やったこと：2026/1

やったこと

やったこと

論文

  1. Kohda, Masanori. “The Evolutionary Origin of Self-Awareness in Vertebrates: The “Self-Awareness Homology Hypothesis”.” Philosophia (2025): 1-8. [Link]1/1
  2. Kohda, Masanori, Shumpei Sogawa, and Will Sowersby. “The ability of teleost fishes to recognize individual faces suggests an early evolutionary origin in vertebrates.” Frontiers in Psychology 15 (2024): 1497386.[Link]1/2
  3. Dunkley, Katie, et al. “Individual identification of bony fishes using unique body markings: Implications and applications.” Journal of Fish Biology (2025).[Link]1/2
  4. Jordan, Alex, et al. “Societies of the shell-dwelling cichlid Neolamprologus multifasciatus.” Animal Behaviour 231 (2026): 123407.[Link]1/3
  5. Ozkan, Kerstin, Jordan M. Langley, and Clinton D. Francis. “Experimental exposure of indirect light at night alters western bluebird parent activity and nestling development.” Animal Behaviour 231 (2026): 123419.[Link]1/4
  6. Ramellini, Samuele, et al. “Non‐breeding social behaviour as an investment in reducing future territoriality costs.” Biological Reviews 100.6 (2025): 2726-2737.[Link]1/7
  7. Madhavan, Malavika, and Pavel Linhart. “Vocal individuality in owls: a taxon-wide review in the context of Tinbergen’s four questions.” Journal of Ornithology 166.2 (2025): 307-319.[Link]1/8
  8. Werba, Jo A., et al. “Stranger danger: A meta-analysis of the dear enemy hypothesis.” Behavioural Processes 194 (2022): 104542.[Link]1/8
  9. Tomihara, Soma, et al. “Sexual receptivity increases in synchrony with the ovulatory cycle in female medaka.” Journal of Neuroendocrinology 38.1 (2026): e70119.[Link]1/9
  10. Zhu, Boshan, et al. “When neighbors become family: the dear-enemy effect of swimming crab and the verification of the formation hypothesis.” Behavioral Ecology and Sociobiology 78.4 (2024): 49.[Link]1/10
  11. Maya Lastra, Natalia, et al. ““Dear enemies”,“nasty neighbors”, and the strength in numbers: Exploring the behavioral and hormonal responses of mantled howler monkey males to simulated intruder loud calls.” American Journal of Primatology 87.4 (2025): e70032.[Link]1/10
  12. Kudo, Haruka, and Chiaki I. Yasuda. “Aggression, but not familiar recognition, occurs during cohabitation in females of a hermit crab.” Ethology 131.11 (2025): 205-211.[Link]1/10
  13. Kohda, Masanori, et al. “Facial recognition in a group-living cichlid fish.” PLoS One 10.11 (2015): e0142552.[Link]1/10
  14. Satoh, Shun, Hirokazu Tanaka, and Masanori Kohda. “Facial recognition in a discus fish (Cichlidae): experimental approach using digital models.” PloS one 11.5 (2016): e0154543.[Link]1/10
  15. Wasserman, Edward A. “Face facts: Even nonhuman animals discriminate human faces.” Learning & behavior 44.4 (2016): 307-308.[Link]1/11
  16. Hotta, Takashi, et al. “Face recognition in the Tanganyikan cichlid Julidochromis transcriptus.” Animal Behaviour 127 (2017): 1-5.[Link]1/11
  17. Hotta, Takashi, et al. “Fish focus primarily on the faces of other fish.” Scientific reports 9.1 (2019): 8377.[Link]1/11
  18. Kawasaka, Kento, Takashi Hotta, and Masanori Kohda. “Does a cichlid fish process face holistically? Evidence of the face inversion effect.” Animal Cognition 22.2 (2019): 153-162.[Link]1/11
