jellyfish can be used as indicators of environmental changes and water quality conditions. Careful study of specimens helps scientists understand Marine biodiversity and its interactions with the environment. In addition, certain species of jellyfish have been found to have regenerative abilities, capable of regrowing after injury and even coming back to life under extreme conditions, which has led to extensive research into their regenerative mechanisms.
In recent years, with the increasing awareness of Marine conservation,jellyfish specimens have also become an important tool for education and publicity. Through the display of jellyfish specimens,the public can have a deeper understanding of the beauty and fragility of Marine life,and raise the attention of Marine ecological protection.

Jellyfish, as an important part of Marine ecosystem, has a unique position in nature due to its unique form and survival mode. Jellyfish specimens, often able to display its exquisite structure and diverse morphological characteristics, attract the attention of countless researchers and enthusiasts.
The body structure of a jellyfish is very unique, consisting mainly of colloidal water, which usually accounts for more than 90% of its total weight. This makes the jellyfish appear very light in the water, almost like floating ghosts. Its umbrellelike body has tentacles at the base,which are covered with stinging cells that release toxins, which are used to catch prey and defend itself. In the specimen, you can clearly see the detailed structure of the tentacles and the transparent umbrella body,as if you can feel the posture of their light swimming in the water.
The way jellyfish reproduce is also quite complex, mainly through the way of floating larvae and sexual differentiation in the water. The specimens can show the different growth stages of jellyfish,from juveniles to adults,reflecting their unique biological characteristics. Under the irradiation of the light,the transparent jellyfish shows subtle color changes, highlighting its elegant beauty.
In addition, jellyfish play an important role in the ecosystem. They feed on plankton and become part of the food chain for other Marine life. By analyzing jellyfish specimens,it is possible to understand their role in Marine ecology and their interrelationship with the environment. The number of jellyfish is closely related to environmental factors,and excessive eutrophic water may lead to a large number of jellyfish,which will affect the health of the entire ecosystem.
Collecting and studying jellyfish specimens not only helps the scientific community to deeply understand the biological characteristics of this mysterious creature, but also provides valuable data for ecological conservation.

Jellyfish, as an ancient and mysterious creature, have been floating freely in the oceans for millions of years, displaying their unique life forms. Their bodies are composed mainly of water, soft as glue, with a light shine. Jellyfish specimens often attract a lot of attention with their unique forms and colors, and have become precious objects for many nature lovers and collectors.

Specimens of jellyfish usually retain their original soft structure, with special treatments to make them more colorful and very different from their posture in nature. Through the specimen, you can glimpse the delicate beauty of the jellyfish's umbrella form, tentacles and various biological structures. The preparation process of specimens not only requires professional techniques, but also contains a deep understanding of the nature of biology. Through the specimen, people can observe the various details of the jellyfish, and realize its inherent strange charm.

In their natural environment, jellyfish live in a very different way from other sea creatures. They tend to drift on the currents, swaying happily in the water. This characteristic not only allows them to expand their range, but also makes it more difficult to observe their growth and life patterns. Therefore, the existence of specimens has become an important way for people to deepen their understanding.

The specimen of jellyfish can not only show its biological characteristics, but also trigger people's thinking about the ecological environment. As an extremely sensitive Marine organism, the changes in the number of jellyfish are often closely related to the health of Marine ecology. When their numbers surge, it often indicates an imbalance in the ecosystem, and as an indicator organism, their role in the ecological chain cannot be underestimated. Therefore, through the jellyfish specimen, people can not only appreciate its beauty and singularity, but also reflect on the importance of environmental protection.