1. Ikeda, A. and Suzuki, K. (2011): Variation of thermal conditions of the top soil on post-fired alpine slopes on Mt. Shirouma. in Reports of Protection and Management of Alpine Plants on Mt. Shirouma—Monitoring Survey of Post-fired Slope— (Shiroumadake Kozan Shokubutsu To Hogo Kanri Chosa Jigyo Hokokusho Yamakaji Atochi No Monitaringu Chosa) edited by Chushin Forestry Office, Chubu Regional Forest Office，Forestry Agency, and Institute of Mountain Science, Shinshu University, 51-60.*
2. Kariya, Y. (2011): Geo-environmental condition on post-fired alpine slopes on Mt. Shirouma. in Reports of Protection and Management of Alpine Plants on Mt. Shirouma—Monitoring Survey of Post-fired Slope— (Shiroumadake Kozan Shokubutsu To Hogo Kanri Chosa Jigyo Hokokusho Yamakaji Atochi No Monitaringu Chosa) edited by Chushin Forestry Office, Chubu Regional Forest Office， Forestry Agency, and Institute of Mountain Science, Shinshu University, 39-50.*
3. Kariya, Y., Harayama, S., Ikeda, A. and Suzuki, K. (2009): Effects of forest fire on geomorphology and geology on Mt. Shirouma. in Reports of Protection and Management of Alpine Plants on Mt. Shirouma (Shiroumadake Kozan Shokubutsu To Hogo Kanri Chosa Jigyo Hokokusho) edited by Chushin Forestry Office, Chubu Regional Forest Office, Forestry Agency, and Institute of Mountain Science, Shinshu University, 37-54.*
4. Koaze, T., Sugihara, S., Shimizu, F., Utsunomiya, F., Iwata, S. and Okazawa, S.(1974): Geomorphological studies of Mt. Shirouma and surroundings, Central Japan. Sundai Historical Review (Journal of the Historical Association of Meiji University), 35, 1-86.
5. Matsuoka, N. (1991): A whole year ground temperature measurement in an alpine environment of Akaishi Range, Japan. Transactions Japanese Geomorphological Union, 12, 41-49.