nkysdb: なかよし論文データベース
http://staff.aist.go.jp/miyagi.iso14000/Works/Review/coop/about.html

岩本 直哉 様の なかよし論文データベース

Search this DB (by Google)
(宣伝 ^_^);


+(A list of literatures under single or joint authorship with "岩本 直哉")

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

  1. 岩本 直哉
  2. 井内 美郎
  3. 井上 卓彦
  4. 天野 敦子
  5. 塩屋 藤彦
  6. 芦田 貴史
  7. 大平 亮, 斎藤 笑子
  8. 布川 裕也
  9. 三井 拓也, 中西 俊貴
  10. 熊谷 道夫, 納谷 友規
  11. 川口 優美
  12. 中條 喜友
  13. 近藤 洋一
  14. 公文 富士夫, 奈良 正和, 岩本 はるか, 渡辺 遼, 渡部 遼
  15. 喜岡 新, 相沢 育実
  16. 根上 裕成
  17. 中村 祐貴, 五十嵐 厚夫, 原口 強, 里口 保文, 風岡 修
  18. 原田 英明, 奥村 学, 榊原 正幸, 相沢 育美, 米田 明徳, 酒井 英男, 鈴木 一久, 関口 智寛
  19. 下田 順子, 中原 知明, 中条 喜友, 吉原 裕紀, 吉川 周作, 多田 恭子, 大野 一郎, 樋口 衡平, 深井 照平, 為季 克章, 角田 絵理, 青木 優作
  20. 中村 光一, 中條 善友, 井出 直道, 井手 直道, 加 三千宣, 古野 邦雄, 堀 梨恵, 小玉 芳敬, 山内 靖喜, 山本 法証, 星加 章, 村上 文敏, 松岡 弘和, 楠田 隆, 楡井 久, 皆藤 由美, 矢野 孝雄, 石渡 康尊, 穂積 雅徳, 納屋 友規, 芦田 貴文, 蔭山 順司, 角田 絵里, 赤石 美和, 鎌倉 秀行, 香川 淳, 高杉 由夫

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

  1. バイカル湖湖底堆積物の密度による古環境の復元 [検索@G] [検索@A]
    Paleoenvironmental reconstruction based on the density measurement of sediments in Lake Baikal [search@G] [search@A]
  2. 愛媛県中島町周辺海域の最近1万年間の古環境変遷 [検索@G] [検索@A]
    Paleoenvironmental history during the last 10, 000 years around Nakajima island, Seto Inland Sea [search@G] [search@A]
  3. 燧灘西部海域の海底断層 [検索@G] [検索@A]
    Submarine faults found in the western part of Hiuchi nada, Seto Inland Sea [search@G] [search@A]
  4. バイカル湖湖底堆積物密度からみた過去500万年間の気候変遷史(ポスターセッション) [検索@G] [検索@A]
    Paleoclimatic changes based on the density measurement of sediments in Lake Baikal during the past 5 million years [search@G] [search@A]
  5. バイカル湖湖底堆積物密度変化からみた過去500万年間の機構変遷史 [検索@G] [検索@A]
    Paleoclimatic changes based on the density measurement of sediments in Lake Baikal during the past 5 million years [search@G] [search@A]
  6. 地震時にみられた液状化 流動化現象とその時系列変化 2000年鳥取県西部地震・2001年芸予地震での例 [検索@G] [検索@A]
    Getting Seriously Damage by Liquefaction Fluidization at Strong Earthquakes as Time 2000 Western Tottori Earthquake and 2001 Geiyo Earthquake [search@G] [search@A]
  7. 愛媛県中島町東方海域の音波探査記録からみた過去約1万年間の古環境変遷(ポスターセッション) [検索@G] [検索@A]
    Paleoenvironmental history during the last 10, 000 years around Nakajima island, Seto Inland Sea [search@G] [search@A]
  8. 愛媛県中島町東方海域の音波探査記録からみた過去約2万年間の古環境変遷 [検索@G] [検索@A]
    Paleoenvironmental history during the last 20000 years around Nakajima island, Seto Inland Sea [search@G] [search@A]
  9. 愛媛県東予市の液状化現象の地質学的背景 [検索@G] [検索@A]
    Geological background of the liquefaction around Toyo city, Ehime prefecture [search@G] [search@A]
  10. 愛媛県松山市堀江湾の底質分布 [検索@G] [検索@A]
    Distribution of bottom surface sediments in Horie bay, Matsuyama city, Ehime prefecture [search@G] [search@A]
  11. 愛媛県松山市堀江湾沖の底質分布(ポスターセッション) [検索@G] [検索@A]
    Distribution of bottom surface sediments in the Horie bay, Matsuyama city, Ehime Prefecture [search@G] [search@A]
  12. 海砂採取後海域の地形変化 [検索@G] [検索@A]
    Comparison of depth data based on SEABAT seismic survey and its meaning in the dredged area in the Seto Inland Sea [search@G] [search@A]
