Organization
Faculty of Environmental, Life, Natural Science and Technology Associate Professor
Position
Associate Professor
External link
FUKUDA Hiroshi
Degree
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Ph.D ( 1998.3 Tokyo Metropolitan University )
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博士(理学)
Papers
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Hiroshi Fukuda, Hiroshi Ishikawa, Soma Ito, Takuma Haga
Molluscan Research 42 ( 2 ) 115 - 127 2022.4
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Biology and Evolution of the Mollusca で提唱された軟体動物の分類体系と和名の対応 Reviewed
福田 宏
Molluscan Diversity 6 ( 2 ) 89 - 180 2021.12
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Hiroshi Fukuda, So Ishida, Tetsuya Watanabe, Sadaaki Yoshimatsu, Takuma Haga
Molluscan Research 41 ( 2 ) 107 - 171 2021.7
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クボガイ (古腹足類: ニシキウズ目: クボガイ科) の有効名 Reviewed
福田 宏, 山崎大志
Molluscan Diversity 6 ( 1 ) 21 - 38 2021.7
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最北のタイワンホトトギス (二枚貝綱; イガイ科) — 山口県萩市での採集記録 Reviewed
福田 宏, 岩崎敬二
Molluscan Diversity 6 ( 1 ) 55 - 78 2021.7
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A new replacement name for Chlorostoma lischkei Pilsbry, 1889 (not of Tapparone-Canefri, 1874) (Vetigastropoda: Trochida: Tegulidae) Reviewed
Daishi Yamazaki, Takahiro Hirano, Satoshi Chiba, Hiroshi Fukuda
MOLLUSCAN RESEARCH 40 ( 4 ) 327 - 344 2020.10
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Takumi Saito, Satoshi Chiba, Hiroshi Fukuda
Molluscan Research 40 ( 2 ) 169 - 182 2020.2
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Takumi Saito, Takahiro Hirano, Larisa Prozorova, Van Tu Do, Anna Sulikowska-Drozd, Tatiana Sitnikova, Purevdorj Surenkhorloo, Daishi Yamazaki, Yuta Morii, Yuichi Kameda, Hiroshi Fukuda, Satoshi Chiba
BMC Evolutionary Biology 18 ( 1 ) 164 2018.11
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Endangered freshwater limpets in Japan are actually alien invasive species Reviewed
Takumi Saito, Van Tu Do, Larisa Prozorova, Takahiro Hirano, Hiroshi Fukuda, Satoshi Chiba
Conservation Genetics 19 ( 4 ) 947 - 958 2018.5
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Nomenclature of the horned turbans previously known as Turbo cornutus [Lightfoot], 1786 and Turbo chinensis Ozawa & Tomida, 1995 (Vetigastropoda Reviewed
Hiroshi Fukuda*
Molluscan Research, Journal of the Malacological Society of Australia 1 - 14 2017.5
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Towards a taxonomic revision of the Truncatellidae (Caenogastropoda: Truncatelloidea) of Japan Reviewed
Molluscan diversity 5 ( 1 ) 33 - 77 2017.3
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Non-marine molluscan fauna of Tonaki Island, Okinawa Prefecture, southwestern Japan Reviewed
Molluscan diversity 5 ( 1 ) 117 - 144 2017.3
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( 23 ) 1 - 12 2016.3
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Two new species of Ovassiminea Thiele, 1927 (Truncatelloidea: Assimineidae) from tropical Australia Reviewed
