Suenaga Yoshihiro

Researcher Information

Degree

• 1989 Master of Engineering 1993 Doctor of Engineering（Graduate School of Science and Technology, Nihon University）

J-Global ID

• 200901069168728407

Research Interests

• 水圏環境工学   水産工学   海洋工学   Ocean Engineering Fisheries Engineering Aquatic Environmental Engineering   

Research Areas

• Social infrastructure (civil Engineering, architecture, disaster prevention) / Civil engineering (environmental systems)
• Environmental science/Agricultural science / Environmental materials/recycling technology
• Environmental science/Agricultural science / Environmental load reduction/restoration technology

Academic & Professional Experience

• 2025/10 - Today  Kagawa UniversityVice President
• 2022/04 - Today  Graduate School of Kagawa UniversityScience for Creative EmergenceProfessor
• 2019/10 - Today  Kagawa UniversityFaculty of Engineering and DesignDean
• 2019/04 - Today  Kagawa UniversityGraduate School of EngineeringDean
• 2018/04 - Today  Kagawa UniversityFaculty of Engineering and DesignProfessor
• 2016/04 - Today  Kagawa UniversityInstitute of Education, Research, and Regional Cooperation for Crisis Management ShikokuProfessor
• 2018/04 - 2019/10  Kagawa UniversityGraduate School of Engineering専攻長
• 2018/04 - 2019/09  Kagawa UniversityFaculty of Engineering and Design領域長
• 2018/04 - 2019/09  Kagawa UniversityFaculty of Engineering and DesignVice Dean
• 2009/04 - 2018/03  Kagawa UniversityFaculty of EngineeringProfessor
• 2007/04 - 2009/03  Kagawa UniversityFaculty of EngineeringAssociate Professor
• 2000/04 - 2007/03  Kagawa UniversityFaculty of EngineeringAssociate Professor
• 1997/10 - 2000/03  Kagawa UniversityFaculty of EngineeringResearch Assistant
• 1996/04 - 1997/09  Kagawa UniversityFaculty of AgricultureResearch Assistant
• 1993/04 - 1996/03  Kuroshio Marine Tech., Co., LTD.技術部取締役

Education

• 1993/04 - 1996/03  The University of Tokyo  海洋研究所  資源環境部門
• 1990/04 - 1993/03  日本大学大学院  理工学研究科博士後期課程  海洋建築工学専攻
• 1989/04 - 1990/03  Nihon University  Graduate School of Science and Technology  Oceanic Architectural Engineering
• 1987/04 - 1989/03  日本大学大学院  理工学研究科博士前期課程  海洋建築工学専攻
•        - 1987/03  Nihon University  College of Science and Technology  Department of Oceanic Architecture and Engineering

Association Memberships

• 攪拌ブロック礁技術研究会   生態工学会   The Research Council of Techniques for the Creation of Fishery Grounds   日本沿岸域学会   PACON International   土木学会   水産海洋学会   日本水産工学会   日本建築学会   

Published Papers

• Convergence zones of coastal waters as hotspots for floating microplastic accumulation

  Masatoshi Nakakuni; Miharu Nishida; Ryosuke Nishibata; Koji Kishimoto; Hitomi Yamaguchi; Kazuhiko Ichimi; Masahide Ishizuka; Yoshihiro Suenaga; Kuninao Tada

  Marine Pollution Bulletin Elsevier BV 206 116691 - 116691 0025-326X 2024/09
• 香川方式施肥パイプによるノリ養殖漁場への新施肥技術

  MASASHI MIYAGAWA; SATORU MATSUOKA; MASATOSHI NAKAKUNI; YOSHIHIRO SUENAGA; KUNINAO TADA

  NIPPON SUISAN GAKKAISHI Japanese Society of Fisheries Science 89 (6) 537 - 545 0021-5392 2023/11
• RESEARCH ON IMPROVEMENT OF MARINE ENVIRONMENT USING ARTIFICIAL REEFS WITH A FUNCTION TO RESTORE FISHERIES RESOURCES PRODUCTIVITY AND AI

  Takafumi Yamamoto, Tetsuya Tamaki, Shinichiro Okazaki, Hidenori Yoshida, Yoshihiro Suenaga

  Journal of Recent Advances in Marine Science and Technology PACON International, Vol.15, No.1 PACON International 15 (1) 35 - 50 2023/07 [Refereed][Invited]
  
• RECYCLING OF FISHERY WASTE AS PLANTING BASE POROUS CONCRETE AIMED AT ACHIEVING CARBON NEUTRALITY

  Ayane Yanaka; Hidenori Yoshida; Shinichiro Okazaki; Yui Oyake; Yoshihiro Suenaga

  International Journal of GEOMATE International Journal of Geomate 24 (104) 85 - 92 2186-2982 2023/03 [Refereed]
  
• TECHNOLOGY FOR IMPROVING OCTOPUS RESOURCE PRODUCTIVITY USING ARTIFICIAL REEFS AND AI

  Takafumi Yamamoto; Yoshihiro Suenaga; Tetsuya Tamaki; Shinichiro Okazaki; Hidenori Yoshida

  The GEOMATE International Society, Proceedings of 8th International Conference on Structure, Engineering and Environment 8 344 - 349 2022/11 [Refereed]
  
• ESTIMATION OF CORAL REEF FOOD WEBS IN SAKIEDA BAY, ISHIGAKI ISLAND

  Sanae SHIBATA; Yasushi ITO; Shinsuke TOSHA; Toru KANYAMA; Yoshihiro SUENAGA

  Journal of Japan Society of Civil Engineers, Ser. B3 (Ocean Engineering) Japan Society of Civil Engineers 78 (2) I_679 - I_684 2022/10 [Refereed]
  
• DEVELOPMENT OF SYMBIOTIC TECHNOLOGY OF SEA URCHIN AND SEA WEED IN THE EARTHQUAKE DISASTER AREA

  Takafumi YAMAMOTO; Tetsuya TAMAKI; Shinichiro OKAZAKI; Hidenori YOSHIDA; Yoshihiro SUENAGA

  Journal of Japan Society of Civil Engineers, Ser. B3 (Ocean Engineering) Japan Society of Civil Engineers 78 (2) I_31 - I_36 2022/10 [Refereed][Invited]
  
• STUDY ON PHYSICAL PROPERTIES AND GRASS GROWTH CAPACITY OF POROUS CONCRETE

  Kensuke Yamaya; Yui Oyake; Yoshihiro Suenaga; Hidenori Yoshida

  International Journal of GEOMATE 22 (91) 8 - 13 2022/03 [Refereed]
  
• CREATION OF A SEAWEED BED ON AN OFFSHORE BREAKWATER MOUND OF KONOURA FISHING PORT

  Hiroshi MIURA; Yasushi ITO; Jin ISEYA; Yoshihiro SUENAGA

  Journal of Recent Advances in Marine Science and Technology, PACON International 13 (1) 27 - 47 2021/12 [Refereed]
  
• RESEARCH ON THE IMPROVING RESOURCE PRODUCTIVITY OF ROCK FISH IN THE ARTIFICIAL REEFS USING AI

  Takafumi YAMAMOTO; Tetsuya TAMAKI; Shinichiro OKAZAKI; Yuriko OKAZAKI; Hidenori YOSHIDA; Yoshihiro SUENAGA

  Journal of Japan Society of Civil Engineers, Ser. B3 (Ocean Engineering) Japan Society of Civil Engineers 77 (2) I_709 - I_714 2021/09 [Refereed]
  
• FISHERY PROPAGATION EFFECTS OF WOOD BREEDING REEFS IN CORAL REEF AREAS

  Sanae SHIBATA; Takashi KOUDA; Hiroshi TAKAYAMA; Yutaka NAKAMOTO; Yasushi ITO; Yoshihiro SUENAGA

  Journal of Japan Society of Civil Engineers, Ser. B3 (Ocean Engineering) Japan Society of Civil Engineers 77 (2) I_571 - I_576 2021/09 [Refereed]
  
• Time-Series Remote Sensing Study to Detect Surface Water Seasonality and Local Water Management at Upper Reaches of Southwestern Bengal Delta from 1972 to 2020

  Nazmul Huda; Toru Terao; Atsuko Nonomura; Yoshihiro Suenaga

  Journal of Sustainability 2021 MDPI AG 13 (9798) 1 - 28 2021/08 [Refereed]
  
• STUDY ON THE FLOW FIELD CONTROL TECHNOLOGY OF SEMI-ENCLOSED BAY

  Yoshihiro YOKOYAMA; Alia Sharina Binti SALAHUDIN; Tsuneo HONJO; Satoru TAKAHASHI; Yoshihiro SUENAGA

  Journal of Recent Advances in Marine Science and Technology, PACON International 14 (1) 32 - 43 2021/05 [Refereed]
  
• BUSINESS CONTINUITY PLAN FOR THE FISHERIES PRODUCTION AND DISTRIBUTION SYSTEM AFTER DISASTERS

  Takuji GOTO; Yoshio KAJITANI; Minoru YAMANAKA; Yoshihiro SUENAGA

  Journal of Recent Advances in Marine Science and Technology, PACON International 14 (1) 44 - 53 2021/05 [Refereed]
  
• STUDY ON SYMBIOTIC SYSTEM OF SEA URCHIN (Strongylocentrotus nudus) AND KOMBU (Saccharina japonica) IN THE GREAT EAST JAPAN EARTHQUAKE AREA

  Yusuke BESSHO; Hitomi NAKANISHI; Tetsuya TAMAKI; Satoru TAKAHASHI; Tsuneo HONJO; Yoshihiro SUENAGA

  Journal of Recent Advances in Marine Science and Technology, PACON International 14 (1) 11 - 21 2021/05 [Refereed]
  
• STUDY ON THE WAVE ENERGY ABSORPTION FUNCTION OF ARTIFICIAL REEFS IN THE IRREGULAR WAVES

  Akito NAKAMURA; Takafumi YAMAMOTO; Hitomi Nakanishi; Satoru TAKAHASHI; Yoshihiro SUENAGA

  Journal of Recent Advances in Marine Science and Technology, PACON International 14 (1) 21 - 31 2021/05 [Refereed]
  
• New fertilization method for enclosed Pyropia cultivation, using a Kagawa-style “nori skirt” enclosure fence

  NAOKI RYUMAN; MASASHI MIYAGAWA; KATSUYUKI ABO; YOSHIHIRO SUENAGA; KUNINAO TADA; TSUNEO HONJO

  NIPPON SUISAN GAKKAISHI Japanese Society of Fisheries Science 87 (1) 23 - 30 0021-5392 2021/01 [Refereed]
  
• Simulating Emergencies with Transport Outcomes Sim (SETOSim): Application of an agent-based decision support tool to community evacuation planning

  H. Nakanishi; S. Wise; Y. Suenaga; E. Manley

  International Journal of Disaster Risk Reduction Vol.49 2020/10 [Refereed]
  
• Study on reduction of hexavalent chromium elution from cement-improved soil

  Keiichiro Shibata; Kensuke Yamaya; Hidenori Yoshida; Yoshihiro Suenaga; Shinichiro Okazaki; Naomichi Matsumoto

  Japanese Geotechnical Society Special Publication The Japanese Geotechnical Society 8 (4) 130 - 135 2020/03 [Refereed]
  
• DETECTION OF WATERLOGGING FLOODS IN BENGAL MEGA-DELTA FROM PEOPLE’S PERCEPTION UNDERPINNED BY HYDROMETEOROLOGICAL DATASET

  Nazmul HUDA; Toru TERAO; Satoshi MURAYAMA; Yoshihiro SUENAGA

  Journal of Recent Advances in Marine Science and Technology, PACON International 13 (1) 60 - 79 2019/12 [Refereed]
  
• SUTUDY ON THE ENVIRONMENTAL IMPROVEMENT OF ARTIFICIAL REEFS WITH CURRENT CONTROL FUNCTION

  Akito NAKAMURA; Takafumi YAMAMOTO; Tsuneo HONJO; Minoru YAMANAKA; Masaru TERABAYASHI; Satoru TAKAHASHI; Yoshihiro SUENAGA

  Journal of Recent Advances in Marine Science and Technology, PACON International 13 (1) 48 - 59 2019/12 [Refereed]
  
• QUANTIFICATION OF FLOW CONTROL FUNCTION BY ARTIFICIAL REEF IN ACTUAL SEA AREA

  Yoshihiro Suenaga; Akito Nakamura

  Journal of JSCE, SER. B3 (Ocean Development) 75 (2) 528 - 533 2019/10 [Refereed]
  
• A STUDY OF MEASURES FOR IMPROVEMENT IN FISHING GROUNDS ADAPTED TO ELEVATED WATER TEMPERATURE: A CASE STUDY TARGETING EPINEPHELUS AKAARA FRY IN YUYA BAY, YAMAGUCHI PREFECTURE

  Hiroshi Miura; Yasushi Ito; Kazuyuki Fukase; Satoshi Yoshinaga; Yoshihiro Suenaga