  13. 燧灘西部海域の海底断層と砂堆の形状について(ポスターセッション) [検索@G] [検索@A]
    Forms of submarine dunes and submarine faults founds in the western part of Hiuchi nada, Seto Inland Sea [search@G] [search@A]
  14. 燧灘西部海域の海底断層系と完新世堆積物 [検索@G] [検索@A]
    Submarine fault system and Holocene sediment of the western Hiuchi nada sea of the Seto Inland Sea, southwest Japan [search@G] [search@A]
  15. 芸予地震による愛媛県下の液状化とその要因 [検索@G] [検索@A]
    Liquefaction triggered by Geiyo Earthquake and geological interpretation in Ehime Prefecture [search@G] [search@A]
  16. バイカル湖パソリスコエバンクの堆積物密度からみた気候変遷史 [検索@G] [検索@A]
    Paleoclimatic changes bsed on the density measurement of sediments near Pasoliskoe bank in Lake Baikal [search@G] [search@A]
  17. バイカル湖パソリスコエバンクの堆積物密度からみた過去約30万年間の気候変遷史(ポスターセッション) [検索@G] [検索@A]
    Paleoclimatic changes based on the density measurement of sediments near Pasoliskoe bank in Lake Baikal during the past 300000 years [search@G] [search@A]
  18. バイカル湖湖底堆積物の密度変化からみた過去約500万年間の気候変遷史(L062 P003)(ポスターセッション) [検索@G] [検索@A]
    Paleoclimatic changes around Lake Baikal during the past 5 million years based on the density measurement of sediments (L062 P003) [search@G] [search@A]
  19. バイカル湖湖底堆積物密度プロファイルからみたユーラシア大陸内陸部の高緯度地域における中新世後期の気候変遷 [検索@G] [検索@A]
    Paleoclimatic changes based on the density measurement of sediments in Lake Baikal during the late Miocene in high latitude area of Eurasian Continent interior [search@G] [search@A]
  20. バイカル湖湖底堆積物密度プロファイルからみたユーラシア大陸内陸部の高緯度地域における中新世後期の気候変遷(ポスターセッション) [検索@G] [検索@A]
    Paleoclimatic changes based on the density measurement of sediments in Lake Baikal during late Miocene in high latitude area of Eurasian Continent interior [search@G] [search@A]
  21. 愛媛県宇和海岩松湾における底質の季節変化とその音響的変化(ポスターセッション) [検索@G] [検索@A]
    Seasonal physico chemical changes of bottom sediments and acoustic conditions in Iwamatsu Bay, Uwa Sea, Ehime Pref. [search@G] [search@A]
  22. 愛媛県宇和海若松湾における底質からみた季節変化 [検索@G] [検索@A]
    Seasonal physico chemical changes in bottom sediments of Iwamatsu bay, Uwakai Sea, Ehime Prefecture [search@G] [search@A]
  23. 愛媛県松山市北方海域の砂堆“大洲”の底質季節変化 [検索@G] [検索@A]
    Seasonal changes in bottom sediment around Ozu, sand bank off Matsuyama [search@G] [search@A]
  24. 松山市北方海域の砂堆,大洲の底質季節変化(ポスターセッション) [検索@G] [検索@A]
    Seasonal changes in bottom sediment around Ozu, sand bank off Matsuyama [search@G] [search@A]
  25. バイカル湖Posolskaya Bankの堆積密度からみた過去約45万年間の気候変遷史 [検索@G] [検索@A]
    Paleoclimatic changes based on the density measurement of sediments near Posolskaya Bank in Lake Baikal during the past 450000 years [search@G] [search@A]
  26. バイカル湖Posolskaya Bankの堆積物密度からみた過去40万年間の気候変遷史 [検索@G] [検索@A]
    Paleoclimatic changes based on the density measurement of sediments near Posolskaya bank in Lake Baikal during the past 400000 years [search@G] [search@A]
  27. バイカル湖湖底堆積物の密度変化からみた過去約1000万年間の気候変遷史 [検索@G] [検索@A]
  28. バイカル湖湖底堆積物の粒子密度が示す過去約1000万年間の環境変遷史 [検索@G] [検索@A]
    Paleoenvironmental changes the past 10 million years around Lake Baikal based on the particle density measurement of sediments [search@G] [search@A]