Anders Hallan, Hiroshi Fukuda, Yuichi Kameda
Molluscan Research 35 ( 4 ) 262 - 274 2015.9
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Anders Hallan, Hiroshi Fukuda
Molluscan Research 35 ( 2 ) 112 - 122 2015.4
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Redefinition of Satsuma ferruginea (Pilsbry, 1900) (Camaenidae), with description of a new cryptic species endemic to the coasts and islands of the central Seto Inland Sea, western Japan Reviewed
Kameda, Y, Fukuda, H
Venus 73 15 - 40 2015.1
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A review of the family Clenchiellidae (Mollusca: Caenogastropoda: Truncatelloidea) Reviewed
WINSTON F. PONDER, HIROSHI FUKUDA, ANDERS HALLAN
Zootaxa 3872 ( 2 ) 101 - 101 2014.10
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The Present Status and Problems of Threatened Benthic Animals in the Tidal Flats of Japan Reviewed
HENMI Yasuhisa, KUBO Hirofumi, KIMURA Taeko, KIMURA Shoichi, MAENOSONO Tadafumi, MATSUBARA Fumi, NAGAI Takashi, NARUSE Tohru, NISHI Eijiroh, OSAWA Masayuki, SUZUKI Takao, ITANI Gyo, WADA Keiji, WATANABE Tetsuya, YAMANISHI Ryohei, YAMASHITA Hiroyoshi, YANAGI Kensuke, IWASAKI Keiji, NISHIKAWA Teruaki, SATO Masanori, SATO Shin'ichi, TARU Masanori, FUJITA Yoshihisa, FUKUDA Hiroshi
Japanese Journal of Benthology 69 ( 1 ) 1 - 17 2014
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Molluscan diversity 3 ( 1 ) 9 - 14 2011.10
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Molluscan diversity 3 ( 1 ) 5 - 8 2011.10
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Molluscan diversity 2 ( 2 ) 55 - 59 2010.12
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Molluscan diversity 2 ( 2 ) 49 - 54 2010.12
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Molluscan diversity 2 ( 2 ) 37 - 41 2010.12
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Molluscan diversity 2 ( 1 ) 11 - 24 2010.7
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Fauna of the recent freshwater molluscs of Lake Kojima, Okayama Prefecture, western Japan Reviewed
Molluscan diversity 1 ( 2 ) 37 - 47 2010.3
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Molluscan diversity 1 ( 1 ) 1 - 4 2009.11
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Molluscan diversity 1 ( 1 ) 12 - 17 2009.11
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マダラコウラナメクジの日本国内への定着 Reviewed
長谷川和範・*福田 宏・石川 旬
ちりぼたん 39 101 - 105 2009.4
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Edgbastonia alanwillsi n. gen. & n. sp. (Tateinae: Hydrobiidae s.l.: Rissooidea: Caenogastropoda); a snail from an artesian spring group in western Queensland, Australia, convergent with some Asian Amnicolidae Reviewed
Ponder, W. F., Wilke, T., Zhang, W.-H., Golding, R.E., *Fukuda, H. & Mason, R.A.B.
Molluscan Research 28 ( 2 ) 89 - 106 2008.7
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Niku-nuki: a useful method for anatomical and DNA studies on shell-bearing molluscs Invited Reviewed
*Fukuda, H., Haga, T. & Tatara, Y.
