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菊地 一輝 様の 共著関連データベース

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+(A list of literatures under single or joint authorship with "菊地 一輝")

共著回数と共著者名 (a list of the joint author(s))

    23: 菊地 一輝

    12: 成瀬 元

    8: 小竹 信宏

    2: 相田 吉昭, 菊川 照英

    1: 仲村 康秀, 古川 登

発行年とタイトル (Title and year of the issue(s))

    2012: 徳島県北部島田島に分布する和泉層群板東谷層の地質と堆積環境(R5 P 17) [Net] [Bib] [Doi]
    Geology and sedimentary environment of the uppermost Cretaceous Izumi group in Shimada jima island, the northern part of Tokushima, southwest Japan (R5 P 17) [Net] [Bib] [Doi]

    2013: 徳島県北部島田島に分布する和泉層群板東谷層の地質と生痕化石Archaeozosteraの産出層準の堆積環境 [Net] [Bib] [Doi]
    Geology and depositional environments of the Archaeozostera bearing interval in the Bandodani Formation of the Upper Cretaceous Izumi Group of the Shimada jima Island, northern part of Tokushima, southwest Japan [Net] [Bib] [Doi]

    2013: 徳島県鳴門市瀬戸町・鳴門町地域に分布する上部白亜系和泉層群板東谷層の堆積環境 [Net] [Bib]
    Depositional environments of the Bandodani Formation of the Upper Cretaceous Izumi Group in Seto and Naruto area, northern part of Tokushima, southwest Japan [Net] [Bib]

    2013: 徳島県鳴門市瀬戸町・鳴門町地域に分布する上部白亜系和泉層群板東谷層の堆積環境 [Net] [Bib]
    Depositional environments of the Bandodani Formation of the Upper Cretaceous Izumi Group in Seto and Naruto area, northern part of Tokushima, southwest Japan [Net] [Bib]

    2015: なぜ多様性が低い海洋底生動物群集ができるのか？ 生痕化石研究からのアプローチ [Net] [Bib]

    2015: 生痕化石Schaubcylindrichnus coronus Frey and Howard, 1981のチューブ構成粒子の起源と形成メカニズム(R15 O 5) [Net] [Bib] [Doi]
    Source materials and construction mechanism for tubes of trace fossil Schaubcylindrichnus coronus Frey and Howard, 1981 (R15 O 5) [Net] [Bib] [Doi]

    2016: 異なる有機物供給条件下での深海底生動物群集の変化 生痕化石研究からのアプローチ (P24) [Net] [Bib]
    Structual variation of deep sea benthic community under different conditions of organic matter input: an approach from ichnological investigation (P24) [Net] [Bib]

    2016: 露頭面積バイアスを補正した生痕多様性評価方法とその応用 日南層群猪崎オリストリスの生痕多様性の層位変化 (R15 P 11) [Net] [Bib] [Doi]
    Evaluation of ichnodiversity independence of outcrop exposure bias and its application: Stratigraphic change of ichnodiversity in the Izaki Olistolith of the Oligocene Nichinan Group (R15 P 11) [Net] [Bib] [Doi]

    2017: Evaluation of ichnodiversity by image resampling method to correct outcrop exposure bias (HCG30 P05) [Net] [Bib]

    2017: 生痕多様性に影響する露頭面積バイアスの補正方法 堆積環境変化に伴う生痕多様性変動の検討 (T6 O 1) [Net] [Bib] [Doi]
    Correction method for effect of the outcrop exposure bias on ichnodiversity: fluctuation of ichnodiversity associated with sedimentary environmental change (T6 O 1) [Net] [Bib] [Doi]

    2017: 露頭画像のリサンプリングを用いた生痕多様性評価方法(A21) [Net] [Bib]
    Evaluation of ichnodiversity with outcrop image resampling (A21) [Net] [Bib]

    2018: 上部白亜系蝦夷層群三笠層の浅海堆積物から産出した生痕化石Paleodictyon(A22) [Net] [Bib]
    The trace fossil Paleodictyon from the shallow marine deposit in the Upper Cretaceous Mikasa Formation of the Yezo Group (A22) [Net] [Bib]

    2018: 生痕多様性および生痕異質性にもとづいた海底チャネル―レビー複合体の生痕化石相の特徴化 漸新統日南層群猪崎オリストリスの例 (R11 P 14) [Net] [Bib] [Doi]
    Characterization of ichnofacies in submarine channel levee complex based on ichnodiversity and ichnodisparity: An example of the Oligocene Izaki Olistolith, Nchinan Group, southwest Japan (R11 P 14) [Net] [Bib] [Doi]

    2019: 露頭⾯積の違いが⽣物攪拌強度に与える影響 [Net] [Bib]
    Effect of outcrop exposure bias on bioturbation intensity [Net] [Bib]

    2019: ３次元流体シミュレーションを用いた生痕化石Paleodictyon形成者の生態復元(R16 O 7) [Net] [Bib] [Doi]
    Paleoecological reconstruction of Paleodictyon producer: an approach from fluid simulation (R16 O 7) [Net] [Bib] [Doi]

    2021: Ichnodiversity in the Upper Cretaceous submarine channel levee deposits: examples from the northern and southwest Japan (HCG28 05) [Net] [Bib]

    2021: セマンティックセグメンテーションを用いたコア画像からの生痕化石の抽出 [Net] [Bib]
    Extraction of trace fossils from core images by semantic segmentation [Net] [Bib]

    2021: 生痕化石中に保存された珪質微化石とその産状：種子島熊毛層群西之表層産Tasselia ordamensisの例 [Net] [Bib] [Doi]
    Mode of Occurrence of siliceous microfossil assemblages from infill of trace fossils: an example of the ichnofossil Tasselia ordamensis from the Oligocene Nishinoomote Formation of the Kumage Group on the Tanegashima Island, Kagoshima, SW Japan [Net] [Bib] [Doi]

    2022: コア画像の解析に基づいた海底扇状地システムの発達に伴う生痕化石Phycosiphonの密度の長期変動 [Net] [Bib] [Doi]
    Long term variation in density of trace fossil Phycosiphon associated with development of the submarine fan system based on analysis of core images [Net] [Bib] [Doi]

    2022: 紀伊半島南西部に分布する始新統音無川層群の堆積環境と生痕化石群集 [Net] [Bib]
    Depositional environment and ichnoassemblages of the Eocene Otonashigawa Group in the southwestern part of the Kii Peninsula, southwest Japan [Net] [Bib]

    2023: Architecture of the convolutional neural network suitable for the automatic identification of trace fossils to evaluate bioturbation intensity (HCG22 P04) [Net] [Bib]

    2023: 畳み込みニューラルネットワークを用いて海底掘削コア断面画像から生物撹拌強度と生痕多様性を自動推定する試み [Net] [Bib] [Doi]
    An attempt for automated estimation of bioturbation intensity and ichnodiversity from the core section images by application of the convolutional neural networks [Net] [Bib] [Doi]

    2024: Well preserved radiolarian fossils within trace fossils from Miocene and Oligocene deep sea sedimentary rocks in Japan (BCG05 P08) [Net] [Bib]

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