The Abiko City Bird Museum in Chiba Prefecture has introduced "touch carving" exhibits featuring life-sized bird sculptures for visually impaired visitors [1, 2].
These exhibits provide a critical sensory bridge for people who cannot see birds in the wild, allowing them to understand avian anatomy and scale through touch and sound. By combining physical models with audio recordings, the museum transforms a traditionally visual experience into a multi-sensory educational opportunity [1, 3].
Sculptor Haruo Uchiyama created the pieces to help visually impaired people form a lasting mental image of various species [1]. The collection includes 10 species of birds native to the Teganuma area [3]. To ensure accuracy, Uchiyama focused on detailed reproductions, including the fine textures of feathers [1]. One sculpture of a crow took approximately one month to complete [1].
Visitors can touch the carvings while listening to a device that plays the corresponding bird's call [3]. This dual-sensory approach is designed to make the learning process more memorable and accessible. The initiative began in the spring of 2024 [1, 4].
"I want as many people as possible to touch various kinds of birds and for those who cannot see to remember them," Uchiyama said [1].
Weather forecaster Kana Fukuyama experienced the exhibit and noted the scale of the reproductions. "The crow is larger than I thought. Even the fine parts of the feathers are reproduced," Fukuyama said [1].
By removing the "do not touch" restriction common in museums, the facility allows guests to physically interact with the art to gain scientific knowledge [1, 3].
“"I want as many people as possible to touch various kinds of birds and for those who cannot see to remember them,"”
This initiative reflects a growing trend in global museum curation toward 'universal design,' where accessibility is integrated into the exhibit's core rather than added as an afterthought. By shifting the educational focus from visual observation to tactile and auditory recognition, the museum is expanding the definition of scientific literacy to include non-visual learners.