Zoosymposia 1 15 - 38 2008.7
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軟体動物門 腹足綱
福田 宏
飯島明子 (編), 第7回自然環境保全基礎調査 浅海域生態系調査 (干潟調査) 報告書 153 - 161 2007.3
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Anatomy and relationships of Suterilla Thiele (Caenogastropoda: Assimineidae) with descriptions of four new species Reviewed
*Hiroshi Fukuda, Winston F. Ponder & Bruce A. Marshall
Molluscan Research 2006.12
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Conassiminea, a new genus of the Assimineidae (Caenogastropoda: Rissooidea) from southeastern Australia Reviewed
*Hiroshi Fukuda & Winston F. Ponder
Journal of Molluscan Studies 2006.2
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A revision of the Australian taxa previously attributed to Assiminea buccinoides (Quoy & Gaimard) and Assiminea tasmanica Tenison-Woods (Mollusca: Gastropoda: Caenogastropoda: Assimineidae) Reviewed
*Hiroshi Fukuda and Winston F. Ponder
Invertebrate Systematics 19 325 - 360 2005.10
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Alien Species and the Labyrinths Hindering Their Identification Reviewed
FUKUDA Hiroshi
Japanese Journal of Benthology 59 68 - 73 2004.7
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A protandric assimineid gastropod: Rugapedia androgyna n. gen. and n. sp. (Mollusca: Caenogastropoda: Rissooidea) from Queensland, Australia Reviewed
*Hiroshi Fukuda & Winston F. Ponder
Molluscan Research 2004.6
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Lectotype designation for two east Asian species of Assimineidae (Gastropoda: Rissooidea) Reviewed
Kohei Suzukida & *Hiroshi Fukuda
The Veliger 2004.1
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Fukuda Hiroshi
Fossils 76 100 - 106 2004
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Australian freshwater assimineids, with a synopsis of the Recent genus-group taxa of the Assimineidae (Mollusca: Caenogastropoda: Rissooidea) Reviewed
*Fukuda, H. and W. F. Ponder
Journal of Natural History 37 1977 - 2032 2003.4
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Invasion of two marine alien gastropods Stenothyra sp. and Nassarius (Zeuxis) sinarus (Caenogastropoda) into the Ariake Inland Sea, Kyushu, Japan Reviewed
TAMAKI A.
The Yuriyagai 8 63 - 81 2002.8
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Soletellina (soletellina) petalina (Bivalvia : Psammobiidae) from the Japan Sea coast of Kyushu, Japan Reviewed
FUKUDA H.
The Yuriyagai 8 57 - 61 2002.8
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FUKUDA Hiroshi
Japanese Journal of Benthology 56 33 - 41 2001.7
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Marine molluscan and brachiopod fauna of Tanoura, Nagashima Island, Kaminoseki-cho, Yamaguchi Prefecture, Japan Reviewed
FUKUDA H.
The Yuriyagai 7 115 - 196 2000.1
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Ceratia nagashima, sp. nov. (Gastropoda: Sorbeoconcha: Iravadiidae) from Tanoura, Nagashima Island, Kaminoseki-cho, Yamaguchi Prefecture, Japan Reviewed
FUKUDA H.
The Yuriyagai 7 101 - 113 2000.1
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New species of the Pyramidellidae (Orthogastropoda: Heterobranchia) from the collections of the Yamaguchi Museum and the Hagi City Museum. Reviewed
Hori, S. and *H. Fukuda
Venus 1999.4
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Hiroshi Fukuda
Molluscan Research 1 - 21 2023.11
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First record of “Gyraulus” sp. (Gastropoda: Planorbidae) in Fukuoka Prefecture, Japan Reviewed
Kamei, Y, Nakajima, J, Fukuda, H
Niche Life 10 88 - 89 2022.10
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Daishi Yamazaki, Tomoki Seo, Takahiro Hirano, Takumi Saito, Yuichi Kameda, Hiroshi Fukuda, Satoshi Chiba
Plankton and Benthos Research 17 ( 3 ) 271 - 276 2022.8