  19. Sogawa, Shumpei, et al. “Male guppies recognize familiar conspecific males by their face.” Zoological science 40.2 (2023): 168-174.[Link]1/11
  20. Three-spined sticklebacks recognize familiar individuals by facial recognition[Link]1/11
  21. Kobayashi, Taiga, et al. “Cleaner fish with mirror self-recognition capacity precisely realize their body size based on their mental image.” Scientific Reports 14.1 (2024): 20202.[Link]1/11
  22. Coss, Richard G., and Carol Lee Tyler. “African jewel fish (Hemichromis bimaculatus) distinguish individual faces based on their unique iridophore patterns.” Animal Cognition 26.4 (2023): 1411-1421.[Link]1/11
  23. Wang, Mu-Yun, and Hideaki Takeuchi. “Individual recognition and the ‘face inversion effect’in medaka fish (Oryzias latipes).” Elife 6 (2017): e24728.[Link]1/11
  24. Kang, Ik Joon, et al. “Sound production in Japanese medaka (Oryzias latipes) and its alteration by exposure to aldicarb and copper sulfate.” Chemosphere 181 (2017): 530-535.[Link]1/12
  25. Zhuo, Mengcheng, et al. “Time-series variation in the locomotor behavior and vocal traits of Japanese medaka (Oryzias latipes) acutely exposed to organophosphorus pesticide chlorpyrifos.” Comparative Biochemistry and Physiology Part C: Toxicology & Pharmacology 283 (2024): 109954.[Link]1/12
  26. Greenhalgh, Jack A., et al. “The role of freshwater bioacoustics in ecological research.” Wiley Interdisciplinary Reviews: Water 7.3 (2020): e1416.[Link]1/13
  27. Muñoz-Duque, Sebastián, et al. “Bioacoustic characterization of mating calls of a freshwater fish (Prochilodus magdalenae) for passive acoustic monitoring.” Biota colombiana 22.1 (2021): 108-121.[Link]1/13
  28. Cohen, Rebecca, et al. “Sounds of Atlantic sturgeon spawning: first description and opportunities for riverine endangered species conservation with passive acoustic monitoring.” Endangered Species Research 58 (2025): 1-14.[Link]1/13
  29. Parsons, Miles JG, et al. “Sounding the call for a global library of underwater biological sounds.” Frontiers in Ecology and Evolution 10 (2022): 810156.[Link]1/13
  30. Nakahata, Ryohei, and Hideaki Takeuchi. “Social familiarity shapes collective decision-making in response to looming stimuli in Medaka fish.” Scientific Reports 15.1 (2025): 43650.[Link]1/13
  31. Robinson, Trent. “Recognition of Individual Conspecifics: Evidence From a 3‐Chambered Test With Ghost Crab (Ocypode quadrata).” Ethology (2025).[Link]1/14
  32. Sogabe, Atsushi. “Partner recognition in a perennially monogamous pipefish, Corythoichthys haematopterus.” Journal of Ethology 29.1 (2011): 191-196.[Link]1/15
  33. Siebeck, Ulrike E., et al. “A species of reef fish that uses ultraviolet patterns for covert face recognition.” Current Biology 20.5 (2010): 407-410.[Link]1/15
  34. Yorzinski, Jessica L. “The cognitive basis of individual recognition.” Current Opinion in Behavioral Sciences 16 (2017): 53-57.[Link]1/15
  35. von Schmalensee, Menja, et al. “Frenemies in Fur: neighbour–stranger discrimination and the ‘dear enemy’effect in mammals, and how it relates to sociality.” Animal Behaviour (2025): 123162.[Link]1/18
  36. Parsons, Miles JG, et al. “Sounding the call for a global library of underwater biological sounds.” Frontiers in Ecology and Evolution 10 (2022): 810156.[Link]1/19