  29. 愛媛県北灘湾の底質と過去約100年間の底質環境変遷 [検索@G] [検索@A]
    Sediments and sedimentary history during the past 100 years in Kitanada Bay, Ehime Prefecture, Southwest Japan [search@G] [search@A]
  30. 愛媛県西海町(宿毛湾北西部海域)における底質環境 [検索@G] [検索@A]
    Sea bottom environment in Nishiumi area at the northwestern part of Sukumo bay, Ehime Prefecture, Southwest Japan [search@G] [search@A]
  31. 最近の地震で観察された液状化現象について−−芸予地震と宮城県地震を例に−− [検索@G] [検索@A]
    Liquefaction caused by recent large earthquakes Examples from Geiyo and Miyagi Prefecture Earthquake [search@G] [search@A]
  32. 海砂採取後海域における地形変化 三原瀬戸を例に [検索@G] [検索@A]
    Recent topographical change in the sand dredged area [search@G] [search@A]
  33. 海砂採取後海域にみられるサンドウェーブと地形変化−−三原瀬戸を例に−− [検索@G] [検索@A]
    Observation of sand waves and recent topographical changes in the sand dredged area An example of Mihara Seto [search@G] [search@A]
  34. 表層堆積物の粒度組成から見た海底砂堆「貝原」の形成過程 [検索@G] [検索@A]
    Development process of sand bank Kaihara based on grain size composition of bottom sediments [search@G] [search@A]
  35. 音波探査記録から見た宍道低地帯東部の後期更新世以降の地史 [検索@G] [検索@A]
    Geologic history in Miho Bay, southwest Japan, since the Late Pleistocene based on seismic profiles [search@G] [search@A]
  36. 音波探査記録から見た宍道低地帯東部の後期更新世以降の地史 [検索@G] [検索@A]
    Geologic history of eastern Shinji Lowland, southwest Japan since late Pleistocene based on seismic profiles [search@G] [search@A]
  37. バイカル湖Posolskaya Bank の堆積物密度からみた気候変遷史(L039 P001) [検索@G] [検索@A]
    Paleoclimatic changes based on the density measurement of sediments at the Posolskaya Bank in Lake Baikal (L039 P001) [search@G] [search@A]
  38. バイカル湖湖底堆積物の密度が示す過去1000 万年間の環境変遷史(L039 P002) [検索@G] [検索@A]
    Paleoenvironmental changes during the last 10 million years around Lake Baikal based on the density measurement of sediments (L039 P002) [search@G] [search@A]
  39. バイカル湖湖底堆積物の粒子密度からみた環境変遷史 [検索@G] [検索@A]
    Paleoclimatic changes viewed from the grain density variations of sediments in Lake Baikal [search@G] [search@A]
  40. バイカル湖湖底堆積物の粒子密度からみた環境変遷史(ポスターセッション) [検索@G] [検索@A]
    Paleoclimatic changes based on the density variations of sediments in Lake Baikal [search@G] [search@A]
  41. 中国内モンゴル自治区「岱海」の湖底堆積物に記録された中国内陸部における過去約3万年間の環境変遷(ポスターセッション) [検索@G] [検索@A]
    Environmental changes during the last 30, 000 years in Inland China shown in sediments of Lake Daihai, Inner Mongolia, China [search@G] [search@A]
  42. 大阪湾海成沖積層のシーケンス層序学的検討(予察) [検索@G] [検索@A]
    Preliminary sequence stratigraphy of marine sediment in the Osaka Bay [search@G] [search@A]
  43. 底質分布と海底地形の変化に示されるsand dune の堆積物移動様式(Q064 P002) [検索@G] [検索@A]
    Shifting velocity of a large sand dune and its direction in the Seto Inlande Sea, southwest Japan (Q064 P002) [search@G] [search@A]
  44. 底質分布と海底地形の変化に示される大洲の堆積物移動形態(ポスターセッション) [検索@G] [検索@A]
    Shifting velocity of large sand dune Ozu and its direction [search@G] [search@A]
  45. 徳島県東部,板野町のジョガマル池湖底堆積物からみた過去約1000年間の環境変遷史(予察) [検索@G] [検索@A]
    Environmental changes during the last 1000 years around Jogamaru pond of Tokushima Prefecture [search@G] [search@A]