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A comprehensive phylogeography of the widespread pond snail genus Radix revealed restricted colonization due to niche conservatism. Reviewed International journal
Takumi Saito, Takahiro Hirano, Bin Ye, Larisa Prozorova, Mohammad Shariar Shovon, Tu Van Do, Kazuki Kimura, Purevdorj Surenkhorloo, Yuichi Kameda, Yuta Morii, Hiroshi Fukuda, Satoshi Chiba
Ecology and evolution 11 ( 24 ) 18446 - 18459 2021.12
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Shell colour dimorphisms in Littorina horikawai on Tsushima Island, Japan Reviewed
Yamazaki, D, Saito, T, Fukuda, H
Aquatic Animals AA2021 ( 8 ) 1 - 6 2021.7
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マルタニシの「自動脱殻」 Reviewed
中野智之, 古川邦之, 芳賀拓真, 福田 宏
Molluscan Diversity 6 ( 1 ) 39 - 42 2021.7
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Molluscan diversity 5 ( 1 ) 21 - 32 2017.3
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Molluscan diversity 5 ( 1 ) 1 - 14 2017.3
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46 ( 3 ) 149 - 153 2016.9
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Molluscan diversity 4 ( 1 ) 17 - 23 2015.12
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13 21 - 26 2015.12
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有明海の貝類相について Reviewed
福田 宏
日本ベントス学会誌 = Japanese journal of benthology 66 ( 2 ) 108 - 110 2012.3
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Genetic basis of racemism and ease of interchiral mating in a clausiliid species of snails Reviewed
Hiroki Utsuno, Shithila Kasem, Hiroshi Fukuda, Takahiro Asami
MOLLUSCAN RESEARCH 30 ( 1 ) 37 - 47 2010
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How Did I Become a Conservation Malacologist? (Abstract)
FUKUDA Hiroshi
Plankton and Benthos Research 60 11 - 11 2005.7
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奈良県内で初めて記録された淡水棲巻貝ウスイロオカチグサ（カワザンショウ科）
渡部哲也・*福田 宏
Nature Study 2004.12
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Distribution patterns of assimineid species (Gastropoda: Rissooidea) in the salt marshes of the Yoshino River, Tokushima Prefecture, Japan Reviewed
Kuroda, M., K. Wada, M. Kamada, K. Suzukida and *H. Fukuda
The Yuriyagai 2003.4
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New Localities of Uca arcuata(Ocypodidae) in Yamaguchi and Okayama Prefectures, Japan. Reviewed
SHIRAFUJI Jun'ichi, SUZUKIDA Kohei, FUKUDA Hiroshi
Plankton and Benthos Research 57 38 - 42 2002.6
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佐賀県太良町田古里川河口の貝類相?2. 追加種 Reviewed
*福田 宏・溝口幸一郎・鈴木田亘平・馬堀望美
佐賀自然史研究 ( 8 ) 47 - 55 2002.5
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Discovery of healthy populations of the endangered bivalve Soletellina adamsii Reeve, 1857 (Tellinoidea: Psammobiidae) on the Suo-nada Sea (western Seto Inland Sea) coast of Yamaguchi Prefecture, western Japan, with taxonomic remarks. Reviewed
Honda, J., R. C. Willan, K. Suzukida, K. Mizoguchi and *Fukuda, H.
The Yuriyagai 2001.12
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Distribution and seasonal maturation of the alien slug Lehmannia valentiana (Gastropoda: Pulmonata: Limacidae) in Yamaguchi Prefecture, Japan. Reviewed
Kano, Y., *H. Fukuda, H. Yoshizaki, M. Saito, K. Hosaka, T. Sugimura, Y. F. Ito, H. Fujiwara, Y. Nakamura, K. Mashino, K. Ito, K. Tone, T. Fukuda, T. Mitoki, H. Yamashita, S. Hori, K. Hori and H. Hori
The Yuriyagai 2001.12
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Rediscovery of "Actaeon" secale Gould, 1859 (Gastropoda: Architectibranchia: Acteonidae) from Yanai, Yamaguchi Prefecture, Japan. Reviewed
*Fukuda, H., S. Hori and R. Kuroda
The Veliger 2001.4
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A new replacement name for Ditropis Blanford, 1869 (non Kirschbaum, 1868) (Gastropoda: Architaenioglossa: Cyclophoridae). Reviewed
*Fukuda, H.
Basteria 2000.4
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周防灘・上関原子力発電所建設予定地周辺であらたに発見された希少生物について.