  Journal of JSCE, SER. B3 (Ocean Development) 75 (2) 1013 - 1018 2019/10 [Refereed]
  
• Investigating the flood evacuation behaviour of older people: A case study of a rural town in Japan

  Nakanishi, H; Black, J; Suenaga, Y

  Research in Transportation Business & Management Vol.30 2019/03 [Refereed]
  
• STUDY ON ADSORPTION PERFORMANCE OF FOOD WASTES FOR VARIOUS HEAVY METALS

  Keiichiro Shibata; Hidenori Yoshida; Tsugumi Inoue; Naomichi Matsumoto; Yoshihiro Suenaga

  International Journal of GEOMATE 16 (55) 46 - 55 2019/03 [Refereed]
  
• Construction on the Japanese coast of climate change-adapted seaweed beds

  Hiroshi Miura; Yasushi Ito; Yoshihiro Suenaga

  Journal of Coastal Research, Special Issue 85 391 - 315 2018/05 [Refereed]
  
• A Study on Resident Life of TSUNAMI Stricken Area at Fishing Village of Omoe Shouth Region

  畔柳昭雄; 末永慶寛; KUROYANAGI, Akio; SUENAGA,Yoshihiro

  Journal of Coastal Zone Studies Vol.30 (No.4) 113 - 123 1349-6123 2018/03 [Refereed]
  
• Study on extraction and adsorption of cesium from vermiculite mixture sand

  Nishioka Shota; Shibata Keiichiro; Yoshida Hidenori; Matsumoto Naomichi; Suenaga Yoshihiro

  International Journal of GEOMATE GEOMATE International Society 14 (45) 130 - 135 2186-2982 2018 [Refereed]
  
• Study on extraction, recovery and reduction of radioactive materials from contaminated soil

  柴田慶一郎; 西岡昌太; 吉田秀典; 松本直通; 末永慶寛; Keiichiro Shibata; Shota Nishioka; Hidenori Yoshida; Naomichi Matsumoto; Yoshihiro Suenaga

  環境地盤工学シンポジウム論文集 Vol.12 351 - 356 2017/09 [Refereed]
  
• 大阪湾における人工魚礁の環境改善機能

  末永慶寛

  瀬戸内海 (73) 20 - 23 2017/03 [Refereed]
  
• Study on adsorption ability of adsorbents for strontium in different solutions

  Keiichiro Shibata; Hidenori Yoshida; Naomichi Matsumto; Yoshihiro Suenaga

  International Journal of GEOMATE GEOMATE International Society 12 (34) 38 - 44 2186-2982 2017 [Refereed]
  
• Study on adsorption ability of hydroxyapatite for strontium in solutions

  Keiichiro Shibata; Hidenori Yoshida; Naomichi Matsumoto; Yoshihiro Suenaga

  Vol. 4 (No,7) 163 - 167 2016/09 [Refereed]
  
• QUANTITATIVE EVALUATION ON ENVIRONMENTAL IMPROVEMENT FUNCTION OF ARTIFICIAL REEFS IN ACTUAL MARINE AREA

  中村明日人; 石橋一樹; 市村康; 城越徹矢; 山地功二; 末永慶寛(Akito NAKAMURA; Kazuki ISHIBASHI; Yasushi ICHIMURA; Tetsuya SHIROKOSHI; Noritsugu YAMAJI; Yoshihiro SUENAGA

  Journal of JSCE, SER. B3 (Ocean Development) Japan Society of Civil Engineers 72 (2) 1075 - 1080 2016/08 [Refereed]
  
• 流動制御機能を有する人工魚礁の開発と環境改善機能

  末永慶寛

  環境管理2016 九州環境管理協会 45 (45) 29 - 38 1344-3917 2016/08 [Refereed]
  
• DEVELOPMENT OF PROTECTIVE AND FEEDING FACILITY IN THE ARTIFICIAL REEF FOR STOCKED ROCKFISH AND GROUPER JUVENILES

  青木響子; 十河一司; 山地功二; 君川佳司; 河田弘; 宮川昌志; 末永慶寛; Kyoko AOKI; Kazushi SOGO; Noritsugu YAMAJI; Keiji KIMIGAWA; Hiroshi KAWATA; Masashi MIYAGAWA; Yoshihiro SUENAGA

  Recent Advances in Marine Science and Technology 2014, PACON International Vol.12 (No.1) 16 - 30 2015/12 [Refereed]
  
• QUANTITATIVE EVALUATION OF THE STIRRING FUNCTION OF ARTIFICIAL REEF IN ACUTUAL MARINE AREA

  中村明日人; 石橋一樹; 市村康; 城越徹矢; 山地功二; 末永慶寛(Akito NAKAMURA; Kazuki ISHIBASHI; Yasushi ICHIMURA; Tetsuya SHIROKOSHI; Noritsugu YAMAJI; Yoshihiro SUENAGA

  Journal of JSCE, SER. B3 (Ocean Development) 71 (2) 1197 - 2002 2015/09 [Refereed]
  
• Nutrient Management by Control Operation in Sewage Treatment Process

  宮川昌志; 益井敏光; 赤井紀子; 末永慶寛; 石塚正秀; Masashi MIYAGAWA; Toshimitsu MASUI; Noriko AKAI; Yoshihiro SUENAGA; Masahide ISHIZUKA

  Aquabiology 218 生物研究社 37 (3) 261 - 268 0285-4376 2015/06 [Refereed]
  
• RESEARCH ON THE WAVE ENERGY ABSORPTION FACILITY WITH OSCILLATING WATER COLOUMN

  末永慶寛; 小泉勝彦; 山中 稔; 長谷川修一; shihiro SUENAGA; Katsuhiko KOIZUMI; Minoru YAMANAKA; Shuichi HASEGAWA

  Journal of JSCE, SER. B3 (Ocean Development) 70 (2) 277 - 282 2014/09 [Refereed]
  
• Study on the Creation of Seaweed Beds by Artificial Reef Includes the Porous Material

  亀山剛史; 松山哲也; 安岡かおり; 多田邦尚; 本城凡夫; 掛川寿夫; 末永慶寛; Takeshi KAMEYAMA; Tetsuya MATSUMAYA; Kaori YASUOKA; Kuninao TADA; Tsuneo HONJO; Hisao KAKEGAWA; Yoshihiro SUENAGA

  Recent Advances in Marine Science and Technology 2012, PACON International Vol.11 (No.1) 29 - 36 2013/11 [Refereed]
  
• Study on the Coefficient of Static Friction of the Artificial Reefs

  永冨太一; 亀山剛史; 山地功二; 角道弘文; 松島学; 末永慶寛(Taichi NAGATOMI; Takeshi KAMEYAMA; Noritsugu YAMAJI; Hirofumi KAKUDO; Manabu MATSUSHIMA; Yoshihiro SUENAGA

  Recent Advances in Marine Science and Technology 2012, PACON International Vol.11 (No.1) 20 - 28 2013/11 [Refereed]
  
• ESTIMATION ON DIFFUSION AREA OF NUTRIENT LOAD FROM RIVER

  宮川昌志; 石塚正秀; 角道弘文; 安 煕道; 末永慶寛; Masashi MIYAGAWA; Masahide ISHIZUKA; Hirofumi KAKUDO; Hee Do Ahn; Yoshihiro SUENAGA

  Recent Advances in Marine Science and Technology 2012, PACON International Vol.11 (No.1) 10 - 19 2013/11 [Refereed]
  
• Study on the Development of Movement Restraint Device for Aquaculture Facilities and its Practical Realization

  松内勇貴; 浜田和久; 山本義久; 明田定満; 末永慶寛; Yuki MATSUUCHI; Kazuhisa HAMADA; Yoshihisa YAMAMOTO; Sadamitsu AKEDA; Yoshihiro SUENAGA

  Recent Advances in Marine Science and Technology 2012, PACON International Vol.11 (No.1) 1 - 10 2013/11 [Refereed]
  
• Techniques for the Improving Stability of the Sea Weed Enhancement Structure on the Sea Bottom

  亀山剛史; 山地巧二; 細川恭平; 松下哲也; 角道弘文; 末永慶寛; Takeshi KAMEYAMA; Noritsugu YAMAJI; Kyohei HOSOKAWA; Tetsuya MATSUYAMA; Hirofumi KAKUDO; Yoshihiro SUENAGA

  Journal of JSCE, SER. B3 (Ocean Development) Japan Society of Civil Engineers 69 (2) 1084 - 1089 2185-4688 2013/09 [Refereed]
  
• DEVELOPMENT OF PROTECTIVE SHELTER FOR STOCKED ROCK FISH JUVENILES

  Masashi MIYAGAWA; Takeshi KAMEYAMA; Munehiro FUJIWARA; Kaori YASUOKA; Yuki MATSUUCHI; Yoshihiro SUENAGA

  Journal of JSCE, SER. B3 (Ocean Development) Japan Society of Civil Engineers Vol.68 (No.2) 1221 - 1226 2185-4688 2012/06 [Refereed]
  
• Study on the Development of Movement Restraint Device for Aquaculture Facilities and its Practical Realization

  Yuki MATSUUCHI; Masashi MIYAGAWA; Yoshihisa YAMAMOTO; Tetsuo MORITA; Yoshihiro SUENAGA

  Journal of JSCE, SER. B2 (Coastal Engineering) Vol.68 (No.2) 906 - 910 2012 [Refereed]
  
• STUDY ON THE TRAJECTORIES OF ZOSTERA MARINA SEEDS AROUND DETACHED BREAKWATER

  Hironori KOMATSU; Munehiro FUJIWARA; Yuki MATSUUCHI; Masashi MIYAGAWA; Yoshihiro SUENAGA

  Journal of JSCE, SER. B3 (Ocean Development) Japan Society of Civil Engineers Vol.68 (No.2) 1256 - 1261 2185-4688 2012 [Refereed]
  
• DEVELOPMENT OF THE NOVEL POROUS CONCRETE TO REMOVE VARIOUS METAL IONS IN WATER ENVIRONMENT

  Takeshi KAMAYAMA; Tetsuya MATSUYAMA; Kaori YASUOKA; Hisao KAKEGAWA; Yoshihiro SUENAGA

  Journal of JSCE, SER. B3 (Ocean Development) Japan Society of Civil Engineers Vol.68 (No.2) 570 - 575 2185-4688 2012 [Refereed]
  
• RESEARCH ON THE RESTRAINT METHOD OVER STRUCTURE MOVEMENT OF FLOATING AQUACULTURE

  Munetoshi AMINAKA; Motohide TOCHINO; Masashi MIYAGAWA; Sadamitsu AKEDA; He Do AHN; Yoshihiro SUENAGA

  Recent Advances in Marine Science and Technology 2010, PACON International Vol.10 (No.1) 1 - 11 2011/12 [Refereed]
  
• RESEARCH ON THE ARTIFICIAL IN VIVO INSEMINATION IN VIVIPAROUS ROCKFISH

  Motohide TOCHINO; Masashi MIYAGAWA; Katsuhiro MIKI; Munehiro FUJIWARA; Sadaaki YOSHIMATSU; Yoshihiro SUENAGA

  Recent Advances in Marine Science and Technology 2010, PACON International Vol.10 (No.1) 43 - 56 2011/12 [Refereed]
  
• RESEARCH ON THE ARTIFICIAL HABITAT OPTIMIZED FOR ADULT ROCKFISH

  Masashi MIYAGAWA; Motohide TOCHINO; Munetoshi AMINAKA; Munehiro FUJIWARA; Yoshihiro SUENAGA; Hisao KAKEGAWA

  Recent Advances in Marine Science and Technology 2010, PACON International Vol.10 (No.1) 33 - 42 2011/12 [Refereed]
  
• THE ZOSTERA MARINA BEDS CREATION WITH DETACHED BREAKWATER

  Takuro UEDA; Hironori KOMATSU; Munehiro FUJIWARA; Ryoichi YAMANAKA; Kaori YASUOKA; Yoshihiro SUENAGA

  Recent Advances in Marine Science and Technology 2010, PACON International Vol.10 (No.1) 22 - 32 2011/12 [Refereed]
  
• RESAECH ON THE APPROPRIATE CONDITION FOR ZOSTERA BED IN THE COASTAL AREA

  Munehiro FUJIWARA; Kenichi YAMAGA; Masashi MIYAGAWA; Sadaaki YOSHIMATSU; Yoshihiro SUENAGA

  Recent Advances in Marine Science and Technology 2010, PACON International Vol.10 (No.1) 12 - 21 2011/12 [Refereed]
  
• RESEARCH FOR THE FISHERIES GROUND CREATION USING ARTIFICIAL REEF WITH CURRENT CONTROL

  Taichi NAGATOMI; Masashi MIYAGAWA; Munehiro FUJIWARA; Takao TAMURA; Takashi HOSHINO; Hisao KAKEGAWA; Yoshihiro SUENAGA

  Recent Advances in Marine Science and Technology 2010, PACON International Vol.10 (No.1) 57 - 69 2011/12 [Refereed]
  
