Rchr
J-GLOBAL ID：201701007695292908   Update date: Sep. 30, 2022

Sonoda Takeshi

Sonoda Takeshi
Papers (38)：
  • Retsushi Matsuda, Takeshi Sonoda, Koji Seto, Kota Katsuki. Changes in environment and aquatic organisms over the last 75 years in Lake Shibunotsunai and Lake Mokoto, two fishing grounds of brackish water clam on the coast of the Sea of Okhotsk. Laguna. 2022. 29. 35-56
  • Ko Tomikawa, Takeshi Sonoda. First record of Abludomelita klitinii (Amphipoda,Melitidae) from Japan. Crustaceana. 2022. 95. 1. 79-87
  • Retsushi Matsuda, Takeshi Sonoda. Heavy Metal Tolerance of Brackish Water Bivalve, Corbicula japonica. Journal of agriculture science, Tokyo University of Agriculture. 2021. 66. 3. 58-64
  • Retsushi Matsuda, Takeshi Sonoda. Tolerance of Brackish Water Bivalve, Corbicula japonica, to Nitrate and Nitrite. Journal of agriculture science, Tokyo University of Agriculture. 2021. 66. 3. 51-57
  • Katsuaki Komai, Kento Shinohara, Ysuke Uchida, Takeshi Sonoda, Retsushi Matsuda. Stability of brackish environment and impact assessment to hydraulic condition in lagoon at coast of the Sea of Okhotsk. Journal of Japan Society of Civil Engineers, Ser. B3 (Ocean Engineering). 2021. 77. 2. I_595-I_600
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MISC (62)：
  • Takeshi Sonoda, Keisuke Nakashima, Misaki Kakazu, Kazushi Kimura. Scientific report of the brackish water clam Corbicula japonica in the Lake Oikamanai, 2021. Report of the scientific research of the Laboratory of Fisheries Biology, TUA. 2022. 1-8
  • Takeshi Sonoda. Historical environmental changes of Abashiri River basin indicated by the organisms inhabited in Lake Abashiri. Report of the River Fund Research Project by River Foundation. 2022. 1-35
  • Saiko Shiraki, Sawahiko Shimada, Takeshi Sonoda, Yasuto Nishino, Kazutaka Tateyama, Takayuki Shiraiwa. Study for conservation of Japan-Russia land-sea ecosystem by habitat conditions of sea eagles, 2020. Bulletin of NODAI Research Institute, Tokyo University of Agriculture. 2021. 32. 34-126
  • Takeshi Sonoda, Retsushi Matsuda, Hyuga Sugiyama. Environmental monitoring of Lake Tofutsu and tolerance of brackish water clam, Corbicula japonica, to nitrite and nitrate. Annual report of Abashiri cold region farm, Faculty of Bioindustry, Tokyo University of Agriculture. 2021. 24. 36-42
  • 園田 武, 松田烈至, 御立田有史, 瀬戸浩二, 駒井克昭. 令和2(2020)年度 網走湾環境モニタリング調査結果報告書. 東京農業大学生物産業学部水産増殖学研究室 学術調査報告. 2021. 1-22
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Books (11)：
  • Chapter 9 Ecology of Brackish Water. In: Matsubara, H. & Shiomoto, A. (Eds.) "General features of the Aquatic Biology in Okhotsk Sea Region"
    Seibutsukenkyusha 2016
  • Contribution to utilization of tidalflat that was restored in Moune Bay, Miyagi Prefecture, Japan, after the Great East Japan Earthquake. In: Monma, T., Goto, I., Hayashi, T., Tachiya, H., Ohsawa, K. (Eds.) “Agricultural and Forestry Reconstruction After the Great East Japan Earthquake
    Springer 2015
  • Contribution to utilization of tidalflat that was restored in Moune Bay, Miyagi Prefecture, Japan, after the Great East Japan Earthquake. In: Monma, T., Goto, I., Hayashi, T., Tachiya, H., Ohsawa, K. (Eds.) “Agricultural and Forestry Reconstruction After
    Springer 2015
  • 網走の沿岸海跡湖と河川流域環境(単著):渡部俊弘・黒瀧秀久(監修)生物産業学のフロンティア フィールド研究と地域連携 p.95
    三共出版 2015
  • 震災により創出された干潟利用の模索(共著):東京農業大学・相馬市(編)東日本大震災からの真の農業復興への挑戦
    ぎょうせい 2014 ISBN:9784324097670
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Lectures and oral presentations  (145)：
  • Environmental changes in Abashiri River basin indicated by diatom assemblage in sediment of Lake Abashiri
    (Annual meeting of River Foundation supported studies 2022)
  • Effects of predators to the brackish water clam, Corbicula japonica, in lakes and rivers around Abashiri
    (The 12th meeting of investigative committee of Corbicula japonica resources in Lake Abashiri 2022)
  • Reproduction of brackish water clam, Corbicula japonica in Lake Abashiri, 2021
    (The 12th meeting of investigative committee of Corbicula japonica resources in Lake Abashiri 2022)
  • Characteristics of Basin-derived Substances in Geographically Distinct Fishing Ground of Brackish Water Clam
    (The 56th Annual Conference of JSWE in Toyama (Online) 2022)
  • Flow field and distribution of dissolved organic matter in a lagoon at the coast of the Sea of Okhotsk
    (2022)
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