【学術論文】
1. Difference in radionuclide contamination among genetic populations of Asian black bear in Fukushima. Nemoto Y, Saito R, Kondo N.I, Kabeya M, Inami K, Kanda K, Morimitsu Y, Tamaoki M. Ursus 36e12. 1-15. 2025.
2. Lead concentration in blood of Asian black bears in two areas of Central Japan. Koji Y, Ishizuka M, Nakayama S. M. M, Banda N, Koike S, Goto Y, Yamazaki K, Nemoto Y, Fuchs B, Arnemo J.M. Science of The Total Environment 980:179555. 2025.
3.メタバーコーディング法に基づく福島県のツキノワグマの食性解析. 斎藤梨絵・神田幸亮・玉置雅紀・小松仁・根本唯. 福島生物. 67. 1-6. 2024.
4. Exploring the Genetic Basis of Wild Boar ( Sus scrofa ) and Its Connection to Classical Swine Fever. Saito R, Kondo N. I, Nemoto Y, Takeda T, Kanda K, Nakajima N, Beasley J.C, Tamaoki M. Transboundary and Emerging Diseases 2025:9881511. 2025.
5. Study on the relationship between the dispersal of wild boar (Sus scrofa) and the associated variability of Cesium-137 concentrations in its muscle Post-Fukushima. Saito R, Nemoto Y, Kondo N. I, Kanda K, Takeda T, Beasleya J. C, Tamaoki M. Science of the Total Environment. 917. 170328. 2024.
6. 阿武隈山地でのツキノワグマの分布状況. 山﨑晃司, 鈴木郁子, 根本唯, 伊藤哲治. 哺乳類科学. 63 (2). 185-192. 2023.
7. Monitoring of radioactive cesium in wild boars captured inside the difficult‐to‐return zone in Fukushima Prefecture over a 5‐year period. Saito R, Kumada R, Inami K, Kanda K, Kabeya M, Tamaoki M, Nemoto Y. Scientific Reports. 12. 5667. 2022.
8. 福島県内のカワウ(Phalacrocorax carbo)の体内に含まれる放射性セシウム濃度のモニタリング調査. 斎藤梨絵・根本唯・熊田礼子・壁谷昌彦・舟木優斗・神田幸亮・趙在翼. 環境放射能除染学会誌. 10(4). 157-164. 2022.
9. Genetic Population Structure of Wild Boars (Sus scrofa) in Fukushima Prefecture. Saito R, Kondo N. I, Nemoto Y, Kumada R, Nakajima N, Tamaoki M. Animals. 12 . 1 – 13. 2022..
10. Associations between plasma testosterone levels and season, nutritional status, age, and body size in free-ranging male Asian black bears (Ursus thibetanus) in central Honshu, Japan. Tomiyasu T, Kayano M, Hazano K, Matsui M, Nemoto Y, Naganuma T, Koike K, Yamazaki K. General and Comparative Endocrinology. 309. 2021.
11. Evaluation of DNA damage and stress in wildlife chronically exposed to low-dose, low-dose rate radiation from the Fukushima Dai-ichi Nuclear Power Plant accident. Cunningham K, Hinton T. G, Luxton J. J, Bordman A, Okuda K, Taylor L. E, Hayes J, Gerke H.C, Chinn S. M, Anderson D, Laudenslager M. L, Takase T, Nemoto Y, Ishiniwa H, Beasley J.C, Bailey S. M. Environment International. 155. 106675. 2021.
12. Effects of 137Cs contamination after the TEPCO Fukushima Dai-ichi Nuclear Power Station accident on food and habitat of wild boar in Fukushima Prefecture. Nemoto Y, Oomachi H, Saito R, Kumada R, Sasaki M, Takatsuki S. Journal of Environmental Radioactivity. 225. 106342 – 106342. 2020.
13. メタバーコーディングに基づくイノシシの食性解析: 植物性食物の推定における再現性と動物性食物の推定における効果的な解析対象種DNAの抑制方法の検討. 斎藤梨絵・石井弓美子・根本 唯・熊田礼子・中村匡聡・相馬理央・大町仁志・玉置雅紀. 日本生態学会誌. 70. 163 – 176. 2020.
14. Relationship between radiocaesium in muscle and physicochemical fractions of radiocaesium in the stomach of wild boar. Saito R, Nemoto Y, Tsukada H. Scientific Reports. 10. 6796. 2020.
15. Horizontal and elevational patterns of masting across multiple species in steep montane landscape from the perspective of forest mammal management. Masaki T, Abe S, Naoe S, Koike S, Nakajima A, Nemoto Y, Yamazaki K. Journal of Forest Research. 25 ( 2 ). 92 – 100. 2020.
16. Monitoring 137Cs concentrations in bird species occupying different ecological niches; game birds and raptors in Fukushima Prefecture. Saito R, Kabeya M, Nemoto Y, Oomachi H. Journal of Environmental Radioactivity. 197. 67 – 73. 2019.