• REMOVAL OF NITROUS ION AND AMMONIA BY CERAMICS CONTAINING TITANIUM DIOXIDE

  峯礼子; 渡辺敬芳; 末永慶寛; 山本義久; 松山哲也; 河田弘; 掛川寿夫(Mine Noriko; Watanabe Takayoshi; Suenaga Yoshihiro; Tamamoto Yoshihisa; Matsuyama Tetsuya; Kawata Hiroshi; Kakegawa Hisao

  Recent Advances in Marine Science and Technology 2010, PACON International Vol.10 (No.1) 70 - 77 2011/12 [Refereed]
  
• INCREASE IN THE LIPID PEROXIDATION BY A WATER ENVIRONMENTAL POLLUTANT TRICHLOROETHYLENE

  藤原浩司; 児玉和樹; 末永慶寛; 掛川寿夫(Fujiwara Koji; Kodama Kazuki; Suenaga Yoshihiro; Kakegawa Hisao

  Recent Advances in Marine Science and Technology 2010, PACON International Vol.10 (No.1) 78 - 90 2011/12 [Refereed]
  
• 半閉鎖性海域におけるアマモ生育環境の評価に関する研究

  藤原宗弘; 末永慶寛; 井面仁志; 松島学; 白木渡

  土木学会論文集B2（海岸工学） Vol.67 (No.2) 946 - 950 2011 [Refereed]
  
• 漁場環境監視システムの開発

  末永慶寛

  電子情報通信学会誌 Vol.94 (No.10) 877 - 879 2011 [Refereed]
  
• Restraint Technique over the Movement of Floating Aquaculture Facilities

  Yuki MATSUUCHI; Munetoshi AMINAKA; Motohide TOCHINO; Masashi MIYAGAWA; Yoshihiro SUENAGA

  Proceedings of the 34th IAHR World Congress 2011 Vol.34 1202 - 1217 2011 [Refereed]
  
• Study on the Preservation of Zostera marina Beds Behind Detached Breakwater

  Hironori KOMATSU; Takuro UEDA; Munehiro FUJIWARA; Hisao KAKEGAWA; Yoshihiro SUENAGA

  Proceedings of the 34th IAHR World Congress 2011 Vol.34 3082 - 3088 2011 [Refereed]
  
• Research on the Seaweed Rootage by Current Control Structure

  Masashi MIYAGAWA; Munehiro FUJIWARA; Yoshihiro SUENAGA

  Proceedings of the 34th IAHR World Congress 2011 Vol.34 1210 - 1217 2011 [Refereed]
  
• Field Research on The Appropriate Growth Conditions for Zostera Bed

  Munehiro FUJIWARA; Masashi MIYAGAWA; Yoshihiro SUENAGA

  Proceedings of the 34th IAHR World Congress 2011 Vol.34 3060 - 3067 2011 [Refereed]
  
• Wave Energy Absorption Method against the Movement of Aquaculture Preserves

  Yuki MATSUUCHI; Kazuhisa HAMADA; Munetoshi AMINAKA; Takeshi KAMEYAMA; Hironori KOMATSU; Masashi MIYAGAWA; Yoshihiro SUENAGA

  The Proceedings of the 21st (2011) ISOPE Conference Vol.21 910 - 916 2011 [Refereed]
  
• Study on Selection for Zostera marina Beds Using Numerical Model

  Hironori KOMATSU; Munehiro FUJIWARA; Masashi MIYAGAWA; Hisao KAKEGAWA; Yoshihiro SUENAGA

  The Proceedings of the 21st (2011) ISOPE Conference Vol.21 1166 - 1171 2011 [Refereed]
  
• Research on the Seaweed (Phaeophyceae) Rootage by Current Control Structure

  Takashi KAMEYAMA; Munehiro FUJIWARA; Kaori YASUOKA; Yuki MATSUUCHI; Masashi MIYAGAWA; Yoshihiro SUENAGA

  The Proceedings of the 21st (2011) ISOPE Conference Vol.21 1172 - 1178 2011 [Refereed]
  
• Research on Improvement of Bottom Sediment Environment by Porous Material

  Minoru YAMANAKA; Kaori YASUOKA; Taichi NAGATOMI; Hisao KAKEGAWA; Yoshihiro SUENAGA

  Proceedings of the 34th IAHR World Congress 2011 Vol.34 (No.1) 3160 - 3167 2011 [Refereed]
  
• Technology for the Creation of Marine Habitat Using Numerical Model

  Yoshihiro SUENAGA

  Proceedings of 8th International Symposium on Ecohydraulics 2010 Vol.8 CD-ROM  2010 [Refereed]
  
• Application of Carbonized Waste FRP Fishing Boats for Artificial Reef

  Sadamistu AKEDA; Yoshihiro SUENAGA; Kaori YASUOKA; Takashi HOSHINO; Hisao KAKEGAWA

  Recent Advances in Marine Science and Technology 2008, PACON International Vol.9 (No.1) 15 - 22 2009/12 [Refereed]
  
• Movement of Sand Particles from Sand Mining Area to Plant Bed

  Hiroshi OHTA; Takuro UEDA; 末永慶寛; Takao TAMURA; Kazuhiko ICHIMI; Kuninao TADA

  Recent Advances in Marine Science and Technology 2008, PACON International Vol.9 (No.1) 1 - 8 2009/12 [Refereed]
  
• Development of a Novel Technical Method to Remove Metal Ions

  Isao ASAI; Hisao KAKEGAWA; Yoshihiro SUENAGA; Yasuhiro TANAKA

  Recent Advances in Marine Science and Technology 2008, PACON International Vol.9 (No.1) 23 - 30 2009/12 [Refereed]
  
• Research on the Safer Shelter for Released Fish Juveniles

  Masashi MIYAGAWA; Motohide TOCHINO; Munetoshi AMINAKA; Munehiro FUJIWARA; Yoshihiro SUENAGA; Hisao KAKEGAWA

  Recent Advances in Marine Science and Technology 2008, PACON International Vol.9 (No.1) 8 - 14 2009/12 [Refereed]
  
• Sinking and dispersion of residual feed in a fish (yellowtail) aquaculture farm

  Tatsuo Yamada; Toshiya Hashimoto; Yoshihiro Suenaga; Kazuhiko Ichimi; Kuninao Tada

  NIPPON SUISAN GAKKAISHI 75 (4) 666 - 673 0021-5392 2009/07 [Refereed]
  
• Sediment Related Disaster by Typhoons of 2004 in the Shikoku Island of Japan

  DAHAL R.K; HASEGAWA Shuichi; SUENAGA Yoshihiro; YAMANAKA Minoru; TOURU Mimura

  Recent Advances in Marine Science and Technology 2008 172 - 182 2009 [Refereed]
  
• Lifetime and operating period of FRP fishing vessel: a consideration based on the statistic table of fishing vessels and the statistic table of fishing vessel insurance

  明田定満; 末永慶寛; 居駒知樹; 松島 学

  Journal of coastal zone studies 日本沿岸域学会 第22巻 (第2号) 77 - 88 1349-6123 2009 [Refereed]
  
• Sinking and dispersion of residual feed in a fish (yellowtail) aquaculture farm

  Kuninao Tada; Tatsuo Yamada; Toshiya Hashimoto; Yoshihiro Suenaga; Kazuhiko Ichimf

  Nippon Suisan Gakkaishi (Japanese Edition) 75 (4) 666 - 673 0021-5392 2009 [Refereed]
  
• 地質の異なる２つの山地森林流域における大雨時のNO3--Nの流出機構の比較検討

  田村隆雄; 岡部健士; 星川豪; 末永慶寛; 渡辺康之

  土木学会水工学論文集 第53巻 499 - 504 2009 [Refereed]
  
• Ecological Study on Released Artificial and Natural Juveniles of the Red-spotted Grouper at Ibuki-jima Island

  Tomofumi SASAKI; Masashi MIYAGAWA; Masaru KANDA; Masaaki ABE; Kosaku YAMAOKA; Yoshihiro SUENAGA

  Journal of Eco-Engineering The Society of Eco-Engineering 21 (1) 15 - 26 1347-0485 2009 [Refereed]
  
• Degradation of Asbestos by Hydrofluoric Acid

  KAKEGAWA Hisao; TANAKA Eiji; MIYAHARA Takashi; ASAI Isao; TANAKA Yasuhiro; YASUOKA Kaori; SUENAGA Yoshihiro

  Eco-Engineering The Society of Eco-Engineering 20 (2) 79 - 84 1347-0485 2008 [Refereed]
  
• Technology for Marine Sediment Environment Improvement by Current Control Structure

  MIYAGAWA Masashi; SUENAGA Yoshihiro; YAMAOKA Kousaku; MATSUSHIMA Manabu; HOTTA Kenji

  Eco-Engineering The Society of Eco-Engineering 20 (2) 67 - 78 1347-0485 2008 [Refereed]
  
• STUDY ON THE INFLUENCE OF THE RIVER INFLOW INTO THE OCEAN

  Yoshihiro SUENAGA; Hidenori MORITA; Masashi MIYAGAWA; Satoshi INOKUCHI; Daisuke YONEURA; Tamura TAKAO

  Proceedings of Pacific Congress on Marine Science and Technology 2007 79 - 85 2007 [Refereed]
  
• RESEARCH ON THE RELATIONSHIP BETWEEN PREY ABUNDANCE AND FISH AGGREGATION

  Kaori YASUOKA; Yoshihiro SUENAGA; Hisao KAKEGAWA; Takashi HOSHINO; Hee Do AHN

  Proceedings of Pacific Congress on Marine Science and Technology 2007 86 - 95 2007 [Refereed]
  
• Numerical Calculation of the High Water Level Fluctuations during the Typhoon Period

  Yoshihiro SUENAGA; Takashi HOSHINO; Minoru YAMANAKA; Shuichi HASEGAWA; Wataru SHIRAKI; Koichi MASUDA

  Recent Advances in Marine Science and Technology 2006 Vol.8 (No.1) 73 - 80 2007 [Refereed]
  
• Study on the Porous Material for Improvement of Marine Biological Environment

  Kaori YASUOKA; Yoshihiro SUENAGA; Minoru YAMANAKA; Takashi HOSHINO; Hisao KAKEGAWA; Hee Do AHN

  Recent Advances in Marine Science and Technology 2006 Vol.8 (No.1) 53 - 62 2007 [Refereed]
  
• Research on the Structure Improving the Bottom Sediment by Current Control

  Masashi MIYAGAWA; Yoshihiro SUENAGA; Kousaku YAMAOKA; Hee Do Ahn; Kenji HOTTA

  Recent Advances in Marine Science and Technology 2006 Vol.8 (No.1) 43 - 52 2007 [Refereed]
  
• Numerical Experiment of the Relationship Between Discoloration of Nori(Porphyra yezoensis) and Seasonal Wind

  Takashi HOSHINO; Yasuo TSUNEZAWA; Yoshihiro SUENAGA; Kuninao TADA; Kazuhiko ICHIMI; Kenichi YAMAGA; Munehiro FUJIWARA

  Recent Advances in Marine Science and Technology 2006 Vol.8 (No.1) 33 - 42 2007 [Refereed]
  
• A STUDY ON ENVIRONMENTAL IMPACT ASSESSMENT CONSIDERING LOADS FROM AQUACULTURE IN THE SEMI-ENCLOSED BAY

  YASUOKA Kaori; SUENAGA Yoshihiro; MATSUSHIMA Manabu; MASUDA Kouichi

  Journal of Environmental Engineering (Transactions of AIJ) Architectural Institute of Japan 72 (第618号) 123 - 129 1348-0685 2007 [Refereed]
  
• Research on Improvement of Sediment by Current Control Technology

  Masashi MIYAGAWA; Yoshihiro SUENAGA; Kousaku YAMAOKA; Hee Do Ahn; Manabu MATSUSHIMA; Takashi HOSHINO

  Proceedings of XXXII IAHR CONGRESS THEME D2.b-pp.1-9  2007 [Refereed]
  
• SOLUTE RUNOFF SYSTEM AND RUNOFF LOAD FROM THE FORESTED BASIN ADJACENT TO HIKETA BAY

  TAMURA Takao; HASHINO Michio; SUENAGA Yoshihiro; HOSHIKAWA Go

  Doboku Gakkai Ronbunshuu B Japan Society of Civil Engineers 第51巻 1165 - 1170 0916-7374 2007 [Refereed]
  
• Techniques for improvement of marine environment including the biological production using the industry by-product

  Kaori Yasuoka; Tatsuya Hirosako; Takashi Hoshino; Yoshihiro Suenaga; Hisao Kakegawa; Minoru Yamanaka

  OCEANS 2006 - ASIA PACIFIC, VOLS 1 AND 2 945 - 949 2006 [Refereed]
  
• Study on the Discoloration of Nori (Porphyra) in Eastern Bisan Seto Using the Numerical Model