  46. 徳島県東部,板野町のジョガマル池湖底堆積物からみた過去約1000年間の環境変遷史(ポスターセッション) [検索@G] [検索@A]
    Environmental changes during the last 1000 years around Jogamaru pond of Tokushima Prefecture [search@G] [search@A]
  47. 愛媛県北灘湾の過去約100年間の底質環境変遷(Q042 P011) [検索@G] [検索@A]
    Human induced environmental changes in bottom sediments during the past 100 years in Kitanada Bay, Ehime Prefecture, Japan (Q042 P011) [search@G] [search@A]
  48. 愛媛県南西部御荘湾における過去約150年間の底質環境変遷(ポスターセッション) [検索@G] [検索@A]
    Bottom environmental changes during the last 150 years in Mishou Bay, Ehime Prefecture, Southwest Japan [search@G] [search@A]
  49. 愛媛県南部宇和海北灘湾における過去約100年間の底質環境変遷 [検索@G] [検索@A]
    Bottom environmental changes during the past 100 years in Kitanada Bay, Ehime Prefecture, South west Japan [search@G] [search@A]
  50. 愛媛県南部御荘湾における過去約200年間の海底表層環境変遷 [検索@G] [検索@A]
    Bottom environmental changes during the past 200 years in the Mishou Bay, Ehime Prefecture, Southwest Japan [search@G] [search@A]
  51. 愛媛県宇和海北灘湾における過去約100年間の底質環境変遷 [検索@G] [検索@A]
  52. 愛媛県西海町南東部海域における珪質プランクトンの季節変動(ポスターセッション) [検索@G] [検索@A]
    Seasonal change of siliceous planktons from offshore Southeast of Nishiumi Town, Ehime Prefecture, Shikoku, Japan [search@G] [search@A]
  53. 海砂採取後海域における海底地形と粒度組成から見た堆積物粒度の回復過程 [検索@G] [検索@A]
    Recovery process of bottom sediment based on sea bottom topography and grain size distribution at sand dredged areas [search@G] [search@A]
  54. 海砂採取後海域における海底地形と粒度組成から見た底質の回復過程(ポスターセッション) [検索@G] [検索@A]
    Recovery process of bottom sediment based on sea bottom topography and grain size distribution at sand dredged areas [search@G] [search@A]
  55. 瀬戸内海備讃瀬戸海域の“沖積層”(Q064 P004) [検索@G] [検索@A]
    Late Pleistocene to Holocene sediment in Bisan Seto Sea, Seto Inland Sea, Japan (Q064 P004) [search@G] [search@A]
  56. 猫瀬戸東方海域における海水面上昇過程と潮流速の変化 [検索@G] [検索@A]
    Sea level rise and changes of tidal current velocity around eastern Neko Seto Strait, Seto Inland Sea, Japan [search@G] [search@A]
  57. 猫瀬戸東方海域における海水面上昇過程と潮流速の変化(ポスターセッション) [検索@G] [検索@A]
    Sea level rise and changes of tidal current velocity aroud eastern Neko Seto Strait, Seto Inland Sea, Japan [search@G] [search@A]
  58. 琵琶湖堆積物の全炭素・全窒素含有率からみた過去約40万年間の環境変遷 [検索@G] [検索@A]
    Environmental changes during the last 400, 000 years based on total carbon and total nitrogen contents of Lake Biwa sediments [search@G] [search@A]
  59. 美保湾南部日野川河口域の過去約200年間の堆積史 [検索@G] [検索@A]
    Sedimentary history during the last 200 years at the river mouth of Hino River of southern Miho Bay [search@G] [search@A]
  60. 表層堆積物分布と海底地形の変化からみた大洲砂堆の堆積物移動形態 [検索@G] [検索@A]
    Shifting velocity of a large sand dune Ozu and its direction [search@G] [search@A]
  61. 音波探査記録からみた鳥取県西部,美保湾の完新統基底面深度分布と後期更新世以降の地史(Q064 P003) [検索@G] [検索@A]
    Holocene base and geologic history in Miho Bay, southwest Japan, since the Late Pleistocene based on seismic profiles (Q064 P003) [search@G] [search@A]
  62. 鳥取県西部,境港地域における過去約3000年間の堆積史 [検索@G] [検索@A]
    Sedimentary process of sand bar formation near Sakaiminato city, western Tottori prefecture, during the last 3000 years [search@G] [search@A]