17. Seasonal variation of Cesium-137 concentration in Asian black bear (Ursus thibetanus) and wild boar (Sus scrofa) in Fukushima Prefecture, Japan. Nemoto Y, Saito R, Oomachi H. PLoS ONE. 13 ( 7 ). e0200797. 2018.
18. ツキノワグマの秋期における堅果樹種および人為景観に対する選択の個体差と性差. 根本唯,小坂井千夏,山﨑晃司,小池伸介,正木隆,梶光一. 哺乳類科学. 56. 105-115. 2018.
19. Feeding Habits of Asian Black Bears ( Ursus thibetanus ) in Relation to the Abundance and Timing of Fruiting in 13 Tree Species. Nakajima A, Koike S, Yamazaki K, Kozakai C, Nemoto Y, Masaki T, Kaji K. Mammal Study. 43. 167 – 178. 2018.
20. Using a novel method of potential available energy to determine masting condition influence on sex-specific habitat selection by Asiatic black bears. Umemura Y, Koike S, Kozakai C, Yamazaki K, Nemoto Y, Nakajima A, Kohri M, Abe S, Masaki T, Kaji K. Mammalia. 82 ( 3 ). 288 – 297. 2018.
21. Influence of Food Availability on Matrilineal Site Fidelity of Female Asian Black Bears. Kozakai C., Nemoto Y., Nakajima A., Koike S., Ohnishi N., Yamazaki K. Mammal Study. 43. 167 – 178. 2017.
22. ブナ科堅果結実量の年次変動にともなうツキノワグマの秋期生息地選択の変化. 根本唯, 小坂井千夏,山﨑晃司,小池伸介,中島亜美,郡麻里,正木隆,梶光一. 哺乳類科学. 56. 105 – 115. 2016.
23. Baseline characterization of the diet and stable isotope signatures of bears that consume natural foods in central Japan. Koike S, Nakashita R, Kozakai C, Nakajima A, Nemoto Y, Yamazaki K. European Journal of Wildlife Research. 62. 23 – 31. 2016.
24. How are dung beetle species affected by deer population increases in a cool temperate forest ecosystem? Koike S, Soga M, Nemoto Y, Kozakai C. Journal of Zoology. 293. 227 – 233. 2014.
25. Seasonal changes and altitudinal variation in deer fecal pellet decay. Koike S, Soga M, Enari H, Kozakai C, Nemoto Y. European Journal of Wildlife Research. 59. 766 – 768. 2013.
26. Fluctuation of daily activity time budgets of Japanese black bears: relationship to sex, reproductive status, and hard-mast availability. Kozakai C, Yamazaki K, Nemoto Y, Nakajima A, Umemura Y, Koike S, Goto Y, Kasai S, Abe S, Masaki T, Kaji K. Journal of Mammalogy. 94. 351 – 360. 2013.
27. Effect of hard mast production on foraging and sex-specific behavior of the Asiatic black bear (Ursus thibetanus). Koike S, Kozakai,C, Nemoto Y, Masaki T, Yamazaki K, Abe S, Nakajima A, Umemura Y, Kaji K. Mammal study. 37. 21 – 28. 2012.
28. Spatial and elevational variation in fruiting phenology of a deciduous oak (Quercus crispula) and its effect on foraging behavior of the Asiatic black bear (Ursus thibetanus). Nakajima A, Koike S, Masaki T, Shimada T, Kozakai C, Nemoto Y, Yamazaki K, Kaji K. Ecological Research. 27. 529 – 538. 2012.
29. ツキノワグマの土地利用は食物資源の変化にどのように対応しているのか? 山﨑晃司, 小池伸介, 小坂井千夏, 有本勲, 根本唯, 中島亜美, 梅村佳寛. 哺乳類科学. 51. 159 – 162. 2011.
30. Effect of mast production on home range use of Japanese black bears. Kozakai C, Yamazaki K, Nemoto Y, Nakajima A, Koike S, Abe S, Masaki T, Kaji K. Journal of Wildlife Management. 75. 867 – 875. 2011.
31. Estimate of the seed shadow created by the Asiatic black bear Ursus thibetanus and its characteristics as a seed disperser in Japanese cool-temperate forest. Koike S, Masaki T, Nemoto Y, Kozakai C, Yamazaki K, Kasai S, Nakajima A, Kaji K. Oikos 120 ( 2 ). 280 – 190. 2011.
32. Ixodid Ticks Collected from Japanese Black Bears in the Northern Kanto District, Central Japan (Arachnida, Acarina). Yumoto K, Yamazaki K, Koike S, Kozakai C, Nemoto Y, Nakajima A. Bulletin of Ibaraki Nature Museum. 13. 82 – 84. 2010.