  HOSHINO Takashi; MATSUOKA Satoru; SUENAGA Yoshihiro; YAMADA Yoshihiro; ICHIMI Kazuhiko; TADA Kuninao; YOSHIMATSU Sadaaki; FUJIWARA Munehiro; HOTTA Kenji; SHIRAKI Wataru

  Eco-Engineering The Society of Eco-Engineering 18 (4) 173 - 180 1347-0485 2006 [Refereed]
  
• System for the creation of Fishery Grounds Using the Artificial Reefs

  Yoshihiro Suenaga; Takashi Hoshino; Kaori Yasuoka; Hiroaki Ohtsuka; Reona Muguruma; Akihiro Suenaga; Keiji Kimigawa

  Proceedings of the International Forum on the Future Development of Constructed Reefs in Taiwan 54 - 60 2006 [Refereed]
  
• Analytical Study and Research on the Influence Area of the High Water by the Typhoon Disaster

  Tadashi Kanzaki; Takuya Hashimoto; Yoshihiro Suenaga; Shuichi Hasegawa; Minoru Yamanaka

  Proceedings of the OCEANS'06 IEEE OMS3-1-6, 2006  2006 [Refereed]
  
• Research on the discoloration of Nori (Porphyra) and characteristics of water quality using the numerical model

  Yoshihiro Suenaga; Yasuo Tsunezawa; Satoru Matsuoka; Sadaaki Yoshimatsu; Kazuhiko Ichimi; Munehiro Fujiwara; Kenichi Yamaga; Kuninao Tada

  OCEANS 2006 - ASIA PACIFIC, VOLS 1 AND 2 939 - 943 2006 [Refereed]
  
• Techniques of Restoration Syetem of Marine Biological Environment

  末永 慶寛; 宮川 昌志; 星野 高士; 安岡 かおり; 増田 光一; 君川 佳司; oshihiro Suenaga; Masashi Miyagawa; Takashi Hoshino; Kaori Yasuoka; Koichi Masuda; Keiji Kimigawa

  Journal of the Recent Advances Marine Science and Technology, 2004 233-240  2005/03 [Refereed]
  
• 数値モデルによる台風発生時の流動場変化と高潮の発生要因に関する調査研究

  末永 慶寛; 神崎 正; 長谷川修一; 山中 稔(SUENAGA,Yoshihiro; KANZAKI, Tadashi; HASEGAWA,Shuichi; YAMANAKA,Minoru

  平成17年自然災害フォーラム論文集 97-104  2005/03
• Research on the Structure Improving the Bottom Sediment by Controlling Current Field

  Masashi Miyagawa; 末永 慶寛; Minoru Yamanaka

  Proceedings of XXXI IAHR CONGRESS 1765 - 1775 2005 [Refereed]
  
• Research on the Evaluation for the Distribution of Chlorophyll-a Using Remote Sensing in the Semi-Enclosed Bay

  Takashi Hoshino; Minoru Yamanaka; Yoshihiro Suenaga; Tatsuya Hirosako; Kaori Yasuoka; Wataru Shiraki

  Proceedings of XXXI IAHR CONGRESS 1902 - 1912 2005 [Refereed]
  
• Techniques for the creating fishery grounds using GIS system

  T Hoshino; Y Suenaga; M Yamanaka; A Nonomura; K Yasuoka; W Shiraki

  GIS and Spatial Analysis, Vol 1and 2 Vol.1 434 - 439 2005 [Refereed]
  
• 瀬戸内海における海水流動特性に関する研究

  田中 陽二; 末永 慶寛; 河原 能久

  水圏環境工学会論文集 第1巻 (第1号) 9 - 14 2005 [Refereed]
  
• 炭酸化多孔質体を用いた海域環境改善技術

  安岡 かおり; 末永 慶寛; 山中 稔; 白木 渡

  水圏環境工学会論文集 第1巻 (第1号) 3 - 8 2005 [Refereed]
  
• 数値モデルによる台風発生時の流動変化と高潮の発生要因に関する調査研究

  末永 慶寛; 神埼 正; 長谷川 修一; 山中 稔

  水圏環境工学会論文集 第1巻 (第1号) 52 - 59 2005 [Refereed]
  
• 海洋GISを用いた漁場造成適地選定に関する研究

  星野 高士; 末永 慶寛; 広佐古 達也; 井面 仁志; 白木 渡

  水圏環境工学会論文集 第1巻 (第1号) 25 - 30 2005 [Refereed]
  
• Function of Current Control and Marine Resources Aggregation of Fisheries Resources Enhancement Structure

  SUENAGA Yoshihiro; MIYAGAWA Masashi; YAMANAKA Minoru; FUJIWARA Munehiro; HOSHINO Takashi; HOTTA Kenji

  Eco-Engineering The Society of Eco-Engineering 17 (2) 115 - 120 1347-0485 2005 [Refereed]
  
• Degradation of Dioxins Containing in Fly Ashes by Non-oxidative High Temperature Heating

  SUENAGA Yoshihiro; SHIRAKI Wataru; KAKEGAWA Hisao

  Eco-Engineering The Society of Eco-Engineering 第17巻 (第2号) 133 - 138 1347-0485 2005 [Refereed]
  
• Development of CaCO3 Porous Material for Improvement of Marine Environment

  山中 稔; 安岡かおり; 末永慶寛; 松山哲也; 星野高士; YAMANAKA Minoru; YASUOKA Kaori; SUENAGA Yoshihiro; Matsuyama Tetsuya; Hoshino Takashi

  Recent Advances Marine Science and Technology 2004, PACON International 34-44 37-44  2005 [Refereed]
  
• 水産資源増殖のためのCaCO3多孔質体の開発

  山中稔; 安岡かおり; 末永慶寛; 松山哲也; 星野高士; 寺林優

  第３回海環境と生物および沿岸環境修復技術に関するシンポジウム発表論文集 第3巻 101 - 106 2004
• Study on the techniques for distribution of chlorophyll a in the real sea area by using remote-sensing

  Atsuko Nonomura; Takashi Hoshino; Yoshihiro Suenaga; Kuninao Tada; Kazuhiko Ichimi; Koichi Masuda

  Journal of Fisheries Grounds Creating Technology 1 (1) 29 - 37 2004 [Refereed]
  
• DEVELOPMENT OF A NEW TECHNOLOGY FOR THE RESTRATION OF MARINE BIOLOGICAL ENVIRONMENT

  SUENAGA Yoshihiro; KAWAHARA Yoshihisa; YAMAMOTO Naoki; TANAKA Yoji

  Doboku Gakkai Ronbunshu Japan Society of Civil Engineers No.755 (Ⅶ-30) 29 - 36 2004 [Refereed]
  
• 数値計算による漁場造成適地に関する研究

  山本 直樹; 河原 能久; 末永慶寛; Naoki Yamamoto; Yoshihisa Kawahara; Yoshihiro Suenaga

  第２回海環境と生物および沿岸環境修復技術に関するシンポジウム発表論文集 第2巻 157-161  2003/06 [Refereed]
  
• 瀬戸内海全域における海水流動特性の数値実験

  田中 陽二; 河原 能久; 末永慶寛; Yoji Tanaka; Yoshihisa Kawahara; Yoshihiro Suenaga

  第２回海環境と生物および沿岸環境修復技術に関するシンポジウム発表論文集 第2巻 137-142 - 161 2003/06 [Refereed]
  
• Analysis of Dissolved Oxygen and Transport Fish Eggs in a Bay

  末永 慶寛; 増田 光一; 佐々木 孝; 安 煕道; 小林 哲朗; 星野 高士; 安岡 かおり; Yoshihiro Suenaga; Koichi Masuda; Takashi Sasaki; Hee Do Ahn; Tetsuro Kobayashi; Takashi Hoshino; Kaori Yasuok

  Recent Advances in Marine Science and Technology 2002 417-426  2003/03 [Refereed]
  
• Modeling of dissolved oxygen of aquaculture grounds in a semi-enclosed bay

  Yoshihiro Suenaga; Nobuki Tomizawa; Koichi Masuda; Shigeru Montani; Kuninao Tada

  FISHERIES SCIENCE 68 (Supplement I) 546 - 549 0919-9268 2002 [Refereed]
  
• Numerical experiment of the method for creating fishery ground in and around the Bisan-Seto

  Y Suenaga; HD Ahn; H Kakegawa; T Hoshino; K Hisamura; R Muguruma

  ADVANCES IN HYDRAULICS AND WATER ENGINEERING, VOLS 1 AND 2, PROCEEDINGS 961 - 966 2002 [Refereed]
  
• Development of the Method for Creating Habitat of Marine Resources by Using Numerical Model

  末永 慶寛; 安 煕道

  Proceedings of the Korean Society for Marine Environmental Engineering 211 - 214 2002 [Refereed]
  
• Development of the Planning System for Creating Fishery Ground by Using the Numerical Model

  Yoshihiro Suenaga; Koichi Masuda; Takashi Sasaki; Hisao Kekagawa

  Proceedings of the 12th International Offshore and Polar Engineering Conference 420 - 424 2002 [Refereed]
  
• 流動制御機能を有する水産資源増殖構造物の開発

  末永慶寛; 門谷 茂; 掛川 寿夫; 白木 渡; 安 煕道

  第１回海環境と生物および沿岸環境修復技術に関するシンポジウム発表論文集 第1巻 91 - 96 2002 [Refereed]
  
• Numerical simulation of environmental effect on the transport of Japanese sand eel larvae by the seabed sand picking

  Masuda Koichi; Suenaga Yoshihiro; Tanaka Kazuhiro

  Journal of the Japan Society of Naval Architects and Ocean Engineers The Japan Society of Naval Architects and Ocean Engineers (第190号) 319 - 324 0514-8499 2001 [Refereed]
  
• 海砂採取による海底地形変化がイカナゴ仔稚魚輸送に及ぼす影響に関する研究

  末永 慶寛; 増田 光一; 田中 和広; 藤原 正幸; 佐々木 孝

  土木学会，海岸工学論文集 Japan Society of Civil Engineers 第48巻 1246 - 1250 0916-7897 2001 [Refereed]
  
• Effect of wind blows on the transport and settlement of brown sole (Pleuronectes herzensteini) larvae in a shelf region of the Sea of Japan: numerical experiments with an Euler-Lagrangian model

  H Nakata; M Fujihara; Y Suenaga; T Nagasawa; T Fujii

  JOURNAL OF SEA RESEARCH 44 (1-2) 91 - 100 1385-1101 2000/10 [Refereed]
  
• Development of Evaluation Method for Creating Aquaculture Habitats

  末永 慶寛; 増田 光一; 佐々木 孝; 藤原 正幸; shihiro Suenaga; Koichi Masuda; Takashi Sasaki; Masayuki Fujihara

  Recent Advances in Marine Science and Technology 1998 93-99  1999/06 [Refereed]
  
• 生物生産・行動特性を考慮した海域環境影響評価，日本海洋工学会

  末永 慶寛

  海洋工学パネル論文集 第20巻 69 - 77 1999 [Refereed]
  
• Wind-induced drift of brown sole eggs and larvae in the shelf region near Sado Strait in relation to the recruitment mechanism

  Hideaki Nakata; Yoshihiro Suenaga; Masayuki Fujihara

  The Bulletin of International workshop on coastal fisheries development through elucidating the structure of fisheries ecosystems and its management application (No.62) 1999 [Refereed]
  
• 閉鎖性海域の環境管理システムに関する研究

  末永 慶寛; 佐々木 孝; 星野 高士; 高木 儀昌; 佐久田 昌昭; shihiro Suenaga; Takashi Sasaki; Takashi Hoshino; Norimasa Takagi; Masaaki Sakuta

  未来を拓く海洋建築工学シンポジウム講演論文集 第1巻 93-96  1998/09 [Refereed]
  
• 風の日々変動がマガレイ卵・仔魚の沿岸海域への滞留に及ぼす影響に関する数値シミュレーション

  藤原 正幸; 末永 慶寛; 中田 英昭

  日本水産工学会，水産工学 第35巻 (第2号) 93 - 99 1998 [Refereed]
  
• マガレイ卵・仔魚の沿岸海域への滞留に対する風および鉛直移動の影響

  末永 慶寛; 中田 英昭; 藤原 正幸

  土木学会, 海岸工学論文集 第45巻 1151 - 1155 1998 [Refereed]
  
• Importance of Vertical Movement of Brown Sole Eggs and Larvae to the Retention in Their Nurseries around the Sado Strait Sea of Japan

  藤原 正幸; 末永 慶寛; 中田 英昭

  HYDRAULIC RESEARCH FOR SUSTAINABLE DEVELOPMENT, Vol.1, Proceedings of 11th Congress of APD-IAHR 251 - 259 1998 [Refereed]
  
• オイラー・ラグランジュ法によるマガレイ卵・仔魚輸送の数値実験

  藤原 正幸; 末永 慶寛; 中田 英昭; 永澤 亨; 山田 東也

  日本水産工学会，水産工学 第34巻 (第2号) 147 - 154 1997 [Refereed]
  