*福田 宏・佐藤正典・鈴木和雄・安渓遊地
日本生態学会中国四国地区会報 2000.4
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佐賀県太良町田古里川河口の貝類相. Reviewed
*福田 宏・山下博由・藤井暁彦
佐賀自然史研究 5 41 - 53 1999.4
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Umbonium thomasi (Crosse) Occurred in Mishima-Island, Yamaguchi Prefecture
FUKUDA Hiroshi
20 ( 1 ) 31 - 32 1989.8
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Rediscovery and Distribution of Trishoplita collinsoni (?) lischkeana (Kobelt) from North-Western District of Yamaguchi Prefecture
FUKUDA Hiroshi, TSUCHIDA Eiji
19 ( 4 ) 97 - 104 1989.2
Books
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岡山県版レッドデータブック2020 動物編, 補遺
岡山県野生動植物調査検討会（ Role： Contributor , イボウミニナ, ベニワスレ）
岡山県環境文化部自然環境課 2022.6
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ハチの干潟の生きものたち —広島県竹原市に残る瀬戸内海の原風景—
近藤裕介, 大塚 攻, 佐藤正典（ Role： Contributor , 軟体動物門）
Pubfan 2022.4
MISC
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広辞苑を3倍楽しむ (第114回) さざえ
福田 宏
科学 91 1108 - 1108 2021.12
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貝類分類今昔
福田 宏
ひたちおび ( 132 ) 7 - 11 2021.1
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Bulletin of Archaeological Research Center Okayama University 2015
( 2015 ) 2017.3
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講演 有明海の貝類相について (有明海の生物多様性保全のための四学会合同シンポジウム 有明海の特異な生物相 : 諌早湾の環境復元の意義)
福田 宏
Molluscan diversity 3 ( 1 ) 35 - 37 2011.10
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多々良 有紀, 福田 宏
うみうし通信 ( 70 ) 5 - 7 2011.3
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Molluscan diversity 2 ( 2 ) 80 - 87 2010.12
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Comparative anatomy and taxonomy of Onchidium vaigiense (Gastropoda: Pulmonata: Onchidiidae)
Molluscan diversity 2 ( 2 ) 73 - 76 2010.12
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Genetic basis of racemism and ease of interchiral mating in a clausiliid species of snails
Molluscan diversity 2 ( 1 ) 28 - 30 2010.7
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Account of the 2009 summer meeting in Minami-sanriku, Miyagi and Iwate prefectures, northern Honshu
Molluscan diversity 1 ( 2 ) 54 - 60 2010.3
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Flagship speciesとしてのセンベイアワモチ：その形態・分類・分布および保全
*福田 宏
山口貝類研究談話会ニュースレター 2004.9
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杵築市における野外観察会報告
*福田 宏・山下博由
山口貝類研究談話会ニュースレター 2004.9
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2003年秋季例会報告
*福田 宏
山口貝類研究談話会ニュースレター 2004.7
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2004年春季例会報告
*福田 宏
山口貝類研究談話会ニュースレター 2004.7
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岡山大学農学部水系保全学研究室所蔵貝類標本 (1)
*福田 宏
岡山大学農学部学術報告 2003.4
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西表島船浦湾におけるマングローブ干潟の堆積環境?堆積物と生物遺骸の保存状況について?
東 裕行・三枝誠行・*福田 宏
岡山大学地球科学研究報告 2003.4
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戸田顕史・馬堀望美・*福田 宏・品川 明
ホシザキグリーン財団研究報告 ( 6 ) 59 - 63 2003.4
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上関町長島と祝島の海産軟体動物相・腕足動物相ﾑ1999年8月〜2001年5月の調査結果のあらまし.
*福田 宏
日本生態学会中国四国地区会報 2001.10
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ナメクジウオの希少性について.
佐藤正典・*福田 宏
日本生態学会中国四国地区会報 59 10 - 10 2001.10
Research Projects
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Novel strategy for control of schistosomiasis : Decoy snails that can reduce the number of miracidia reaching the intermediate snails
Grant number：19406010 2007 - 2009
Japan Society for the Promotion of Science Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (B)
AOKI Yoshiki, NODA Shinichi, HABE Shigehisa, HORIO Nasahiro, MUHOHO N.D.