33. 秋田・岩手両県におけるツキノワグマの春季有害捕獲数変動に影響する要因. 根本唯,星崎和彦,岡輝樹. 哺乳類科学. 50 ( 1 ). 31 – 35. 2010.
34. Influence of fruiting phenology on fruit feeding behavior of Asiatic black bear, central Japan. Koike S, Kozakai C, Nakajima A, Nemoto Y, Yamazaki K. Biology of Bear Intrusions. 64 – 66. 2009.
35. Behavioral study of free-ranging Japanese black bears Ⅰ-Does food abundance affect the habitat use of bears?-. Yamazaki K, Koike S, Kozakai C, Nemoto Y, Nakajima A, Masaki T. Biology of Bear Intrusions. 60 – 63. 2009.
36. Behavioral study of free-ranging Japanese black bears II: How do bears manage in a food shortage year? Kozakai C, Yamazaki K, Nemoto Y, Nakajima A, Koike S, Kaji K. Biology of Bear Intrusions. 67 – 71. 2009.
37. ツキノワグマの土地利用と出没に関する研究―これまでの背景と,どこまでわかってきたのか― 山﨑晃司, 小池伸介, 小坂井千夏, 根本唯, 中島亜美. 哺乳類科学. 49. 169 – 172. 2009.
【著書】
1. Variation of Cesium-137 Concentration in Wild Boar and Asian Black Bear. Nemoto Y. In Namba K, Konoplev A, Wada T. eds. Behavior of Radionuclides in the Environment III. Springer. pp. 481-493. 2022.
【総説】
1. クマも色々─地域のクマ事情と研究の現在地─. 根本唯. 森林科学. 104. 2025年6月発行予定.
2. コロナ禍の東京農業大学における代替実習. 上原巌, 根本唯, 佐藤孝吉. 森林科学. 96. 28 – 31. 2022.
3. 震災から10年:野生動物の放射性物質汚染. 根本唯. 森林科学. 91. 25 – 27. 2021.
4. 原発事故がもたらしたクマへの影響. 根本唯. 日本クマネットワークBEARS JAPAN 22(2). 4-6. 2021.
5. ツキノワグマとイノシシにおける原発事故後の放射性核種汚染とその季節変動. 根本唯. 日本クマネットワークBEARS JAPAN. 19(3). 23-24. 2019.
【学会発表】
根本唯・斎藤梨絵・神田幸亮.ツキノワグマとイノシシにおける土壌採食量と筋肉中放射性セシウム濃度の関係.第73回日本生態学会大会. 2026年3月
牛来麗奈・根本唯・坪田敏男・下鶴倫人・山中正実・中西将尚・山﨑晃司. ヒグマの広葉樹液果類4種の種子散布パターン:採食イベント単位の距離・方位・標高移動. 第73回日本生態学会大会. 2026年3月 ポスター賞優秀賞(動物と植物の相互関係)
Saito R, Nemoto Y, Ishii Y, Kanda K, Tamaoki M. 2025. Seasonal diet of wild boar (Sus scrofa) revealed by DNA metabarcoding analysis. 第8回環境DNA学会
牛来麗奈, 根本唯, 坪田敏男, 下鶴倫人, 山中正実, 中西将尚, 山﨑晃司. 2025. ヒグマ(Ursus arctos)による採食イベントごとの広葉樹液果類の種子散布距離の推定. 第72回日本生態学会大会.
根本唯, 吉本悠希, 山﨑晃司. 2025. 網走市能取湖孤立林のヒグマの生息状況. 第16回北海道の今後のヒグマ研究を考えるワークショップ.
Nemoto Y, Saito R, Kondo NI, Kabeya M, Inami K, Kanda K, Morimitsu Y, Tamaoki M. 2024. Effect of genetic population and migration on radio-cesium contamination of Asian black bear in Fukushima Prefecture. 17th Asian Society of Conservation Medicine Conference.
Nemoto Y, Shimozuru M, Shimizu K, Shirane Y, Jimbo M, Nakanishi M, Yamanaka M, Tsubota T. 2023. Behavior classification model of brown bear using 3-axis accelerometer and camera mounted Collar. The 13th International Mammalogical Congress.
…ほか
【教育実績】
1. 森林総合科学概論. 東京農業大学森林総合科学科. 2025-
2. 東京農業大学入門. 東京農業大学森林総合科学科. 2025-
3. 実験・調査計画法. 東京農業大学森林総合科学科. 2020-
4. Forest and Forestry. 東京農業大学英語専門. 2020-
5. 専攻実験・実習(一). 東京農業大学森林総合科学科. 2020-
6. 専攻実験・実習(二). 東京農業大学森林総合科学科. 2020-
7. 共通演習. 東京農業大学森林総合科学科. 2020-
8. 演習林実習(一). 東京農業大学森林総合科学科. 2020-
9. 演習林実習(二). 東京農業大学森林総合科学科. 2020-
10. フレッシュマンセミナー. 東京農業大学森林総合科学科. 2020-