  63. Environmental changes during the last 400, 000 years based on total carbon and total nitrogen contents of Lake Biwa sediments (Q042 P009) [search@G] [search@A]
  64. バイカル湖湖底堆積物の粒子密度変化が示す過去約650万年間の気候変遷 [検索@G] [検索@A]
    Paleoclimatic Changes during the Last 6.5 Million Years Based on the Particle Density Variation of Lake Baikal Sediments [search@G] [search@A]
  65. ユニブーム音波探査記録からみた琵琶湖の湖水面変動史 [検索@G] [検索@A]
    Sequence stratigraphy of bottom surface sediment of Lake Biwa, based on Uniboom acoustic records [search@G] [search@A]
  66. ユニブーム音波探査記録のシーケンス層序学的解析からみた琵琶湖の湖水位変動(G016 P007) [検索@G] [検索@A]
    Lake level change of Lake Biwa by sequence stratigraphical analysis of acoustic record of uniboom (G016 P007) [search@G] [search@A]
  67. 中国内モンゴル自治区岱海の湖底堆積物から見た最終氷期以降のモンスーン変遷(O 332) [検索@G] [検索@A]
    Monsoon changes during the last glacial stage shown in sediments of Lake Daihai, Inner Mongolia, China (O 332) [search@G] [search@A]
  68. 堆積物分布からみた鳥取県西部境港地域の砂州拡大過程(Q061 P002) [検索@G] [検索@A]
    Sedimentary process of sand bar formation near Sakaiminato city, western Tottori prefecture based on sediment composition (Q061 P002) [search@G] [search@A]
  69. 多島海における堆積地形と流れ場−−愛媛県松山市沖海域を例に−−(P 45) [検索@G] [検索@A]
    Bathymetry and flow field in archipelagic sea: an example off Matsuyama City, the Seto Inland sea, Southwest Japan (P 45) [search@G] [search@A]
  70. 愛媛県南部御荘湾における過去約200年間の海底底質環境変遷史(O 327) [検索@G] [検索@A]
    Bottom environmental changes during the past 200 years in Mishou Bay, Ehime Prefecture, Southwest Japan (O 327) [search@G] [search@A]
  71. 愛媛県南部御荘湾の過去約200年間の海底環境変遷 [検索@G] [検索@A]
    Bottom environmental changes during the past 200 years in Mishou Bay, Ehime Prefecture, Southwest Japan [search@G] [search@A]
  72. 愛媛県南部御荘湾の過去約200年間の海底環境変遷(W102 P002) [検索@G] [検索@A]
    Bottom environmental changes during the past 200 years in Mishou Bay, Ehime Prefecture, Southwest Japan (W102 P002) [search@G] [search@A]
  73. 愛媛県松山市沖の砂堆大洲の波浪移動様式 [検索@G] [検索@A]
    Sedimentation of large sand dune Ozu (off Matsuyama city, Ehime Prefecture) [search@G] [search@A]
  74. 松山市沖の上部更新統〜完新統のシーケンス層序学的検討(予察) [検索@G] [検索@A]
    Sequence stratigraphy of marine sediment off Matsuyama, Seto Inland Sea preliminary result [search@G] [search@A]
  75. 琵琶湖ユニブーム音波探査記録からみた湖水位変動史(P 72) [検索@G] [検索@A]
    Lake level change history based on acoustic records of Uniboom in Lake Biwa (P 72) [search@G] [search@A]
  76. 琵琶湖堆積物の全炭素・全窒素含有率からみた過去約40万年間の環境変遷 [検索@G] [検索@A]
    Environmental changes during the last 400, 000 years based on total carbon and total nitrogen contents of Lake Biwa sediments [search@G] [search@A]
  77. 琵琶湖湖底表層堆積物における物理量と過去約100年間の気象観測結果との対応 [検索@G] [検索@A]
    Correlation between meteorological observation records during the last 100 years and physical properties of bottom surface sediments of Lake Biwa [search@G] [search@A]
  78. 琵琶湖湖底表層堆積物の物性と気象観測結果との対応 [検索@G] [検索@A]
    Correlation between physical properties of bottom surface sediments and observations data of weather condition of Lake Biwa [search@G] [search@A]
