Shrimp, as an important part of Marine and freshwater ecosystems, has rich biodiversity. Shrimp specimens not only play an important role in scientific research, but also have wide applications in education and ecological protection.
Shrimp specimens allow researchers to observe their physiological structure, behavioral characteristics, and ecological habits in detail. By analyzing the shrimp's external morphology and internal organs, scientists can shed light on the shrimp's taxonomy, ecological niche, and its role in the food chain. In addition, the diversity and adaptability of shrimp make them an important indicator species for monitoring water quality and ecological environment changes.
In the field of education, shrimp specimens provide intuitive learning materials for biology and ecology courses. By observing and dissecting shrimp specimens, students are not only able to master basic anatomical techniques, but also enhance their understanding of biodiversity and ecological balance.
In conclusion, the application of shrimp specimens in scientific research and education makes them an important tool for understanding aquatic ecosystems and promoting the conservation and sustainable use of aquatic environments.

Shrimp specimens are exquisite works of art showing this important Marine creature, which plays an important role in scientific research and education. Shrimp, as a common crustacean, has become an important object in biological research due to its diverse morphology and ecological role. The process of preparing shrimp specimens usually consists of four steps: collection, handling, drying and display.
First, the fresh shrimp samples collected need to be treated to prevent them from rotting. Common treatment methods include the use of preservatives, such as formaldehyde or alcohol, to preserve the shrimp's form and color. The treated shrimp is carefully dried, a step that is crucial to ensure that the moisture inside the shrimp body is completely removed and prevents spoilage.
The dried shrimp will be fixed to a special display rack and placed in a transparent display box. The display box is designed not only to protect the specimen, but also to allow observers to appreciate the shrimp's details, such as its intricate exoskeleton and slender tentacles, from all angles.
Shrimp specimens are used in scientific research to study the anatomical structure, living habits and ecological roles of shrimp. In the field of education, they help students understand the biological characteristics and importance of crustaceans in their ecosystems. Through the observation and study of shrimp specimens, the understanding of this Marine organism can be deepened, and the attention of Marine ecosystem protection can be raised.

Shrimp, as a crustacean widely distributed in oceans and freshwater, has become an important object in biological research and education because of its unique morphology and ecological role. Shrimp specimens are preserved after special treatment, which can effectively retain its morphological characteristics and anatomical structure, and provide valuable resources for scientific research.
The preparation of shrimp specimens usually requires the fresh shrimp to be treated and soaked with preservatives to prevent it from rotting and spoiling. The specimens not only reveal the shrimp's external features, such as antenna, limb and shell color, but also reveal its internal structure, helping researchers gain insight into the shrimp's physiological functions and ecological adaptations.
In education, shrimp specimens are often used in schools and museums to help students and the public better understand ecosystems and biodiversity. By looking at the specimens, we can appreciate the important role of shrimp in the food chain, and thus enhance the understanding of the ecological protection of waters.
In short, shrimp specimens are not only a tool for scientific research, but also an important medium for the transmission of Marine and freshwater ecological knowledge.