China University of Geosciences (Beijing) Museum

China University of Geosciences (Beijing) Museum

The China University of Geosciences (Beijing) Museum has a long history and a systematically comprehensive collection of specimens. It currently houses over 55,000 specimens in total, with more than 4,000 on public display. The museum was originally the Exhibition Hall of Beijing Institute of Geology, mainly exhibiting geological specimens such as minerals, rocks, and paleontological fossils. It was established in 1952. In the early days, most of the specimens were inherited from the collections of the Department of Geology at Peking University, the Department of Geology at Tsinghua University, the Department of Geology at Tianjin University (Peiyang University), and the Geological Section at Tangshan Railway Institute. Tracing the collecting history of these items at Peking University, Tsinghua University, Peiyang University, and the Tangshan Railway Institute, their origins date back over a century. These specimens are irreplaceable natural resources painstakingly collected and accumulated by generations of geologists under harsh field conditions in the last century. After the museum’s establishment, most new additions came from specimens collected by faculty and students during research and teaching fieldwork, as well as donations from alumni and international friends.

Currently, the tens of thousands of specimens collected by the China University of Geosciences (Beijing) Museum come not only from all over China but also from more than 40 countries across five continents, including the United States, the United Kingdom, France, Germany, Italy, Czech Republic, Sweden, the former Soviet Union, Iran, Japan, Vietnam, Indonesia, and Australia. The breadth of specimen sources is rare among university museums in China.

The primary purpose of establishing the museum was to serve the teaching of geology-related disciplines. Therefore, the division of exhibition rooms, the display methods of exhibits, and the selection of items largely follow the content system of textbooks used in university geology programs. It now possesses a relatively complete and systematic collection of specimens that aligns with foundational geology courses such as mineralogy, petrology, ore deposit geology, paleontology, and historical geology.

Among the museum's collection, there are also some rare and unique specimens, such as extraterrestrial Fe-Ni meteorites, Ordovician limestone collected from the summit of Mount Everest—the roof of the world—cobalt-manganese nodules taken from the Pacific Ocean seabed at a depth of about 6,000 meters, and rocks and surface moss from the Antarctic continent.

In 1999, the China University of Geosciences (Beijing) Museum was designated as a National Science Education Base by the China Association for Science and Technology, becoming an educational classroom for youth science outreach.

Previously, the museum was located in Teaching Building 2, with exhibitions divided into two major parts situated on the first and western section of the second floor of the building. The first floor housed the Earth Material Composition Exhibition Hall, displaying a systematic array of specimens related to teaching in geology courses such as crystallography and mineralogy, petrology, and ore deposit geology. The second floor featured the Life Evolution and Earth Evolution History Exhibition Hall, comprising four sections: the Life Evolution (Paleontology) Exhibition Room, the Historical Geology Exhibition Room, the Qinghai-Tibet Plateau Geological Evolution Research Exhibition Room, and the Earth Science Knowledge Popularization Exhibition Room.

Starting in 2008, the museum underwent renovation and has since been relocated to the newly built Yifu Building, occupying three floors—the 10th, 11th, and 12th—including four major exhibition halls: the Earth Science Hall, the Dinosaur Hall, the Earth and Life History Hall, and the Earth Materials Hall. The renovated museum not only expanded its exhibition space and redesigned its displays, but also added important specimens such as precious paleontological fossils including dinosaurs and large, exquisite mineral specimens. Advanced technologies such as sound, light, and electricity have been incorporated to enhance the scientific quality of the displays and enrich the presentation atmosphere. Typical geological landscape models have been carefully designed and produced within the halls to visually and intuitively convey complex geological concepts.