• 建築視点から見る超大型浮体式海洋建築物の可能性と問題点－環境の立場から－

  末永 慶寛

  日本建築学会研究協議会講演論文集 33 - 38 1997 [Refereed]
  
• 佐渡海峡周辺におけるマガレイ卵・仔魚の輸送に対する風の影響の数値シミュレーション，水産工学，第32巻，第３号，pp.219-228，(1996)．

  末永 慶寛; 中田 英昭; 藤原 正幸; 永澤 亨

  水産工学 第32巻 (第3号) 219 - 228 1996 [Refereed]
  
• EXPERIMENTAL RESEARCH OF THE INTERACTION BETWEEN FLOW AND BIOLOGICAL ENVIRONMENT BY USING NUMERICAL MODEL FOR THE OCEAN CONDITIONS CONTROL SYSTEM

  SUENAGA Yoshihiro; KUROYANAGI Akio

  AIJ Journal of Technology and Design Architectural Institute of Japan 第1巻 (第1号) 305 - 308 1341-9463 1995 [Refereed]
  
• MODELING THE TRANSPORT OF BROWN SOLE EGGS AND LARVAE IN AND AROUND THE SADO STARAIT

  Hideaki Nakata; Yoshihiro Suenaga; Masayuki Fujihara

  INTERNATIONAL CONFERENCE ON ECOLOGICAL SYSTEM ENHANCEMENT TECHNOLOGY FOR AQUATIC ENVIRONMENTS, PROCEEDINGS OF ECOSET 95 Vol.1 59 - 64 1995 [Refereed]
  
• 種苗生産池内の水質と生物現存量に関する数値モデル

  末永 慶寛; 畔柳 昭雄; 藤原 正幸

  「海洋の資源と環境」国際シンポジウム講演論文集 186 - 189 1994 [Refereed]
  
• FUNDAMENTAL STUDY ON THE ENVIRONMENTAL PREDICT OF THE CLOSED REGIONAL MARINE : Characteristics of water quality and biological production in the young for aquaculture pond

  SUENAGA Yoshihiro; TAKAGI Norimasa; SAKUTA Masaaki

  Journal of structural and construction engineering Architectural Institute of Japan (第446号) 89 - 98 0910-8025 1993 [Refereed]
  
• Systems for control of environmental conditions in regional marine ecosystem ―A fundamen-tal study―, Recent advances in marine science and technology, 92, pp.371-379, (1993)．

  Yoshihiro Suenaga; Masaaki Sakuta; Norimasa Takagi; Akio Kuroyanagi

  Recent Advances in Marine Science and Technology,1992 371 - 379 1993 [Refereed]
  
• 閉鎖性海域内の環境予測手法に関する基礎的研究（実験水域内の特性と生物量変化）

  末永 慶寛; 高木 儀昌; 佐久田 昌昭

  TECHNO-OCEAN92シンポジウム論文集 219 - 226 1992 [Refereed]
  
• 海域制御・管理技術に関する基礎的研究－水産における海域制御技術－

  末永 慶寛; 高木 儀昌; 佐久田 昌昭; 畔柳 昭雄; 倉田 孝幸; 近藤 洋

  日本造船学会，第11回海洋工学論文集 第185巻 135 - 142 1992 [Refereed]
  
• A CONTROL SYSTEM ON THE OCEAN ENVIRONMENTAL CONDITION FOR CREATION OF MARINE RANCHING

  Yoshihiro Suenaga; Masaaki Sakuta; Norimasa Takagi; Akio Kuroyanagi; Takayuki Kurata; Hiroshi Kondo

  Proceedings of OCEANS 91 OS/12-OS/16  1991 [Refereed]
  
• STUDY ON WAVE ENERGY ABSORPTION SYSTEM OF IRREGULAR WAVES 2nd.

  Yoshihiro Suenaga; Norimasa Takagi; Masaaki Sakuta

  PROCEEDINGS OF THE PACIFIC CONGRESS ON MARINE SCIENCE AND TECHNOLOGY 90 451 - 455 1990 [Refereed]
  
• Study on Wave Energy Absorption System with the Plural Oscillating Water Columns : Part1 Wave Energy Absorption Characteristics

  TAKAGI Norimasa; SUENAGA Yoshihiro; SAKUTA Masaaki

  Journal of the Kansai Society of Naval Architects, Japan The Japan Society of Naval Architects and Ocean Engineers (第209号) 123 - 131 0389-9101 1988 [Refereed]
  
• STUDY ON WAVE ENERGY ABSORPTION SYSTEM OF IRREGULAR WAVES 1st.

  Yoshihiro Suenaga; Norimasa Takagi; Masaaki Sakuta

  PROCEEDINGS OF THE PACIFIC CONGRESS ON MARINE SCIENCE AND TECHNOLOGY 88 OST9/64-9/69  1988 [Refereed]
  
• 不規則波のエネルギー吸収に関する研究

  高木 儀昌; 末永 慶寛; 佐久田 昌昭

  日本造船学会，第２回波浪エネルギー利用シンポジウム講演論文集 第2巻 59 - 66 1987 [Refereed]
  

Books etc

• 調査月報No.335 自然エネルギー（潮流）を制御する人工魚礁の開発と漁場造成

  一般財団法人百十四銀行経済研究所 2015
• 閉鎖生態系・生態工学ハンドブック

  丸善出版株式会社 2015 9784904419571
• 瀬戸内海の浅海環境

  香川大学大学教育開発センター (Contributorpp.43～54)美巧社 2009/12 9784863870031 83p
• 学術の動向・浅海における物質の輸送機構解明と防災と活用

  日本学術協力財団 2008
• Trends in the Sciences･The elucidation of the mass transport mechanisms in shallow waters and their utilization for disaster prevention.

  Japan Science Support Foundation 2008
• 日本プロボクシング年鑑

  末永慶寛; 増田茂; 岡庭慎; 福田直樹; 他 (Contributor対象選手493人中48人について分担執筆)㈱ベースボールマガジン社 2004/04
• 漁場造成技術

  漁場造成技術研究会 2004

Conference Activities & Talks

• AIを活用した瀬戸内海における資源生産力向上技術  [Invited]

  末永慶寛

  香川大学瀬戸内圏シンポジウム  2022/12
• 豊かな海を創造する環境改善技術  [Invited]

  末永慶寛

  香川県立高松桜井高等学校創立記念講演会  2022/11
• 波浪エネルギー吸収装置の開発と水産資源生産力向上技術  [Invited]

  末永慶寛

  高松市 防災まちカフェ公開講座  2022/09
• 香川大学におけるカーボンニュートラルへの取り組み  [Invited]

  末永慶寛

  四国学習塾  2022/09
• Development of Artificial Reefs for Mollusks in the Sea and Discrimination by AI  [Not invited]

  Yoshihiro SUENAGA

  27th Pacific Congress on Marine Science and Technology, 2022  2022/09
• 振動水柱型波浪エネルギー吸収装置の開発と魚類養殖への適用  [Invited]

  末永慶寛

  第 2 回 海洋 科学技術情報講演会 “藻場造成，魚類養殖による水産資源の回復，方策，その後について”  2022/09
• 藻場造成と豊かな海の創造  [Invited]

  末永慶寛

  公開講座「かがわ里海大学」  2022/08
• AIを活用した東北震災海域における水産資源生産力向上技術の開発  [Invited]

  末永慶寛

  香川大学 海洋科学の未来と減災シンポジウム  2022/07
• 自然エネルギー（潮流）の制御と魚類残渣を利用した人工魚礁の開発  [Invited]

  末永慶寛

  黒潮カンファレンス合同学会  2022/07
• 瀬戸内海の底質環境と水産資源の保護  [Invited]

  末永慶寛

  ジオパークシンポジウム  2021/12
• 流動制御機能を有する人工魚礁の開発とAIを用いた資源生産力向上技術  [Invited]

  末永慶寛

  香川県高等学校教育研究会水産部会秋季研究会  2021/12
• Creating seaweed beds and Sato-Umi  [Invited]

  Yoshihiro SUENAGA

  公開講座「かがわ里海大学」  2021/08
• AIを活用した水産資源生産力向上技術の開発  [Invited]

  末永慶寛

  香川大学 海洋科学の未来と減災シンポジウム  2021/07
• 「豊かな人間性をはぐくむために！」～ネット社会だからこそ大切にしたい現場のFeelと創造力～  [Invited]

  末永慶寛

  香川県教育委員会 さぬきっ子安全安心ネット指導員研修会  2021/03
• 波浪エネルギー吸収装置の開発と海域環境改善  [Invited]

  末永慶寛

  香川大学 海洋科学の未来と減災シンポジウム  2020/08
• 海の環境改善と豊かな海の創造  [Invited]

  末永慶寛

  香川県立高松北高等学校講演会  2020/02
• Study on Environmental Improvement and Fish Aggregation Function of Artificial Reef Actual Marine Area  [Not invited]

  Pacific Congress on Marine Science and Technology 2017  2017
• Study on Environmental Improvement and Fish Aggregation Function of Artificial Reef Actual Marine Area  [Not invited]

  Pacific Congress on Marine Science and Technology 2017  2017
• 人工魚礁の環境改善機能に関する効果検証  [Not invited]

  平成28年度日本水産工学会学術講演会  2016
• 実海域における人工魚礁の流動制御機能の評価  [Not invited]

  土木学会四国支部技術研究発表会  2016
• 実海域における人工魚礁の環境改善機能に関する定量的評価  [Not invited]

  土木学会第41回海洋開発シンポジウム  2016
• 撹拌機能を有する人工魚礁の実証的評価  [Not invited]

  日本沿岸域学会研究討論会  2016
• 魚類廃棄物由来のHApによる環境改善技術  [Not invited]

  イノベーションジャパン2016 知の創造 ～新たな結合による価値の創造～  2016
• 流動制御機能を有する人工魚礁の開発  [Not invited]

  九環境オープンセミナー 研究者から学ぶ赤潮の科学と藻場造成技術  2016
• 人工魚礁の環境改善機能に関する効果検証  [Not invited]

  平成28年度日本水産工学会学術講演会  2016
• 実海域における人工魚礁の流動制御機能の評価  [Not invited]

  土木学会四国支部技術研究発表会  2016
• 実海域における人工魚礁の環境改善機能に関する定量的評価  [Not invited]

  土木学会第41回海洋開発シンポジウム  2016
• 撹拌機能を有する人工魚礁の実証的評価  [Not invited]

  日本沿岸域学会研究討論会  2016
• 魚類廃棄物由来のHApによる環境改善技術  [Not invited]

  イノベーションジャパン2016 知の創造 ～新たな結合による価値の創造～  2016
• 流動制御機能を有する人工魚礁の開発  [Not invited]

  九環境オープンセミナー 研究者から学ぶ赤潮の科学と藻場造成技術  2016
• 攪拌機能を有する人工魚礁の実海域機能評価  [Not invited]

  平成27年度日本水産工学会学術講演会  2015
• 実海域における人工魚礁の攪拌機能に関する定量的評価  [Not invited]

  土木学会第40回海洋開発シンポジウム  2015
• 攪拌機能を有する人工魚礁の実海域機能評価  [Not invited]

  平成27年度日本水産工学会学術講演会  2015
• 実海域における人工魚礁の攪拌機能に関する定量的評価  [Not invited]

  土木学会第40回海洋開発シンポジウム  2015
• 水危機克服へ 讃岐からの国際協力 香川大学の新しい技術  [Not invited]

  香川大学インターナショナルオフィス主催市民講演会  2014
• 振動水柱を格納した波浪エネルギー吸収型消波構造物に関する研究  [Not invited]

  土木学会第39回海洋開発シンポジウム  2014
• RESEARCH ON THE WAVE ENERGY ABSORPTION FACILITY WITH OSCILLATING WATER COLOUMN  [Not invited]

  土木学会第39回海洋開発シンポジウム  2014
• 魚類廃棄物の再資源化による震災域水産資源生産力向上技術に関する研究  [Not invited]

  イノベーション創出基礎的研究推進事業平成２４年度研究成果報告会  2013
• スラグ多孔質体を用いた藻場礁の開発と海域環境改善技術  [Not invited]

  製鋼スラグの震災復興への活用と農地・海洋環境での利用技術開発シンポジウム  2013
• 藻場造成構造物の海底設置時における安定性向上技術  [Not invited]

  土木学会第38回海洋開発シンポジウム  2013
• 有害金属吸着機能を有する新規多孔質コンクリートの開発  [Not invited]

  土木学会第37回海洋開発シンポジウム  2012
• 岩礁性魚類幼稚魚放流用シェルターの開発  [Not invited]

  土木学会第37回海洋開発シンポジウム  2012
• 離岸堤周辺におけるアマモ種子の輸送・滞留機構に関する研究  [Not invited]

  土木学会第37回海洋開発シンポジウム  2012
• Estimation on Diffusion Area of Nutrient Load from River  [Not invited]

  Pacific Congress on Marine Science and Technology 2012  2012
• Study on the Coefficient of Static Friction of the Artificial Reefs  [Not invited]