Grant amount：\16770000 （ Direct expense: \12900000 、 Indirect expense：\3870000 ）
Decoy snails could be used as a new tool for the control of schistosomiasis in the developing countries. The present study was attempted to find the decoy snail candidate in main species of non-susceptible snails at the endemic area of schistosomiasis hematobia, in Kwale, Kenya. We studied 1) miracidial chemotaxis generated by excretion and secretion from snails (snail-conditioned water : SCW), 2) miracidial penetration in snails, 3) assessment of decoy effect in non-susceptible snails in laboratory, and 4) field application of the decoy snail candidate at the transmission sites. The snails used were susceptible snail Bulinus globosus and non-susceptible snails Cleopatra ferruginea, Bellamya unicolor, Lanistes ovum, Melanoides sp. The miracidia used were from the eggs obtained from the school children in Kwale.
Results : 1) Miracidial chemotaxis generated by SCW. SCW from B.globosus elicited the highest miracidial response. The response of miracidia to SCW from L.ovum mimicked those generated by B.globosus. Miracidia showed slight positive chemotaxis to SCW from C.ferruginea. Other two species did not elicit the response. 2) Miracidial penetration in snails. PCR confirmed miracidial penetration in B. globosus, but did not show the presence of miracidia in other snails. 3) Assessment of decoy effect in candidate snails in laboratory. We attempted to find whether interposed non-susceptible snails could protect the susceptible snails from infection when susceptible and non-susceptible snails both occupied the same space. In other experiment, non-susceptible snails were placed at the center of the channels. Then B.globosus was placed at one end and miracidia were introduced at the other end. In any experiments, we failed to find that interposed non-susceptible snails protected B.globosus. 4) Field application of decoy snail candidate at the transmission sites. After one year snail survey at 3 study sites, the population of non-susceptible snail, C.ferruginea, was raised to the density 3 times bigger than the original by introduction of huge number of C. ferruginea collected from other breeding sites. Then the follow-up snail survey was conducted for one year more. The results showed a slight reduction in the infection rate of B.globosus at all sites, but there was no statistical significance.
Discussion : The present study showed that some snails breeding in our study area elicited miracidial response. However, the present study suggests that frequency of infection in a natural environment might not be influenced by the presence and density of non-susceptible snails. -
The analyses of evolutionary factor and rate of marine organisms isolated in marine lakes, Palau Islands
Grant number：16405012 2004 - 2006
Japan Society for the Promotion of Science Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (B)
HANZAWA Naoto, HARA Yoshiaki, TAMATE Hidetoshi, UESHIMA Rei, NAKAUCHI Yuni
Grant amount：\13400000 （ Direct expense: \13400000 ）
Although many studies were carried out to clarify "How do marine organisms evolve in the sea?", it was so difficult because extensive gene flow occurs in the sea, such as the case of rabbitfish (Kuriiwa et al., in press). Then, we selected meromictic marine lakes in Palau Islands as the evolutionary model. The lakes were formed by raise of lime stones derived from hard corals approximately 12,000 years ago and have still existed in stable state. If the lakes have been isolated completely, there is the possibility that marine organisms have been isolated and evolved in each lake.
We investigated dominant species of fish, bivalves, copepods, jellyfish and algae in the lakes. The fauna and flora in the lakes are quite different from those of the outer sea. Some species of jellyfish and algae are morphologically and ecologically differentiated from their related or same species in the outer sea. Genetic variability of marine lake populations in most species is extremely low, and the each marine lake population was genetically differentiated from the outer sea populations. It suggests that the marine lake populations have suffered strong bottleneck effect and peculiarly evolved in each marine lake since 12,000 years ago. To compare with the evolution of marine lake species, land snails isolated in Palau Islands were also investigated. Many land snail species morphologically differentiated were discovered in each island. It is thought that the most of them were undescribed species and peculiarly speciated in Palau Islands. Thus, it is concluded that complete geographical isolation induces biological evolution for the shorter evolutionary time. -
Mechanism of physiological resurgence affecting recovery of susceptibility in fenvalerate-resistant strains of the diamondback moth Plutella xylostella.
