Peer-reviewed papers (English) / 査読あり英文誌

1. Tokuoka Y, Katayama N, Okubo S. 2024. Japanese consumer's visual marketing preferences and willingness to pay for rice produced by biodiversity-friendly farming. Conservation Science and Practice e13091.

2. Katayama N, Fujita T, Ueta M, Morelli F & Amano T. 2023. Effects of human depopulation and warming climate on bird populations in Japan. Conservation Biology e14175.

3. Katayama N, Baba YG, Okubo S & Matsumoto H. 2023. Taxon-specific responses to landscape-scale and long-term implementation of environmentally friendly rice farming. Journal of Applied Ecology 60: 1399-1408.

4. Katayama N, Uchida H, Kusumoto Y & Iida T. 2022. Bird use of orchards and vineyards in Japan: mitigating a knowledge gap with a systematic review of published and grey literature. Ornithological Science 21: 93-114.

5. Sasaki H, Katayama N & Okubo S. 2021. Are agricultural support policies harmful to the environment? – Evidence from Japanese farm-level simulation. Agricultural and Resource Economics Review 50: 485-511.

6. Katayama N, Mashiko M, Koshida C & Yamaura Y. 2021. Effects of rice-field abandonment rates on bird communities in mixed farmland‒woodland landscapes in Japan. Agriculture, Ecosystems and Environment 319,107539.

7. Deguchi S, Katayama N, Tomioka Y & Miguchi H. 2020. Ponds support higher bird diversity than rice paddies in a hilly agricultural area in Japan. Biodiversity and Conservation. 29, 3265–3285.

8. Katayama N & Baba YG. 2020b. Measuring artistic inspiration drawn from ecosystems and biodiversity: a case study of old children’s songs in Japan. Ecosystem Services 43, 101116. [朝日新聞] [朝日小学生新聞]

9. Konno K, Akasaka M, Koshida C, Katayama N, Osada N, Spake R & Amano T. 2020. Ignoring non-English-language literature may bias ecological meta-analyses. Ecology and Evolution 10, 6373–6384.

10. Katayama N, Odaya Y, Amano T & Yoshida H. 2020a. Spatial and temporal associations between fallow fields and Greater Painted Snipe density in Japanese rice paddy landscapes. Agriculture, Ecosystems and Environment 295, 106892.

11. Katayama N, Osada Y, Mashiko M, Baba YG, Tanaka K, Kusumoto Y, Okubo S, Ikeda H & Natuhara Y. 2019b. Organic farming and associated management practices benefit multiple wildlife taxa: A large-scale field study in rice paddy landscapes. Journal of Applied Ecology 56, 1970-1981. [プレスリリース] [日本経済新聞]  [茨城新聞] [読売新聞] [農業協同組合新聞] [官庁通信社] [日本の研究.com] [つくばサイエンスニュース] [アグリの樹] [環境展望台] [日本農業新聞] [農業共済新聞] [化学工業日報]

12. Katayama N, Bouam I, Koshida C & Baba YG. 2019a. Biodiversity and yield under different land management regimes in orchard/vineyard landscapes: a meta-analysis. Biological Conservation 229, 125-133.

13. Koshida C & Katayama N. 2018. A meta-analysis of the effects of rice-field abandonment on biodiversity in Japan. Conservation Biology 32:1392-1402. [Fred Singer博士のブログ]

14. Stenert C, Mello I, Pires M, Knauth D, Katayama N & Maltchik L. 2018. Responses of macroinvertebrate communities to pesticide application in irrigated rice fields. Environmental Monitoring and Assessment 190:74.

15. Bouam I, Si Bachir A & Katayama N. 2017. Variation in bird assemblages along an agricultural intensification gradient: a case study of olive orchards in north-eastern Algeria. Ornithological Science 16: 147-157.

16. Baba YG, Katayama N & Tanikawa A. 2017. New records of the pirate spider Ero aphana (Araneae: Mimetidae) from Japan . Fauna Ryukyuana 34: 11-14.

17. Katayama N. 2016. Bird diversity and abundance in organic and conventional apple orchards in northern Japan. Scientific Reports 6: 34210.

18. Katayama N, Osawa T, Amano T & Kusumoto Y. 2015b. Are both agricultural intensification and farmland abandonment threats to biodiversity? A test with bird communities in paddy-dominated landscapes. Agriculture, Ecosystems and Environment 214: 21-30. [主要成果情報] [Science]

19. Naoe S, Katayama N, Amano T, Akasaka M, Yamakita T, Ueta M, Matsuba M & Miyashita T. 2015. Identifying priority areas for national-level conservation to achieve Aichi Target 11: a case study of using terrestrial birds breeding in Japan. Journal for Nature Conservation 24: 101-108.