  Pacific Congress on Marine Science and Technology 2012  2012
• Study on the Development of Movement Restraint Device for Aquaculture Facilities and its Practical Realization  [Not invited]

  Pacific Congress on Marine Science and Technology 2012  2012
• Study on the Creation of Seaweed Beds by Artificial Reef Includes the Porous Material  [Not invited]

  Pacific Congress on Marine Science and Technology 2012  2012
• Estimation on Diffusion Area of Nutrient Load from River  [Not invited]

  Pacific Congress on Marine Science and Technology 2012  2012
• Study on the Coefficient of Static Friction of the Artificial Reefs  [Not invited]

  Pacific Congress on Marine Science and Technology 2012  2012
• Study on the Development of Movement Restraint Device for Aquaculture Facilities and its Practical Realization  [Not invited]

  Pacific Congress on Marine Science and Technology 2012  2012
• Study on the Creation of Seaweed Beds by Artificial Reef Includes the Porous Material  [Not invited]

  Pacific Congress on Marine Science and Technology 2012  2012
• 産業副産物を利用した人工魚礁の開発および水圏環境改善技術  [Not invited]

  平成22年度 産業副産物に係る講演会第２回  2011
• 府中湖の水質改善対策について  [Not invited]

  社団法人日本工業用水協会 第46回研究発表会  2011
• Technology for the Creation of Marine Habitat Using Numerical Model  [Not invited]

  8th International Symposium on Ecohydraulics 2010  2010
• 流れの制御と産業副産物を利用した漁場造成（海づくり）  [Not invited]

  第2回里海創生シンポジウム  2010

Works

• アサリ資源回復用基質

  2017/04 - Today
• 着脱基質用プラットホーム

  Artistic activity 2012/04 - Today
• 藻場造成用ブロック

  末永慶寛 Architectural works 2012/04 - Today
• 人工魚礁

  末永慶寛 Others 農林水産省水産基盤整備事業 2022/12 

  水産資源生産力向上のための公共事業で採用された実績
• 人工魚礁

  末永慶寛 Others 農林水産省水産基盤整備事業 2022/10 

  水産資源生産力向上のための公共事業で採用された実績
• 人工藻場礁

  末永慶寛 Others 国土交通省海岸整備事業 2022/08 

  離岸堤背後域の藻場造成のための公共事業で採用された実績
• 流動制御機能を有する水産資源増殖構造物

  末永慶寛 Architectural works 2000/04 -2021/03
• 攪拌ブロック

  Artistic activity 2018
• 攪拌ブロック

  Artistic activity 2017
• 着脱基質用プラットホーム

  Artistic activity 2017
• 石炭灰造粒物を利用した環境浄化材

  2016
• 着脱基質用プラットホーム

  Artistic activity 2016
• 磯根資源増殖構造物

  Artistic activity 2015
• 着脱基質用プラットホーム

  Artistic activity 2015
• Fishery Resources Enhancement Structure

  Artistic activity 2015
• 魚類廃棄物の再資源化による震災域水産資源生産力向上技術に関する研究

  2012 -2014
• 磯根資源増殖構造物

  Artistic activity 2014
• 着脱基質用プラットホーム

  Artistic activity 2014
• Fishery Resources Enhancement Structure

  Artistic activity 2014
• 水産資源増殖構造物, 香川県，兵庫県, 高松市，他

  Artistic activity 2013
• 藻場造成構造物, 香川県，岩手県, 高松市，宮古市他

  Artistic activity 2013
• ソーラーパネル浮体施設, 香川県, 坂出市

  Artistic activity 2013
• キジハタ稚魚保護育成ブロック, 山口県，香川県, 阿武町，高松市，他

  Artistic activity 2013
• Seaweed Beds Creation Structure

  Artistic activity 2013
• ソーラーパネル浮体施設, 香川県, 坂出市

  Artistic activity 2013
• キジハタ稚魚保護育成ブロック, 山口県，香川県, 阿武町，高松市，他

  Artistic activity 2013
• 藻場造成構造物, 香川県, 高松市

  Artistic activity 2012
• 水質浄化用浮体施設, 香川県, 坂出市

  Artistic activity 2012
• Seaweed Beds Creation Structure

  Artistic activity 2012
• 水質浄化用浮体施設, 香川県, 坂出市

  Artistic activity 2012
• 水産資源増殖構造物, 香川県, 高松市，他

  Artistic activity 2011
• 石炭灰固化体を用いた魚礁・藻礁への適用性に関する研究

  2008
• 自然エネルギーを利用した水産資源生産力向上システムの開発

  2008
• フッ素およびホウ素含有廃水浄化処理装置（システム ）

  2007
• 香川県における自然再生型水圏環境改善技術開発に関する研究

  2006
• 非酸化的高温加熱装置（システム）

  2006
• 香川県における自然再生型水圏環境改善技術開発に関する研究

  2006
• Non-oxydatiove high-temperature heating system

  2006
• 開放性海域における流動解析と物質の滞留場所の推定に関する研究

  2005
• 香川県における自然再生型水圏環境改善技術に関する研究

  2005
• 香川県における自然再生型水圏環境改善技術に関する研究

  2005
• 新素材を用いた消波ブロックの生物着生機能に関する研究

  2004
• 水産資源増殖構造物（日本水産工学会大会の展示ブースにて構造物模型、海底設置後の調査結果の紹介）, 山口県下関市, 海峡メッセ

  Artistic activity 2004
• Fisheries Resources Enhancement Structure

  Artistic activity 2004

MISC

• Development of Environmental Surveillance System in the Fisheries Ground

  Yoshihiro SUENAGA  The Journal of the Institute of Electronics, Information and Communication Engineers  Vol.94-  (No.10)  877  -879  2011  [Refereed]
  
• Study on Evaluation of Growth Factors for Eelgrass in the Semi-Enclosed Bay

  Munehiro FUJIWARA; Yoshihiro SUENAGA; Hitoshi INOMO; Manabu MATSUSHIMA; Wataru SHIRAKI  Journal of JSCE, SER. B2 (Coastal Engineering)  Vol.67-  (No.2)  946  -950  2011  [Refereed]
  
• 瀬戸内海東部の香川県小豆島沿岸における海草の分布とアマモの季節変化

  藤原 宗弘; 山賀 賢一; 香川 哲; 末永 慶寛  香川県水産試験場研究報告  (10)  9  -15  2009/03
• Bleaching of Nori (Porphyra) and characteristics of water quality in eastern Seto Inland Sea.

  Tada, K; Suenaga, Y; Yoshimatsu, S; Matsuoka, S; Yamada, T; Ichimi, K; Fujiwara, M  Proceedings of 5th World Fisheries Congress (CD-ROM), October, 2008  2009  [Refereed]
  
• NO3-N RUNOFF MECHANISM AT A FLOOD EVENT IN TWO MOUNTAINOUS FORESTED BASINS WHERE GEOLOGICAL FEATURES ARE DIFFERENT

  Takao Tamura; Takeshi OKABE; Go Hoshikawa; Yoshihiro Suenaga; Yasuyuki WATANABE  Anuual Journal of Hydrauric Engineering, JSCE  第53巻-  499  -504  2009  [Refereed]
  
• 備讃瀬戸海域における海域環境改善システムの構築

  末永慶寛; 掛川寿夫; 山中稔  四国建設弘済会第9回建設事業の技術開発に関する助成事業成果報告集  41  -104  2006
• 高潮災害の被災要因と対策

  神崎正; 末永慶寛; 長谷川修一; KANZAKI,tadashi; SUENAGA,yoshihiro; HASEGAWA,shuichi  香川大学平成16年台風災害調査団報告会  6-17  2005
• 香川県における平成16年台風災害の概要

  長谷川修一; 松島学; 吉田秀典; 末永慶寛; 山中稔; 向谷光彦; 及川康; 高; 小野裕幸; 林宏年(四航コンサルタント; 川本治(中四農研センター; 河原能久; HASEGAWA,shuichi; MATSUSHIMA; manabu; YOSHIDA,hidenori; SUENAGA,yoshihiro; YAMANAKA,minoru; MUKAIDANI,mitsuhiko; OIKAWA,yasushi; ONO,hiro  (社)土木学会四国支部平成16年度台風災害報告会平成17年自然災害フォーラム論文集  17-24  2005
• 台風による高潮災害の被災要因と対策

  末永慶寛; 神崎 正; 中村孝幸; 中野 晋; 松島 学; 長谷川修一; 畑田佳男; 山中 稔  土木学会四国支部平成16年度台風災害報告会四国地域豪雨・高潮調査団調査報告書  79  -82  2005
• ため池再生のための水質浄化技術及び汚泥の有効利用技術の開発

  長谷川修一; 森下一男; 末永慶寛; 山中稔(HASEGAWA,shuichi; MORISHITA,kazuo; SUENAGA,yoshihiro; YAMANAKA,minoru  香川大学フロンティア研究フォーラム（第４回）～水圏環境改善技術の最前線～  3  2004/10
• 701 廃水からの高濃度有害金属イオンの新しい除去システムの開発(エネルギー・環境材料-I)(エネルギー・環境材料)(オーガナイスドセッション9)

  平尾 彰啓; 末永 慶寛; 掛川 寿夫  学術講演会講演論文集  52-  181  -181  2003
• (32)数値シミュレーションによる海底砂採取が仔稚魚輸送に与える影響の予測に関する研究(平成13年秋季講演論文概要)

  末永 慶寛; 増田 光一; 田中 和広  Techno marine : bulletin of the Society of Naval Architects of Japan : 日本造船学会誌  (863)  9  -9  2001/09
• 10004 Numerical simulation on environmental effect of the seabed sand picking on the transport of Japanese sand eel larvae

  TANAKA Kazuhiro; MASUDA Koichi; SUENAGA Yoshihiro  Summaries of technical papers of Annual Meeting Architectural Institute of Japan. A-2, Fire safety, off-shore engineering and architecture, information systems technology  2001-  261  -262  2001/07
• Development of hybrid artificial reef which have the functions for control of current velocity and spawning

  Suenaga Yoshihiro; Sasaki Takashi; Hamagaki Takashi  Technical bulletin of Faculty of Agriculture, Kagawa University  53-  79  -85  2001/03
• A study on environmental impact assessment in red tide area : Part2. Simulation of coastal ecosystem

  TOMIZAWA Nobuki; MASUDA Koichi; MAEDA Hisaaki; Suenaga Yoshihiro  Summaries of technical papers of Annual Meeting Architectural Institute of Japan. A-2, Fire safety, off-shore engineering and architecture, information systems technology  1999-  301  -302  1999/07
• Wind-induced drift of brown sole eggs and larvae in the shelf region near Sado Strait in relation to the recruitment mechanism (Proceedings of BIO-COSMOS PROGRAM International Workshop on"Coastal Fisheries Development through Elucidating the Structure of Fisheries Ecosystems and its Management Application"November 15-19, 1998, Sendai) -- (Part1 Coastal Water Ecosystem)

  Nakata Hideaki; Suenaga Yoshihiro; Fujihara Masayuki  Bulletin of Tohoku National Fisheries Research Institute  (62)  51  -60  1999/04  [Refereed]
  
• A Study on Environmental Impact Assessment in Red Tide Area : Part.1 Simulation of Tidal Current

  Tanaka KAZUHIRO; MASUDA Koichi; MAEDA Hisaaki  Summaries of technical papers of Annual Meeting Architectural Institute of Japan. A-2, Fire safety, off-shore engineering and architecture, information systems technology  299  -300  1999
• QUANTITATIVE RESEARCH OF THE CHANGES IN MARINE ENVIRONMENT BY MARINE CONDITIONS CONTOROL STRUCTURES

  Suenaga Yoshihiro; Takagi Norimasa; Kuroyanagi Akio  Technical bulletin of Faculty of Agriculture, Kagawa University  49-  (1)  55  -62  1997/03
• Fundamental Study on the Ocean Conditions Control System : 6th Biological Effect of the Spawning Structure for Marine Organisms

  SUENAGA Yoshihiro; TAKAGI Norimasa; KUROYANAGI Akio; SAKUTA Masaaki  Summaries of technical papers of Annual Meeting Architectural Institute of Japan. A-2, Fire safety, off-shore engineering and architecture, information systems technology  1995-  281  -282  1995/07
• Fundamental Study on Regional Marine Environmental Impact Prediction Method : 3rd Distributions of Phytoplankton in Osaka Bay

  SUENAGA Yoshihiro; TAKAGI Norimasa; SAKUTA Masaaki  Summaries of technical papers of Annual Meeting Architectural Institute of Japan. A, Materials and construction, fire safety, off-shore engineering and architecture, information systems technology  1994-  1631  -1632  1994/07
• Fundamental Study on the Forecast Techniques of Envirenment in Closed Ocean Area : (-2nd-) changes in Biomass and Dissoleved Oxygen