Grant number：14360029 2002 - 2005
Japan Society for the Promotion of Science Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (B)
NAKASUJI Fusao, MIYATAKE Takafumi, FUKUDA Hiroshi
Grant amount：\9100000 （ Direct expense: \9100000 ）
A diamondback moth (DBM) strain resistant to fenvalerate was established and the effects of sublethal dose of the insect on egg size and fecundity were examined. The eggs of the selected strain were significantly smaller than those of non-selected strain. The fecundity of females of the selected strain tended to be higher than that of the non-selected strain. The survival rate of the selected strain was lower than that of the non-selected strain.
To determine mode of inheritance of resistant development and of reduction of egg size in DBM, F_1 offspring of reciprocal crosses were compared with their parental lines for these traits. Several fitness components were also compared between F1 offspring of reciprocal crosses as well as the resistant and susceptible lines to detect maternal effects on the components including egg size. The dose-mortality regression lines of the F_1 hybrid of susceptible females and resistant males (SR) and resistant females and susceptible males (RS) were roughly intermediate between that of parental lines, i.e., SS and RR. This result indicates that the mode of inheritance of fenvalerate resistance was neither complete dominant nor recessive with no sex-linkage. The egg size of RR lines was significantly smaller than that of the SS lines. The RS and SR lines have an egg size close to that of their own matrilineage. It was considered that the mode of inheritance of resistance and that of egg size were different from each other, although the selection experiment showed that there is a negative correlated response between these parameters.
The recovery of susceptibility to fenvarelate in resistant strains of DBM was examined through 10 generations after freeing then from insecticide selection under harsh-rearing (Harsh lines) and optimal-rearing conditions (Optimal lines). The LD_<50> values were lower for the Harsh lines than for Optimal lines in all the generations. Egg size of both lines increased gradually through 10
Generations. Comparisons of these two lines show that the egg size increased more rapidly in Harsh lines than in Optimal lines in early generations.
Comparison of immature survivability of Harsh and Optimal lines reared under those conditions showed that the survivability of Harsh line individuals was significantly lower than for those of Optimal lines. These results suggest that susceptibility might recovery more quickly in Harsh lines than in Optimal lines because resistant insects with small eggs had lower susceptibility than susceptible insects with normal eggs.
Class subject in charge
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Ecological Approach to Sustainable Agriculture （2023academic year） Fourth semester - 木3～4
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Course Seminar 3 （2023academic year） 1st and 2nd semester - その他
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Course Seminar 4 （2023academic year） 3rd and 4th semester - その他
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Undergraduate's-level thesis research （2023academic year） 1st-4th semester - その他
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Seminar in Conservation of Aquatic Biodiversit （2023academic year） Prophase - その他
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Seminar in Conservation of Aquatic Biodiversity （2023academic year） Late - その他
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Seminar in Conservation of Aquatic Biodiversit （2023academic year） Late - その他
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Seminar in Conservation of Aquatic Biodiversit （2023academic year） Late - その他
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Seminar in Conservation of Aquatic Biodiversity （2023academic year） Prophase - その他
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Seminar in Conservation of Aquatic Biodiversit （2023academic year） Prophase - その他
