Bats are unique and mysterious creatures on Earth. They belong to the order Chiroptera, a group of mammals known for their flying abilities and nocturnal behavior. Although bats play important roles in ecosystems, such as hunting pests and pollinating them, their morphological and behavioral characteristics are often unfamiliar to the public, leading to many misconceptions about them.

The production of bat specimens is of great significance for research and education. By carefully collecting and preserving bat samples, scientists are able to gain insight into their biology, habits and habitats. These specimens provide a wealth of anatomical data that helps researchers analyze bat adaptations, evolutionary relationships, and their role in the ecosystem.

The process of taxidermy bats usually involves several key steps. First, researchers need to catch bats at the right time and place, usually near their habitat. When capturing, it is vital to take a humane approach to reduce harm to bats. After capture, the bats are quickly placed in refrigerated containers to slow the decay of their carcasses.

The next step is the treatment of the specimen. The researchers will carefully dissect the bats and record relevant data, including sex, age, weight and physical characteristics. This information not only contributes to scientific research, but also provides the basis for future conservation efforts. The treated bats are dried and immobilized to maintain their form. Once completed, the specimen will be stored in a professional herbarium for academic research, teaching and public display.

The educational value of bat specimens cannot be ignored. Through the exhibition, the public can intuitively understand the ecological role of bats and biodiversity. Many misconceptions and prejudices stem from inadequate understanding of bats, and the display of specimens can help reduce such misconceptions and promote conservation awareness of bats and their habitats.