  79. 琵琶湖湖底表層堆積物の物性と過去約100年間の気象観測データとの対応(P 251) [検索@G] [検索@A]
    Physical properties of sediments and their correlation to meteorological factors in Lake Biwa (P 251)(poser session) [search@G] [search@A]
  80. 野尻湖ユニブーム音波探査記録に示される湖水面変動史(ポスターセッション) [検索@G] [検索@A]
    Late Pleistocene to Holocene lake level changes of Nojiri ko Lake, Central Japan [search@G] [search@A]
  81. 野尻湖湖底堆積物に記録された千年規模の高分解能湖水面変動史(P 246) [検索@G] [検索@A]
    High resolution record of lake level changes in Lake Nojiri, Nagano Prefecture (P 246) [search@G] [search@A]
  82. 音波探査記録からみた琵琶湖の湖水面変動 [検索@G] [検索@A]
    Lake level change based on acoustic records of Uniboom in Lake Biwa [search@G] [search@A]
  83. 音波探査記録からみた美保湾の海底地質と宍道低地帯東部の後期更新世以降の地史 [検索@G] [検索@A]
    Marine geology and geologic history of Miho Bay, Southwest Japan, since the Late Pleistocene based on seismic profiles [search@G] [search@A]
  84. 鳥取県西部境港地域の過去約3000年間の砂州拡大過程 [検索@G] [検索@A]
    Sedimentary process of sand bar formation near Sakaiminato city, western Tottori prefecture, during the last 3000 years [search@G] [search@A]
  85. 吸光光度法による標準試料のJLK 1のBiogenic Silica濃度の測定(Q126 P015) [検索@G] [検索@A]
    Biogenic silica content of Geochemical Reference Sample JLK 1 measured by Molybdenumyellow absorbance method (Q126 P015) [search@G] [search@A]
  86. 大阪湾海底堆積物の音波探査記録と夢洲沖ボーリング資料との対応 [検索@G] [検索@A]
    Correlation between high resolution record of Uniboom and Yumeshima oki drilling data in Osaka Bay [search@G] [search@A]
  87. 大阪湾海底堆積物の音波探査記録と夢洲沖ボーリング資料との対応(O 18) [検索@G] [検索@A]
    Correlation between high resolution record of Uniboom and Yumeshima oki Drilling Data in Osaka Bay(O 18) [search@G] [search@A]
  88. 愛媛県南部御荘湾における19世紀干拓に伴う海底環境変遷(O 226) [検索@G] [検索@A]
    Seafloor environmental changes resulting from nineteenth century reclamation in Mishou Bay, Bungo Channel, Southwest Japan(O 226) [search@G] [search@A]
  89. 愛媛県御荘湾における干拓に伴う海底環境変遷(G148 P010) [検索@G] [検索@A]
    Seafloor environmental changes resulting from nineteenth century reclamation in Mishou Bay, Ehime Prefecture, Southwest Japan (G148 P010) [search@G] [search@A]
  90. 愛媛県御荘湾における歴史時代の干拓に伴う海底環境変遷 [検索@G] [検索@A]
    Seafloor environmental changes resulted from reclamation in Mishou Bay, Ehime Prefecture [search@G] [search@A]
  91. 愛媛県松山市沖の砂堆“ 大州”の砂浪移動様式(G148 P005) [検索@G] [検索@A]
    Sedimentation of large sand dune Ozu (off Matsuyama city, Ehime Prefecture) (G148 P005) [search@G] [search@A]
  92. 松山市沖の後期更新世から完新世の海況変遷(P 66) [検索@G] [検索@A]
    Late Pleistocene to Holocene temporal variation of sea condition offshore Matsuyama city(P 66) [search@G] [search@A]
  93. 海域“沖積層”のシーケンス層序学的検討−−大阪湾の例−− [検索@G] [検索@A]
    Sequence stratigraphy on marine sediment from the late Pleistocene to Holocene in Osaka Bay [search@G] [search@A]
  94. 湖水面高度変動史の復元を指向した野尻湖表層堆積物の堆積モデル [検索@G] [検索@A]
    Sedimentation model of lake Noriji aimed at reconstruction of lake level changes [search@G] [search@A]
  95. 瀬戸内海の海域“ 沖積層”の音波探査記録と堆積シーケンス(Q127 P001) [検索@G] [検索@A]
    Acoustic record and sequence of the late Pleistocene to Holocene marine sediment in the Seto Inland Sea (Q127 P001) [search@G] [search@A]