  37. Cohen, Rebecca, et al. “Sounds of Atlantic sturgeon spawning: first description and opportunities for riverine endangered species conservation with passive acoustic monitoring.” Endangered Species Research 58 (2025): 1-14.[Link]1/19
  38. Amorim, M. Clara P., Raquel O. Vasconcelos, and Paulo J. Fonseca. “Fish sounds and mate choice.” Sound communication in fishes. Vienna: Springer Vienna, 2015. 1-33.[Link]1/20
  39. Bass, Andrew H., Boris P. Chagnaud, and Ni Y. Feng. “Comparative neurobiology of sound production in fishes.” Sound communication in fishes. Vienna: Springer Vienna, 2015. 35-75.[Link]1/20
  40. Fine, Michael L., and Eric Parmentier. “Mechanisms of fish sound production.” Sound communication in fishes. Vienna: Springer Vienna, 2015. 77-126.[Link]1/20
  41. Ladich, Friedrich. “Ontogenetic development of sound communication in fishes.” Sound communication in fishes. Vienna: Springer Vienna, 2015. 127-148.[Link]1/20
  42. Ladich, Friedrich. “Acoustic signalling in female fish.” Sound communication in fishes. Vienna: Springer Vienna, 2015. 149-173.[Link]1/20
  43. Lugli, Marco. “Habitat acoustics and the low-frequency communication of shallow water fishes.” Sound Communication in Fishes. Vienna: Springer Vienna, 2015. 175-206.[Link]1/20
  44. Maruska, Karen P., and Joseph A. Sisneros. “Sex steroid-dependent modulation of acoustic communication systems in fishes.” Sound communication in fishes. Vienna: Springer Vienna, 2015. 207-233. [Link]1/20
  45. Kang, Ik Joon, et al. “Sound production in Japanese medaka (Oryzias latipes) and its alteration by exposure to aldicarb and copper sulfate.” Chemosphere 181 (2017): 530-535. [Link]1/21
  46. Zhuo, Mengcheng, et al. “Time-series variation in the locomotor behavior and vocal traits of Japanese medaka (Oryzias latipes) acutely exposed to organophosphorus pesticide chlorpyrifos.” Comparative Biochemistry and Physiology Part C: Toxicology & Pharmacology 283 (2024): 109954.[Link]1/21
  47. Amorim, M. “The role of acoustic signals in fish reproduction.” The Journal of the Acoustical Society of America 154.5 (2023): 2959-2973.[Link]1/21
  48. Vasconcelos, Raquel O., et al. “Characterization of the vocal behavior of the miniature and transparent fish model, Danionella cerebrum.” The Journal of the Acoustical Society of America 155.1 (2024): 781-789.[Link]1/21
  49. Maruska, Karen P., Uyhun S. Ung, and Russell D. Fernald. “The African cichlid fish Astatotilapia burtoni uses acoustic communication for reproduction: sound production, hearing, and behavioral significance.” PloS one 7.5 (2012): e37612.[Link]1/21
  50. Ladich, Friedrich. “Ecology of sound communication in fishes.” Fish and fisheries 20.3 (2019): 552-563.[Link]1/21
  51. Putland, Rosalyn L., John C. Montgomery, and Craig A. Radford. “Ecology of fish hearing.” Journal of Fish Biology 95.1 (2019): 39-52.[Link]1/21
  52. Bass, Andrew H., and Friedrich Ladich. “Vocal–acoustic communication: From neurons to behavior.” Fish Bioacoustics: With 81 Illustrations. New York, NY: Springer New York, 2008. 253-278.[Link]1/21
  53. De Jong, Karen, et al. “Noise affects multimodal communication during courtship in a marine fish.” Frontiers in Ecology and Evolution 6 (2018): 113.[Link]1/21