  Takagi Norimasa  Summaries of technical papers of Annual Meeting Architectural Institute of Japan. A, Materials and construction, fire safety, off-shore engineering and architecture, information systems technology  1993-  1429  -1430  1993/07
• Fundamental Study on the Forecast Techniques of Environment in Closed Ocean Area : -1st- Characteristics of Test Field

  Suenaga Yoshihiro  Summaries of technical papers of Annual Meeting Architectural Institute of Japan. A, Materials and construction, fire safety, off-shore engineering and architecture, information systems technology  1992-  1449  -1450  1992/08
• Fundamental Study on the Ocean Conditions Control System : -5th- Fishing Ground Expanding Techniques

  Kurata Takayuki  Summaries of technical papers of Annual Meeting Architectural Institute of Japan. A, Materials and construction, fire safety, off-shore engineering and architecture, information systems technology  1992-  1451  -1452  1992/08
• Fundamental Study on the Ocean Conditions Control System : (-3rd-) The Spawning Structure for Shore-grown Resources

  Kurata Takayuki  Summaries of technical papers of Annual Meeting Architectural Institute of Japan. A, Materials and construction, fire safety, off-shore engineering and architecture, information systems technology  1991-  1285  -1286  1991/08
• Fundamental Study on the Ocean Conditions Control System : (-4th-) Research for the Distribution of The Larvae on Futaoi-bay

  Suenaga Yoshihiro  Summaries of technical papers of Annual Meeting Architectural Institute of Japan. A, Materials and construction, fire safety, off-shore engineering and architecture, information systems technology  1991-  1287  -1288  1991/08
• Fundamental Study on the Ocean Conditions Control System : (-1st-) Ocean Conditions Control Structure

  Takagi Norimasa  Summaries of technical papers of Annual Meeting Architectural Institute of Japan. A, Materials and construction, fire safety, off-shore engineering and architecture, information systems technology  1990-  1161  -1162  1990/09
• Fundamental Study on the Ocean Conditions Control System : (-2nd-) Research for Gathering of Fish around the Structure

  Suenaga Yoshihiro  Summaries of technical papers of Annual Meeting Architectural Institute of Japan. A, Materials and construction, fire safety, off-shore engineering and architecture, information systems technology  1990-  1163  -1164  1990/09
• Study on the Wave Energy Absorber with the Plural Oscillating Water Columns (-6th-)

  TAKAGI Norimasa  Summaries of technical papers of Annual Meeting Architectural Institute of Japan. A, Materials and construction, fire safety, off-shore engineering and architecture, information systems technology  1989-  1149  -1150  1989/09
• Study on the Wave Energy Absorber with the Plural Oscillating Water Columns (-5th-)

  SUENAGA Yoshihiro  Summaries of technical papers of Annual Meeting Architectural Institute of Japan. A, Materials and construction, fire safety, off-shore engineering and architecture, information systems technology  1989-  1147  -1148  1989/09
• Study on the Wave Energy Absorber with the Plural Oscillating Water Columns 4th

  TAKAGI Norimasa  Summaries of technical papers of Annual Meeting Architectural Institute of Japan. A, Materials and construction, fire safety, off-shore engineering and architecture, information systems technology  1988-  877  -878  1988/09
• Study on the Wave Energy Absorber with the Plural Oscillating Water Columns 3rd

  SUENAGA Yoshihiro  Summaries of technical papers of Annual Meeting Architectural Institute of Japan. A, Materials and construction, fire safety, off-shore engineering and architecture, information systems technology  1988-  875  -876  1988/09
• Research on the Bioiogical Efficiency of the Malti-Purpose Artificial Reefs

  Sakuta MASAKI  Summaries of technical papers of Annual Meeting Architectural Institute of Japan. Materials and construction, fire safety, off-shore engineering and architecture, computer application  62-  969  -970  1987/08
• Study on the Wave Energy Absorber with the Plural Oscillating Water Columns : 1st

  Senaga YOSHIHIRO  Summaries of technical papers of Annual Meeting Architectural Institute of Japan. Materials and construction, fire safety, off-shore engineering and architecture, computer application  62-  961  -962  1987/08
• Study on the Wave Energy Absorber with the Plural Oscillating Water Columns : 2nd

  Takagi NIRIMASA  Summaries of technical papers of Annual Meeting Architectural Institute of Japan. Materials and construction, fire safety, off-shore engineering and architecture, computer application  62-  963  -964  1987/08

Industrial Property Rights

• 特許6351008:魚骨由来のヒドロキシアパタイト    2018/06/15

  末永慶寛, 吉田秀典, 本城凡夫, 多田邦尚, 一見和彦
• 特許6156906:浮体動揺抑制装置および生簀    2017/06/16

  末永慶寛
• 特許5754045:機能性多孔質体    2015/06/05

  末永 慶寛
• 特許5704558:Artificial Reef    2015/03/06

  SUENAGA Yoshihiro
• 特許5569682:石炭灰を原料とする魚礁・藻礁ブロックおよび魚礁・藻礁の形成方法    2011/03/06

  末永慶寛
• 特許1406939:人工魚礁用ブロック    2011/01/07

  末永 慶寛
• 特許1406940:人工魚礁用ブロック    2011/01/07

  末永 慶寛
• 特許4183862:人工魚礁    2008/09/06

  末永慶寛
• 特許1841275:波浪エネルギー吸収装置    1995/08/07

  末永慶寛
• Artificial Reef Block

  登録番号:No.1406939
• Artificial Reef Block

  登録番号:No.1406940
• Wave Energy Absorption Equipment

  登録番号:No.1841275

Awards & Honors

• 2020/11 日本大学理工学部 学術賞 学会・協会賞
  
• 2019/04 文部科学省 科学技術分野の文部科学大臣表彰科学技術賞（理解増進部門）
  
• 2017/04 文部科学省 科学技術分野の文部科学大臣表彰科学技術賞（開発部門）
   JPN
• 2015/03 J.Soc. Water Environment Certificate of Appreciation
   JPN
• 2014/08 PACON International Ocean Service Award
  
• 2014/06 徳島大学大学院ソシオテクノサイエンス研究部 第14回エンジニアリングフェスティバル優秀賞
   JPN
• 2011/02 かがわ産業支援財団 芦原科学賞（功労賞）
   JPN
• 2008/06 PACON International Service Award
  
• 2008/03 尾崎エレキテル財団 源内賞
   JPN
• 2008/02 かがわ産業支援財団 芦原科学賞（大賞）
   JPN
• 2007/07 感謝状（国土交通省）
   JPN
• 2007/04 文部科学省 科学技術分野の文部科学大臣表彰科学技術賞（技術部門）
   JPN
• 2007/04 平成19年度河川整備基金助成事業優秀成果
   JPN
• 2006/06 生態工学会2006年度論文賞
   JPN
• 2006/06 PACON International Saxena Award
  
• 2004/06 漁場造成技術研究会 水産土木技術賞
   JPN
• 1990/02 日本大学 古田奨学金
   JPN

Research Grants & Projects

• Formation of a network base that traverses between climate change science and adaptation spots

  日本学術振興会：Core-to-Core Program

  Date (from‐to) : 2023/04 -2026/03 

  Author : 寺尾徹; 鼎 信次郎; 藤波 初木; 佐藤 友徳; 吉田 秀典; 野々村 敦子; 石塚 正秀; 岡崎 慎一郎; 末永 慶寛; 村山 聡; 村田 文絵; 山根 悠介; 福島 あずさ; 木口 雅司; 田上 雅浩; 林 泰一; 浅田 晴久; 神田 さやこ; 小川 道大; 橋爪 真弘; 梶谷 義雄; 玉置 哲也; 竹之内 健介; 原 直行; 上米良 秀行

   

  香川大学と南アジア(インド・バングラデシュ・ネパール)との強い関係を、気候変動メカニ ズム科学と気候変動適応科学が結びついた南アジア気候変動科学の研究拠点に結実させる。南アジアでは、 2022 年の夏季にも極端豪雨や干ばつが発生し、気候の変貌への懸念が広がっている。気候変動への脆弱性が 高く、20 億近い人口を抱える南アジア各地の気候変動適応現場と往還する広大なネットワークを構築する。
• 着脱基質を用いた藻場造成によるウニと海藻の共生システムの構築

  Japan Society for the Promotion of Science：Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (C)

  Date (from‐to) : 2020/04 -2023/03 

  Author : Yoshihiro SUENAGA

   

  東北地方沿岸部は，親潮と黒潮が衝突する潮目に近い海域であり，我が国における極めて良好な漁場として位置付けられる．しかし，2011年3月に発生した東日本大震災により，海底の地盤沈下，流動場の変化および磯焼けの問題等により，現在も震災以前のような磯根資源豊かな状態には戻っていない．また，漁業者の減少・高齢化と後継者不足も深刻な問題となっている．本研究では，事前に岩手県宮古市重茂地先海域に藻場造成構造物を4基設置し，海藻の繁茂状況とウニの蝟集量調査を実施した．一般的に，海藻被度を増加させるには「移植」,「光供給」,「栄養塩供給」,「基質の供給」,「浮泥除去」という技術が用いられるが，当該海域での磯焼け発生・継続要因を考慮して「移植」,「基質の供給」を選択した．海藻被度の増加を担う核藻場の造成の方法として，構造物および基質に直接種糸を巻きつける「構造物直巻法」, 構造物に設置した柱状体間にロープを渡してウニの這い上がりを防ぐ「柱間ロープ渡し法」, 種糸付きロープを構造物や天然の岩礁などに取り付けた「ロープ直結法」, ウニが這い上がる方向とは逆の上から下に降りる行動に難があると見なし，多孔質基質をロープで海中に吊り下げて昆布の幼体時期に捕食されることなく生長させることを想定した「基質吊り下げ法」を考案した．これらの手法を試みた結果，「基質吊り下げ法」が有効だと分かった．しかし，本手法を大規模かつ広範囲に採用するとなると，岩礁や構造物にロープを結び付ける構造上の問題，経済性，設置場所が制限される等の汎用性が低いという問題が発生した． そこで，海藻の着生と成長が認められた「基質吊り下げ法」で得られた知見を基に，新たに「浮上式投入法」を考案し，経済的にも安価かつ高密度にウニが生息する場所でも昆布場を造成でき，ウニと昆布の両者の共生と高齢の漁業者らが安全に操業可能であるという知見が得られた．
• Development of decontamination methods in water and land areas

  Japan Society for the Promotion of Science：Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (C)

  Date (from‐to) : 2016/04 -2019/03 

  Author : Yoshida hidenori; KAKEGAWA HISAO; SUENAGA YOSHIHIRO; MATSUMOTO NAOMICHI

   

  In this study, an electric current test by the electrophoresis method was carried out in order to efficiently extract cesium from the contaminated soil in the flexible container bag as a decontamination of the land area. From the test, the usefulness of the proposed method was confirmed without the aid of extraction by adopting ammonium acetate aqueous solution as electrolyte. It was also found that strontium can be selectively absorbed by immersing hydroxyapatite derived from fish bone, which was developed by researchers, in various aqueous solutions for water decontamination, and almost all strontium can be adsorbed after 1 week (168 hours), for example, in distilled water or in a saline environment. Since this adsorbent has high adsorption ability at low cost, not only academic contribution is big but also social significance is also big.
• Explication of a mechanism for the inhibitory effects of apatite on a metallic corrosion and the development of preservation concrete

  Japan Society for the Promotion of Science：Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (B)

  Date (from‐to) : 2014/04 -2017/03 

  Author : Kakegawa Hisao; Suenaga Yoshihiro; Tanaka Yasuhiro

   

  Hydroxyapatite (HAP) significantly inhibited the corrosion of iron plates in sodium chloride solution and the releases of iron ions from iron plate. No formation of the layer of newly formed chemical composition on the plate surfaces was observed by analysis with TEM. The corrosion electric potentials of metals were increased. The linear sweep voltammetry (LSV) between iron and platinum electrode were significantly inhibited by HAP. It was suggest that the inhibitory effect of HAP on the anode reaction of iron corrosion reaction seems to be caused by some physical mechanisms. The fresh-concrete containing HAP fitted with JIS standard. The compressive strength of the test pieces with HAP were more than 40 N/mm2 as well as those of the test pieces without HAP. The inhibitory effects of HAP on the corrosion of iron sands in the concrete test pieces containing iron sands with HAP were confirmed in the sodium chloride solution with 1N hydrochloric acid.
• Study on adsorption performance of adsorbent material and development of decontamination sheet

  Japan Society for the Promotion of Science：Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (C)

  Date (from‐to) : 2013/04 -2016/03 

  Author : yoshida hidenori; KAKEGAWA Hisao; SUENAGA Yoshihiro; MATSUMOTO Naomichi; SHIBATA Keiichiro

   

  Large amounts of radioactive materials were spread over a wide range by the accident of Fukushima Daiichi nuclear power plant occurred. Currently, the decontamination of radioactive materials discharged by this accident is urgently needed. However, the efficient and effective decontamination technology is not established. It is necessary to achieve the extraction of the cesium that firmly fixed to the clay mineral in soil and the volume reduction of disposal materials so as to base our prediction on the decontamination. In this study, the test was conducted to examine the extraction characteristic of cesium and the adsorption property of an adsorbent material. From the test, it is turned out that there is not most changes in extraction characteristics even if the passage of time is changed, and that the used adsorbent has a very high adsorption ability.
• Development of Movement Restraint Device for Aquaculture Facilities and Fisheries Resources Production Enhancement Technology