  96. 瀬戸内海松山市沖海域の砂堆の特徴と堆積環境 [検索@G] [検索@A]
  97. 琵琶湖における過去100年間の珪藻種組成変遷(P 220) [検索@G] [検索@A]
    Diatom species composition change during the past 100 years in Lake Biwa, central Japan(P 220) [search@G] [search@A]
  98. 琵琶湖の全炭素含有率に基づく過去30万年間の千年スケールの東アジア夏季モンスーンの復元(O 248) [検索@G] [検索@A]
    Reconstruction of millennial scale East Asian summer monsoon variations during the last 300 ka based on total carbon contents of Lake Biwa, Japan(O 248) [search@G] [search@A]
  99. 琵琶湖の音波探査記録およびボーリングコア試料からみた湖水面変動史 [検索@G] [検索@A]
    Lake level changes based on acoustic records and cored sediment in Lake Biwa [search@G] [search@A]
  100. 琵琶湖の音波探査記録及びボーリングコアからみた湖水面変動史(P 57) [検索@G] [検索@A]
    Lake level change since 35, 000 years ago in Lake Biwa, central Japan(P 57) [search@G] [search@A]
  101. 琵琶湖湖底堆積物からみた過去30万年間の東アジアモンスーンにおける千年スケールの変動の復元(Q126 002) [検索@G] [検索@A]
    Reconstruction of Millennial scale variations in the East Asian Monsoon during the last 300 kyrs from sediments of Lake Biwa(Q126 002) [search@G] [search@A]
  102. 琵琶湖湖底表層堆積物における過去およそ100年間の生物源シリカ濃度と気象観測データの対応 [検索@G] [検索@A]
    Environmental changes in Lake Biwa based on concentration of biogenic silica in bottom sediments [search@G] [search@A]
  103. 琵琶湖湖底表層堆積物における過去約100年間の生物源シリカ濃度と気象観測データとの対応(P 221) [検索@G] [検索@A]
    Environmental changes in Lake Biwa based on concentration of biogenic silica in bottom sediments(P 221) [search@G] [search@A]
  104. 琵琶湖湖底表層堆積物の物性と気象観測記録との相関(Q126 P013)(演旨) [検索@G] [検索@A]
    Correlation between physical properties of bottom surface sediments and meteorological observation data of Lake Biwa (Q126 P013) [search@G] [search@A]
  105. 琵琶湖湖底表層堆積物の物理量変動と気象観測記録との関係(P 222) [検索@G] [検索@A]
    Correlation between physical property of buttom surface sediments of Lake Biwa and meteorological observation data(P 222) [search@G] [search@A]
  106. 琵琶湖湖底表層堆積物の粒度組成と分布様式 [検索@G] [検索@A]
    Grain size composition and its distribution pattern of surface sediment on the bottom of Lake Biwa [search@G] [search@A]
  107. 琵琶湖表層堆積物の密度プロファイル及び気象観測データとの相関 [検索@G] [検索@A]
    Correlation between density of bottom surface sediments and observation data of weather condition of Lake Biwa [search@G] [search@A]
  108. 琵琶湖表層堆積物の物理量変化と気象観測データとの対応 [検索@G] [検索@A]
    Correlation between physical properties of bottom surface sediments of Lake Biwa and meteorological observation data [search@G] [search@A]
  109. 琵琶湖表層堆積物の物理量変化と気象観測データとの対応(Q126 P014) [検索@G] [検索@A]
    Correlation between physical properties of bottom surface sediments of Lake Biwa and meteorological observation data (Q126 P014) [search@G] [search@A]
  110. 琵琶湖表層柱状堆積物の物理量と気象観測データとの対応(P 219) [検索@G] [検索@A]
    Correlation between physical properties of bottom surface sediments of Lake Biwa and meteorological observation data(P 219) [search@G] [search@A]
  111. 琵琶湖音波探査記録からみた過去約3万5千年間の湖水面変動史 [検索@G] [検索@A]
    Lake level change based on acoustic records of Uniboom since 35, 000 years ago in Lake Biwa, central Japan [search@G] [search@A]
