大石善隆  (2018) 清楚．広辞苑を３倍楽しむ　その２（岩波書店編集部）．岩波書店，東京

Oishi, Y. (2018) Comparison of moss and pine needles as bioindicators of transboundary polycyclic aromatic hydrocarbon pollution in central Japan. Environmental Pollution 234: 330–338. 

Oishi, Y. (2018) The influence of microclimate on bryophyte diversity in an urban Japanese garden landscape. Landscape and Ecological Engineering 15: 167–176. 

Oishi, Y.  (2018) Urban heat island effects on moss gardens in Kyoto, Japan. Landscape and Ecological Engineering 15: 177–184. 

Oishi, Y.  (2018) Evaluation of water-storage capacity of bryophytes along an altitude gradient from temperate forests to the alpine zone. Forests 9 (7): 433.

Fukasawa, Y., Ando, Y., Oishi, Y. , Suzuki, S.N., Matsukura, K., Okano, K., Song, Z. (2019) Does typhoon disturbance in subalpine forest have long-lasting impacts on saproxylic fungi, bryophytes, and seedling regeneration on coarse woody debris? Forest Ecology and Management 432(15): 309–318. 

Oishi, Y. (2019) Moss as an indicator of transboundary atmospheric nitrogen pollution in an alpine ecosystem. Atmospheric environment 208: 158–166. 

Oishi, Y. , Doei, H. (2019) The effect of deer herbivory on epiphyte diversity changes. The Bryologist 122(3): 384–395. 

Fukasawa, Y., Ando, Y., Oishi, Y. , Matsukura,K., Okano, K., Song, Z., Sakuma, D. (2019) Effects of forest dieback on wood decay, saproxylic communities, and spruce seedling regeneration on coarse woody debris. Fungal Ecology 41:198–208. 

Oishi, Y., Shin, K. C., Tayasu, I. (2021) Lead isotope ratios in moss for the assessment of transboundary pollutants in the Yatsugatake Mountains, central Japan. Ecological Research 36(3): 401–408. 

Oishi, Y.(2021) Potential use of Sr isotope ratio to evaluate trace metal uptake in moss. Ecological Indicators 121: 107063. 

Oishi, Y.(2021) Factors that shape the elevational patterns of plant diversity in the Yatsugatake Mountains, Japan. Ecology and Evolution 11(9): 4887–4897. 

Oishi, Y. (2021) Is the Sr isotope ratio in mosses a good indicator for Asian dust (Kosa)? Landscape and Ecological Engineering 18:11-17.

Oishi, Y. (2021) Biomonitoring of transboundary pollutants using moss in Japan’s mountains. Environmental Science and Pollution Research 29:15018–15025. 

Oishi, Y. (2022) Why are the aesthetics of modest mosses highly valued in Japanese gardens? The Bryologist 125: 61–69. 

Oishi, Y., Kobayashi, H., Suzuki, NS, Kanai, R., Masaki, D., Tanaka, K. (2022) Bryophyte responses to experimental climate change in a mid-latitude forest-line ecotone. Alpine Botany 132: 329–336. 

Oishi, Y. (2022) Moss biomonitoring using lead isotope ratios requires careful attention: Evaluation of transboundary pollutants in Japan. Atmospheric Environment 275:119004. 

大石善隆 (2022)  高山のコケは窒素汚染に曝されているのか？―越境大気汚染に着目して―．蘚苔類研究12(8): 205–214. 

Zheng, T-X., Oishi, Y., SHimamura, M. (2022) Notes on some Marchantiales taxa from Rishiri Island, Japan. Hikobia 18: 251–258. 

Oishi, Y. (2023) Seasonal differences in nitrogen deposition affect the nitrogen content in mosses: Implications for biomonitoring. Environmental Nanotechnology, Monitoring & Management 20 100783–100783. 

Oishi, Y. (2023) Determinates of bryophyte diversity, in comparison with vascular plant diversity, in paddy fields. Journal of Bryology 45(4): 278–287. 

Oishi, Y. (2024) Bryophytes enhance nitrogen content in decaying wood via biological interactions Ecosphere 15(1): e4755. 

Oishi, Y. (2024) Additive positive effect of warming and elevated nitrogen deposition on Sphagnum biomass production at mid-latitudes. Scientific Reports 14(1): 16793. 

Oishi, Y. (2024) Cryptogam biomass estimation using taxonomic and life form models for accurate assessment. Scientific Reports 14(1): 19038.

Oishi, Y. (2025) Bryophytes enhance nitrogen content in decaying wood via biological interactions Ecosphere 15(1): e4755.

Oishi, Y. (2025) Seasonal variation in chlorophyll fluorescence of mosses under urban heat islands in Japanese gardens. Urban Forestry & Urban Greening 114, 129116.

Oishi, Y. (2026) Complementary biomonitoring of traffic-derived atmospheric pollutants using pine needles and mosses across urban landscapes. Urban climate 69: 103112.

Oishi, Y. (2026) Scale, climate, and functional traits jointly govern cryptogam biomass across biomes. Journal of Ecology (Accepted).