  54. Cogliati, Karen M., Bryan D. Neff, and Sigal Balshine. “High degree of paternity loss in a species with alternative reproductive tactics.” Behavioral Ecology and Sociobiology 67.3 (2013): 399-408.[Link]1/22
  55. Mascolino, S., et al. “The ART of mating: alternative reproductive tactics and mating success in a nest‐guarding fish.” Journal of Fish Biology 89.6 (2016): 2643-2657.[Link]1/22
  56. Bose, Aneesh PH, et al. “Brood‐tending males in a biparental fish suffer high paternity losses but rarely cuckold.” Molecular Ecology 27.21 (2018): 4309-4321.[Link]1/22
  57. Zimmermann, Holger, et al. “Seasonal variation in cuckoldry rates in the socially monogamous cichlid fish Variabilichromis moorii.” Hydrobiologia 850.10 (2023): 2371-2383.[Link]1/22
  58. Weir, Laura K. “Male–male competition and alternative male mating tactics influence female behavior and fertility in Japanese medaka (Oryzias latipes).” Behavioral Ecology and Sociobiology 67.2 (2013): 193-203.[Link]1/23
  59. Koya, Yasunori, et al. “Two patterns of parasitic male mating behaviors and their reproductive success in Japanese medaka, Oryzias latipes.” Zoological science 30.2 (2013): 76-82.[Link]1/23
  60. Mamun, M. S. A., et al. “Genetic diversity of medaka (Oryzias latipes) in paddy field water channels-a case study using microsatellite markers in Wanouchi Town, Gifu Prefecture.” 農業農村工学会論文集 83.3 (2015): I_99-I_106.[Link]1/23
  61. Howard, Richard D., J. Andrew DeWoody, and William M. Muir. “Transgenic male mating advantage provides opportunity for Trojan gene effect in a fish.” Proceedings of the National Academy of Sciences 101.9 (2004): 2934-2938.[Link]1/23
  62. Grant, James WA, Michael J. Bryant, and Catherine E. Soos. “Operational sex ratio, mediated by synchrony of female arrival, alters the variance of male mating success in Japanese medaka.” Animal Behaviour 49.2 (1995): 367-375.[Link]1/23
  63. Fujimoto, Shingo, et al. “Shorter Recruitment Periods and Higher Fecundity in High‐Latitude Populations of the Oryzias latipes Species Complex.” Population Ecology 68.1 (2026): e70012.[Link]1/24
  64. Simmons, Leigh W. “Thirty Years of the Biology of Spermatozoa: The Rise and Future of an Evolutionary Paradigm.” Ecology and Evolution 16.1 (2026): e72985.[Link]1/27
  65. Nobuo, Egami, Terao Osamu, and Iwao Yasuhiro. “The life span of wild populations of the fish Oryzias latipes under natural conditions.” Zoological science 5.5 (1988): 1149-1152.[Link]1/27
  66. 淡路雅彦, and 羽生功. “Studies on the reproductive rhythms of fishes. XIX Annual reproductive cycle of the wild type medaka.” 日本水産学会誌 53.6 (1987): 959-965.[Link]1/27
  67. Awaji, M., and I. Hanyu. “Temperature-photoperiod conditions necessary to begin the spawning season in wild type medaka.” 日本水産学会誌 55.4 (1989): 747.[Link]1/27
  68. Hemmer-Brepson, C., et al. “Non-stressful temperature effect on oxidative balance and life history traits in adult fish (Oryzias latipes).” Journal of Experimental Biology 217.2 (2014): 274-282.[Link]1/27
  69. Awaji, Masahiko, and Isao Hanyu. “Seasonal changes in ovarian response to photoperiods in orange-red type medaka.” Zoological science 6.5 (1989): p943-950.[Link]1/27
  70. West, Stuart A., et al. “Behavioural ecology in the twenty-first century.” Nature Ecology & Evolution (2025): 1-13.[Link]1/28