20. Katayama N, Baba YG, Kusumoto Y & Tanaka K. 2015a. A review of post-war changes in rice farming and biodiversity in Japan. Agricultural Systems 132: 73-84.

21. Katayama N, Amano T, Naoe S, Yamakita T, Komatsu I, Takagawa S, Sato N, Ueta M & Miyashita T. 2014. Landscape heterogeneity-biodiversity relationship: effect of range size. PLoS ONE 9: e93359.

22. Katayama N, Goto T, Narushima F, Amano T, Kobori H & Miyashita T. 2013. Indirect positive effects of agricultural modernization on the abundance of Japanese tree frog tadpoles in rice fields through the release from predators. Aquatic Ecology 47: 225-234.

23. Katayama N, Amano T, Fujita G & Higuchi H. 2012. Spatial overlap between the intermediate egret Egretta intermedia and aquatic prey at two spatiotemporal scales in a rice landscape. Zoological Studies 51: 1105-1112.

24. Katayama N, Saitoh D, Amano T & Miyashita T. 2011. Effects of modern drainage systems on the spatial distribution of loach in rice ecosystems. Aquatic Conservation: Marine and Freshwater Ecosystems 21: 146-154.

25. Katayama N, Amano T & Ohori S. 2010. The effects of gravel bar construction on breeding Long-billed Plovers. Waterbirds 33: 162-168.

26. Amano T & Katayama N. 2009. Hierarchical movement decisions in predators: the influence of foraging experience at more than one spatial and temporal scale. Ecology 90: 3536-3545.

Peer-reviewed papers (Japanese) / 査読あり和文誌

1. 片山 直樹, 熊田那央, 田和康太. 2021. 鳥類の生息地としての水田生態系とその保全. 応用生態工学会誌 24: 127-138.

2. 夏原由博, 中西康介, 藤岡康弘, 山本充孝, 金尾滋史, 天野一葉, 李美花, 片山直樹 . 2020. 滋賀県および愛知県の環境保全型稲作の生物多様性保全効果. 日本生態学会誌 70: 231-242.

3. 片山 直樹, 馬場 友希, 大久保悟. 2020. 水田の生物多様性に配慮した農法の保全効果：これまでの成果と将来の課題. 日本生態学会誌 70: 201-215.

4. 片山 直樹, 村山恒也, 益子美由希. 2015. 水田の有機農法がサギ類の採食効率および個体数に与える影響. 日本鳥学会誌 64: 183-193. 

Book chapters / 著書

1. 片山 直樹. 水鳥の目を通して見る田んぼ. (編) 夏原由博. にぎやかな田んぼ p110-117. 京都通信社.

Reports / 報告書

1. 研究開発戦略センター. 2021. 研究開発の俯瞰報告書 環境・エネルギー分野（2021年）. (作成協力) 

2. 農林水産省農林水産技術会議事務局. 2019. 平成２９年度 委託プロジェクト研究「収益力向上のための研究開発」 (生物多様性を活用した安定的農業生産技術の開発)最終年度報告書. (分担執筆)

3. 農研機構・農業環境変動研究センター. 2018. 鳥類に優しい水田がわかる生物多様性の調査・評価マニュアル (分担執筆)

4. Faridah-Hanum et al. Chapter 3: Status, trends and future dynamics of biodiversity and ecosystems underpinning nature’s contributions to people. In IPBES. 2018. The IPBES regional assessment report on biodiversity and ecosystem services for Asia and the Pacific. (As a contributing author)

Others / その他

1. 片山直樹. 2020. なぜ里山から生き物が減っているのか？～里山荒廃の理由. 自然保護  574.

2. 馬場友希・片山直樹. 2017. 沖縄島で採集されたクモ. Kishidaia 110: 29-30.

3. 片山直樹・直江将司. 2016. 鳥類群集解析から見えてくるもの. 全国鳥類繁殖分布調査ニュースレター 第6号. バードリサーチら. p7-8.

4. 片山直樹. 2014. 鳥類の種組成と調査サイト周辺の景観構造の関係. モニタリングサイト1000里地調査第２期とりまとめ報告書. 環境省自然環境局生物多様性センター. p16-17.

5. 片山直樹. 2014. 鳥類の種数・個体数と景観構造との関係. モニタリングサイト1000里地調査ニュースレター. 環境省自然環境局生物多様性センター. No.14, p6.

6. 片山直樹. 2014. 景観構造と生物多様性の関係を理解する. モニタリングサイト1000陸生鳥類調査情報. 環境省自然環境局生物多様性センター. Vol6, No.1, p5.

7. 片山直樹. 2014. 水田の圃場整備が両生類，魚類およびシラサギ類に与える影響. 農業および園芸. (株) 養賢堂 89(3): 340-344.