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Seminar in Conservation of Aquatic Ecosystem （2023academic year） Late - その他
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Malacology （2023academic year） Fourth semester - 金3,金4
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Conservation of Aquatic Biodiversity （2023academic year） Prophase - 金3,金4
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Conservation of Aquatic Biodiversity （2023academic year） Prophase - 金3～4
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Conservation Malacology （2023academic year） Late - その他
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Conservation Malacology （2023academic year） Late - その他
-
Advanced Study （2023academic year） Other - その他
-
Special Research （2023academic year） Year-round - その他
-
Conservation of Biodiversity （2023academic year） Second semester - 月3,月4
-
Seminars in Special Field of Study 1 （2023academic year） 1st and 2nd semester - その他
-
Seminars in Special Field of Study 2 （2023academic year） 3rd and 4th semester - その他
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Course Seminar 3 （2022academic year） 1st and 2nd semester - その他
-
Course Seminar 4 （2022academic year） 3rd and 4th semester - その他
-
Undergraduate's-level thesis research （2022academic year） 1st-4th semester - その他
-
Seminar in Conservation of Aquatic Biodiversit （2022academic year） Prophase - その他
-
Seminar in Conservation of Aquatic Biodiversity （2022academic year） Late - その他
-
Seminar in Conservation of Aquatic Biodiversit （2022academic year） Late - その他
-
Seminar in Conservation of Aquatic Biodiversity （2022academic year） Prophase - その他
-
Malacology （2022academic year） Fourth semester - 金3,金4
-
Conservation of Aquatic Biodiversity （2022academic year） Prophase - 金3,金4
-
Conservation Malacology （2022academic year） Late - その他
-
Special Research （2022academic year） Year-round - その他
-
Conservation of Biodiversity （2022academic year） Second semester - 月3,月4
-
Seminars in Special Field of Study 1 （2022academic year） 1st and 2nd semester - その他
-
Seminars in Special Field of Study 2 （2022academic year） 3rd and 4th semester - その他
-
Course Seminar 3 （2021academic year） 1st and 2nd semester - その他
-
Course Seminar 4 （2021academic year） 3rd and 4th semester - その他
-
Undergraduate's-level thesis research （2021academic year） 1st-4th semester - その他
-
Seminar in Conservation of Aquatic Biodiversit （2021academic year） Prophase - その他
-
Seminar in Conservation of Aquatic Biodiversity （2021academic year） Late - その他
-
Seminar in Conservation of Aquatic Biodiversit （2021academic year） Late - その他
-
Seminar in Conservation of Aquatic Biodiversity （2021academic year） Prophase - その他
-
Malacology （2021academic year） Fourth semester - 金3,金4
-
Conservation of Aquatic Biodiversity （2021academic year） Prophase - 金3,金4
-
Conservation Malacology （2021academic year） Late - その他
-
Special Research （2021academic year） Year-round - その他
-
Conservation of Biodiversity （2021academic year） Second semester - 月3,月4
-
Seminars in Special Field of Study 1 （2021academic year） 1st and 2nd semester - その他
-
Seminars in Special Field of Study 2 （2021academic year） 3rd and 4th semester - その他
-
Course Seminar 3 （2020academic year） 1st and 2nd semester - その他
-
Course Seminar 4 （2020academic year） 3rd and 4th semester - その他
-
Undergraduate's-level thesis research （2020academic year） 1st-4th semester - その他
-
Seminar in Conservation of Aquatic Biodiversit （2020academic year） Prophase - その他
-
Seminar in Conservation of Aquatic Biodiversity （2020academic year） Late - その他
-
Seminar in Conservation of Aquatic Biodiversit （2020academic year） Late - その他
-
Seminar in Conservation of Aquatic Biodiversity （2020academic year） Prophase - その他
-
Malacology （2020academic year） Fourth semester - 金3,金4
-
Conservation of Aquatic Biodiversity （2020academic year） Prophase - 金3,金4
-
Conservation Malacology （2020academic year） Late - その他
-
Special Research （2020academic year） Year-round - その他
-
Conservation of Biodiversity （2020academic year） Second semester - 月3,月4
-
Seminars in Special Field of Study 1 （2020academic year） 1st and 2nd semester - その他
-
Seminars in Special Field of Study 2 （2020academic year） 3rd and 4th semester - その他