本

研究関連

  1. AIによる動物行動解析〜動画から動物の心と体[Link]1/2
  2. ソロモンの指環―動物行動学入門[Link]1/5
  3. オールコック・ルーベンスタイン 動物行動学 原書11版[Link]1/10
  4. なぜあなたの研究は進まないのか?[Link]1/10
  5. 生き物をめぐる4つの「なぜ」[Link]1/11
  6. なぜあなたは論文が書けないのか?[Link]1/12
  7. 動物行動の観察入門-計画から解析まで[Link]1/12
  8. デイビス・クレブス・ウェスト 行動生態学 原著第4版[Link]1/16
  9. 研究の育て方: ゴールとプロセスの「見える化」[Link]1/18
  10. ゲーム感覚で身につく論文執筆[Link]1/18
  11. 魚類生態学の基礎[Link]1/19
  12. 交尾行動の新しい理解-理論と実証[Link]1/23
  13. 生態学者が書いたDNAの本[Link]1/26
  14. 魚類構想生態学入門[Link]1/28
  15. 魚類の社会行動 1[Link]1/29
  16. 魚類の社会行動 2[Link]1/29
  17. 魚類の社会行動 3[Link]1/30

研究以外

  1. イシューからはじめよ――知的生産の「シンプルな本質」[Link]1/1
  2. 超雑談力 人づきあいがラクになる 誰とでも信頼関係が築ける[Link]1/2
  3. 夢をかなえるゾウ１[Link]1/2
  4. LOVE理論[Link]1/2
  5. マンガでわかる言語化力の鍛え方: 言葉にできない自分が伝える力を手に入れるまで[Link]1/2
  6. 思考の整理学[Link]1/3
  7. 人は聞き方が９割[Link]1/3
  8. 億までの人　億からの人　ゴールドマン・サックス勤続１７年の投資家が明かす「兆人」のマインド[Link]1/4
  9. 世界の一流は「雑談」で何を話しているのか[Link]1/4
  10. すごい習慣大百科 人生が変わるテクニック112個集めました[Link]1/4
  11. 覚悟の磨き方 超訳 吉田松陰[Link]1/5
  12. お金持ちになれる黄金の羽根の拾い方[Link]1/5
  13. あした死ぬかもよ？ 人生最後の日に笑って死ねる27の質問[Link]1/6
  14. コンサル一年目が学ぶこと[Link]1/7
  15. GRATITUDE 毎日を好転させる感謝の習慣[Link]1/7
  16. ｢1日30分｣を続けなさい！[Link]1/9
  17. 30代を無駄に生きるな[Link]1/10
  18. 人望が集まる人の考え方[Link]1/10
  19. あなたが執着を手放して「幸せ」になる本[Link]1/11
  20. 仕事が速いのにミスしない人は、何をしているのか？[Link]1/12
  21. 考えすぎない練習[Link]1/13
  22. ぜんぶ、すてれば[Link]1/13
  23. 30代にしておきたい17のこと[Link]1/13
  24. 仕事も人間関係もうまくいく放っておく力[Link]1/14
  25. あなたはあなたが使っている言葉でできている[Link]1/14
  26. 多動力[Link]1/19
  27. 朝イチの「ひとり時間」が人生を変える[Link]1/21
  28. AI分析でわかった トップ5％社員の習慣 トップ5%シリーズ[Link]1/22
  29. 世界一やさしいやりたいことの見つけ方[Link]1/23
  30. 生き方[Link]1/24
  31. 読書する人だけがたどり着ける場所[Link]1/25
  32. 生成AIで世界はこう変わる[Link]1/25
  33. 「後回し」にしない技術[Link]1/25
  34. ビジネス書ベストセラーを１００冊読んで分かった成功の黄金律[Link]1/26
  35. いくつになっても恥をかける人になる[Link]1/26
  36. 無（最高の状態）[Link]1/26
  37. 一度しかない人生を最高の人生にする方法[Link]1/26
  38. 「40歳の壁」をスルッと越える人生戦略[Link]1/26
  39. エッセンシャル思考[Link]1/26
  40. 経済評論家の父から息子への手紙[Link]1/27
  41. チーズはどこへ消えた?[Link]1/30
  42. 持たない生き方[Link]1/31
  43. FACTFULNESS 10の思い込みを乗り越え、データを基に世界を正しく見る習慣[Link]1/31

映像作品

  1. 青春ブタ野郎はバニーガール先輩の夢を見ない[Link]1/5
  2. 青春ブタ野郎はバニーガール先輩の夢を見ない[Link]1/6
  3. 青春ブタ野郎はおでかけシスターの夢を見ない[Link]1/7
  4. 青春ブタ野郎はランドセルガールの夢を見ない[Link]1/8
  5. ひゃくえむ。[Link]1/8
  6. 葬送のフリーレン[Link]1/17
  7. 青春ブタ野郎はディアフレンドの夢を見ない[Link]1/22

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