  Japan Society for the Promotion of Science：Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (C)

  Date (from‐to) : 2013/04 -2016/03 

  Author : Suenaga Yoshihiro; YAMANAKA MINORU

   

  Floating aquaculture facilities are often used in culture fisheries and fish farming. In the case of rearing fish juveniles that have hiding behavior in the floating aquaculture preserves, the number of fish juveniles decreases due to the stress from movement of preserves caused by the waves. In this study, we invented the wave energy absorption gadget operates on the principle that the natural frequency of the oscillating wave column is determined not by its volume but by its length. We have conducted some field experiments in different conditions and acquired high wave energy absorption ratio besides better survival rate of fish juveniles in the floating rearing facilities.
• 魚類廃棄物の再資源化による震災域水産資源生産力向上技術に関する研究

  National Agriculture and Food Research Organization：Innovation Creation Basic Research Promotion Project

  Date (from‐to) : 2012/04 -2015/03 

  Author : 末永慶寛; 吉田秀典; 多田邦尚; 本城恒夫; 掛川寿夫; 宮川昌志; 松山哲也; 亀山剛史; 山地功二
• Response Analysis of Buried Continuous or Jointed Pipelines against Earthquake Ground Motion and Liquefaction

  Japan Society for the Promotion of Science：Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (C)

  Date (from‐to) : 2012/04 -2015/03 

  Author : NODA Shigeru; YOSHIDA Hidenori; SUENAGA Yoshihiro; MIYAMOTO Mitsuhiro

   

  The seismic behaviors of the deformed pipelines are not clear. The effectiveness of the flexible and non-detached mechanical joint is not examined enough. Moreover, the influence of the joint characteristics on the bending moment, stress, strain of pipelines, etc. has not been clarified. Numerical response analyses were carried out for buried pipelines with typical joint characteristics and soil frictions subjected to seismic waves or ground displacements during liquefaction by using ERUAL program. As a result, it was found that the stress concentrations occur near bend pipe section or branched pipe section as the bending moment and the rotation are predominant, and the effectiveness of the flexible and non-detached mechanical joint was verified.
• Development of environmental impact reduction substrate using industrial by-product

  Japan Society for the Promotion of Science：Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (C)

  Date (from‐to) : 2010 -2012 

  Author : SUENAGA Yoshihiro; YAMANAKA Minoru

   

  The carbonated porous material using industrial by-product was developed for improving aquatic environment. The carbonation technology can expect the reduction of CO2, recycling of the industrial by-product and environmental impact reduction. This research verified the high enhancement function of prey abundance against the other materials which be using the present artificial reefs. Especially, adhere of small prey abundance, seaweed and remove harmful metal irons in and around the carbonation porous material was 5-20 times larger against other substrates.
• 魚類廃棄物の有効利用による水圏環境改善技術の開発

  Date (from‐to) : 2011
• The Improvement Techniques for the Aquatic Environment Using the Wasted Fishery Products

  Date (from‐to) : 2011
• 波浪エネルギー吸収型動揺抑制装置の開発と応用

  Japan Science and Technology Agency (JST)：Research result development project (commercialization development, venture support, investment)

  Date (from‐to) : 2009 -2009 

  Author : Suenaga Yoshihiro
• Research on the solute runoff mechanism from basin and the marine ecosystem at the flood event using the hydrology and seawater flow model

  Japan Society for the Promotion of Science：Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (B)

  Date (from‐to) : 2006 -2007 

  Author : HASHINO Michio; TAMURA Takao; SUENAGA Yoshihiro; YAMANAKA Minoru

   

  The influence that geological features and the difference of the land use gave to the solute runoff mechanism from the basin to the sea area was examined. To achieve the purpose, the field observation and the mathematical model simulation were executed. The water quality and hydrological observation were done in the Umayado river basin(covered in sandstone-mudstone, and forest)and the Kabe river basin(covered in granite, and coexistence ground in forest, urban area, and farmland)at the rain event of Typhoon No. 4 in 2007. The total precipitation was 200mm in both of the two basins. The finding is described as follows. 1) In the point of the runoff rate and the solute runoff rate, the Umayado river basin (geological features: sandstone-mudstone)is higher than the Kabe river basin (geological features: granite). 2) In the relation between the geological features and the amount of the solute supply from the basin, the Kabe river basin is bigger than the Umavado river basin, for instance the amount of the supply of the silica increases by a factor of 1.6 3) When the land use upgraded, the runoff loading of silica becomes small The runoff loading of Kabe river basin was 46% fewer than that of the Umayado river basin. Because a large-scale flood event that influenced the seawater quality did not occur, the observation and analyze of the sea areas that were adjacent to the basins were not able to be done. However, it is thought that it was a very important result to be able concretely to examine the difference of the solute runoff mechanism of two basins which have the different geological features and land use, using the mathematical model in the condition like the same rainfall wave form and precipitation.
• 沿岸域の自然再生のための住民参加による藻場創出技術の開発

  Japan Society for the Promotion of Science：Grants-in-Aid for Scientific Research Grant-in-Aid for Exploratory Research

  Date (from‐to) : 2004 -2006 

  Author : 白木 渡; 掛川 寿夫; 末永 慶寛; 井面 仁志; 森下 一男; 香月 智

   

  本年度は、風と波浪の影響を少なくするために浮き藻場構造物自体に浮力を持たせ、海底に沈設したコンクリートに係留固定し海中に浮かせる構造変更により、海中における安定性が向上し、風や波浪による構造上のトラブルもなくアマモの生育・着生が可能であることが確認できた。しかし、長期間の使用にともない、金属部の腐食対策、他の海草の付着による浮体構造物の重量の増加、観測装置の点検等の問題が発生し、メンテナンスが容易な浮体構造への設計変更を行う必要が生じた。メンテナンスを容易に行う事が可能となるように以下の3点の設計変更を行った。1)浮体構造物を筏より懸垂する懸垂方式への変更。2)構造体をコンクリート製からFRP製への材質の変更。3)アマモの着生床を砂から植生マットへの育成床の変更。これらの改良を行った新たな浮体構造物を製作しアマモ移植・着生実験を行った結果、構造物の揺動が若干増加したものの、アマモの順調な生育が確認できた。 浮き藻場の創出・整備計画手法の開発、管理マニュアルの策定を行うために、本年度はPCM手法を海域環境改善問題へ適応し、2回のPCMワークショップを開催し海域環境改善への適応可能性を検討した。ワークショップでは、行政、漁業者、NPOボランティア、大学高専関係者等、延べ30名の参加を得て、「沿岸のごみ問題」、「藻場・干潟減少問題」等の海域環境悪化の問題に対して、それぞれ「問題分析」、「目的分析」、「プロジェクト選択」を実施した。ワークショップ終了後に実施したアンケート調査によると、PCM手法の有効性に対して参加者全員が認め、また、次回の参加意志の問に対しては、85%が参加の意志を示した。さらに、自由記述欄をみると、各問題に対して、「理解が深まった」、「発言しやすい雰囲気であった」、「知識が増えた」などの意見が多く見られた。これらの結果から、海域環境改善問題へのPCM手法の有効性が確認できた。
• Performance Evaluation of Concrete Using Waste-Molten Slag and Its Application for Restoration of Sea-Waters Environment

  Japan Society for the Promotion of Science：Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (B)

  Date (from‐to) : 2003 -2005 

  Author : SAKAI Koji; SUENAGA Yoshihiro; YOSHIDA Hidenori

   

  The purpose of this study is to clarify the mechanical properties of concrete and reinforced concrete using municipal garbage and industrial waste molten slag, to develop a non-destructive performance evaluation method and to examine the effect of the molten slag on the restoration of sea environment. Based on the experimental results regarding the physical and chemical properties of molten slag and the fresh property, strength and durability of concrete using molten slag, it was clarified that the molten slag is utilized as an aggregate for concrete. It was also concluded that the shape improvement of molten slag by rubbing-reformation has deceased the unit quantities of water and improved the compressive strength of concrete. In addition, the experimental results on the flexural and shear behaviour of reinforced concrete beams using molten slag showed that the molten slag can be applied for reinforced concrete members. It was also clarified that the use of molten slag has little effect on the bond stress - slip relationship of reinforcing bar in reinforced concrete beams using molten slag. Regarding the application of ultrasonic wave method for evaluating the performance of concrete, model tests and numerical analysis were conducted. However, the effect of the difference of boundary condition in ordinary aggregate and molten slag was not evaluated with ultrasonic waves. Regarding the improvement of marine environment, it was found that the adherent prey abundance of concrete using molten slag is about 7 times as much as that of concrete without molten slag, the fish aggregation has increased around the molten slag concrete and the concentration of chemical oxygen demand has decreased in bottom sediment. Therefore, it can be concluded that the molten slag is effective as the improvement materials of biological environment.
• 水域開発に伴う資源再利用型環境保全・修復システムに関する研究

  Japan Society for the Promotion of Science：Grants-in-Aid for Scientific Research Grant-in-Aid for Young Scientists (B)

  Date (from‐to) : 2002 -2004 

  Author : SUENAGA Yoshihiro

   

  瀬戸内海のような閉鎖性海域における環境改善は十分には進んでいないのが現状であり、生物生息環境の保全・改善・創造のための技術の開発が急務となっている。 本研究は、流動制御機能を有する水産資源増殖構造物に関する技術および実海域における水産資源増殖効果の定量的評価技術をシーズとし、生物親和性が高く、製造・組立が容易な多孔質体を装着した水産資源増殖構造物を開発するとともに海域環境保全・修復システムを構築することを目的とした。 本研究では、形状、性状、調達の容易性等から製鋼スラグ、建設二次処理副産物を骨材として使用し、多孔質な構造を持つ新基質を開発した。従来の魚礁構造物では実現が困難であった流動制御機能を有し,餌料生物および海藻胞子の着生促進を可能とした水産資源増殖構造物を数値モデルによって推定した漁場造成適地に設置し、生物環境改善機能について継続的に調査・検証した。主な研究成果としては、以下に示すものが得られた。 前年とは高さの異なる模型を製作し水理実験および数値シミュレーションを行うことにより、構造物の有する流動制御機能の影響範囲を定量的に評価した。研究対象海域においても潮流観測・潮流計算を行い、実験的に設置適地を選定し、構造物沈設後、魚類・付着生物調査も行った。継続的な魚類蝟集・付着生物調査に加え、有用稚魚の放流を行い構造物への蝟集量を調査した結果、既存の天然岩礁へ放流した場合以上の着生量が確認された。また、餌料培養多孔質プレートとしてスラグ混入・無混入のものを構造物に設置しており、基質別および空隙率別に選好性餌料生物調査を行うことにより、多孔質プレートの餌料培養効果の優位性を検証し、最適設計を行った。 これらの結果より、(1)水産資源増殖構造物の仕様、(2)水理模型実験、(3)設置海域の潮流観測・潮流計算、(4)実機実験を経て海域環境保全・修復システムを構築し、その有効性を検証した。
• 産業副産物の有効利用による海域環境改善技術の開発

  Date (from‐to) : 2003
• The Improvement Techniques for the Marine Environment Using the Industry By-Products

  Date (from‐to) : 2003
• 数値モデルによる物質の輸送機構に関する研究

  Date (from‐to) : 2001
• Study of the Mass Transport Mechanism Using the Numerical Model

  Date (from‐to) : 2001
• 人工魚礁の開発および漁場造成手法に関する研究

  Date (from‐to) : 2000
• Planning of Artificial Reef and System for Creation of Fisheries Ground

  Date (from‐to) : 2000
• 開発行為に伴う沿岸海域の環境変化に関する研究

  Date (from‐to) : 1998
• Research on Environmental Change in the Coastal Marine Area with the Development Action

  Date (from‐to) : 1998

Committee Membership

• 1999 -2006   The Research Council of Techniques for the Artificial Reef   幹事   The Research Council of Techniques for the Artificial Reef
• 2005   Japan Society of Coastal Area   論文編集委員会査読委員   Japan Society of Coastal Area
• 2005   Society of Aquatic Environmental Engineering   副幹事長   Society of Aquatic Environmental Engineering
• 2004   Japan Society of Civil Engineering   四国支部選奨土木遺産選考委員会委員   Japan Society of Civil Engineering
• 2003   The Research Council of Techniques for the Creation of Fishery Grounds   Manager   The Research Council of Techniques for the Creation of Fishery Grounds
• 2000   Japan Society of Fisheries Engineering   論文編集委員会査読委員   Japan Society of Fisheries Engineering
• 2000   Architectural Institute of Japan   論文編集委員会海洋部門査読委員   Architectural Institute of Japan

Other link

researchmap

https://researchmap.jp/read0210799