  112. 琵琶湖音波探査記録からみた過去約3万5千年間の湖水面変動史(Q126 P016) [検索@G] [検索@A]
    Lake level change based on acoustic records of Uniboom since ca. 35, 000 years ago in Lake Biwa, central Japan (Q126 P016) [search@G] [search@A]
  113. 野尻湖池尻川低地の10mコアにおけるテフラとその推定年代 [検索@G] [検索@A]
    Age estimation of remarkable tephra layers in peaty sediment of 10 meter core at Ikejiri gawa lowland, west of Lake Nojiri [search@G] [search@A]
  114. 野尻湖西部池尻川低地の10mコアにおける主要テフラの年代(P 216) [検索@G] [検索@A]
    Ages of remarkable tephra layers in peaty sediment of 10 meter core at Ikejirigawa lowland, west of Lake Nojiri(P 216) [search@G] [search@A]
  115. 野尻湖西部池尻川低地の10mコアにおける主要テフラの年代(Q126 P008) [検索@G] [検索@A]
    Ages of remarkable tephra layers in peaty sediment of 10 meter core at Ikejirigawa lowland, west of Lake Nojiri (Q126 P008) [search@G] [search@A]
  116. 鳥取県西部,美保湾における海底地質と砕屑物供給量の見積り(Y153 P014) [検索@G] [検索@A]
    Volume estimation of clastic materials transported from coastal zone and marine geology in Miho Bay, western Tottori Prefecture (Y153 P014) [search@G] [search@A]
  117. 愛媛県宇和海御荘湾における19世紀の干拓が海底環境におよぼした影響(O 257) [検索@G] [検索@A]
    The effect of nineteenth century reclamation to seafloor environment in Mishou Bay, Ehime Prefecture, Southwest Japan(O 257) [search@G] [search@A]
  118. 愛媛県御荘湾における19世紀の干拓に伴う堆積環境変遷 [検索@G] [検索@A]
    Seafloor environmental changes resulting from reclamation of the nineteenth century in Mishou Bay, Bungo Channel, Southwest Japan [search@G] [search@A]
  119. 愛媛県御荘湾における19世紀干拓に伴う海底環境変遷(G120 002) [検索@G] [検索@A]
    Seafloor environmental changes resulting from reclamation of the nineteenth century in Mishou Bay, Bungo Channel, Southwest Japan(G120 002) [search@G] [search@A]
  120. 松山市沖の瀬戸内海の後期更新世から完新世までの海況変遷 [検索@G] [検索@A]
    Late Pleistocene to Holocene variations in sea conditions within the Seto Inland Sea, offshore Matsuyama City, Japan [search@G] [search@A]
  121. 琵琶湖の音波探査記録およびボーリングコアから復元された過去約5万年間の湖水面変動史(L132 P003) [検索@G] [検索@A]
    Lake level changes since 50, 000 years ago in Lake Biwa, central Japan(L132 P003) [search@G] [search@A]
  122. 琵琶湖湖底堆積構造からみた湖水面変動と環境変動(P 231) [検索@G] [検索@A]
    Lake level changes since 50, 000 years ago in Lake Biwa, central Japan(P 231) [search@G] [search@A]
  123. 琵琶湖湖底表層堆積物の分布様式 [検索@G] [検索@A]
    Grain size distribution of surface bottom sediment of Lake Biwa [search@G] [search@A]
  124. 琵琶湖湖底表層堆積物の物理値に記録された気象要素の検討(Q139 P012) [検索@G] [検索@A]
    Comparison between physical properties of bottom surface sediments and meteorological observation data of Lake Biwa(Q139 P012) [search@G] [search@A]
  125. 琵琶湖音波探査記録とボーリングコアからみた湖水面変動とその気候学的要因 [検索@G] [検索@A]
    Lake level changes since 50, 000 years ago in Lake Biwa, central Japan [search@G] [search@A]
  126. 野尻湖における過去約4万年間の湖水面変動史(P 207) [検索@G] [検索@A]
    Lake level changes during the last 40ka in Lake Nojiri, Nagano Prefecture (P 207) [search@G] [search@A]
  127. 長野県北部,野尻湖における堆積物分布と堆積モデル(P 206) [検索@G] [検索@A]
    Distribution of surface sediments and sedimentation model in Lake Nojiri, Nagano Prefecture (P 206) [search@G] [search@A]
  128. 音響層序およびシーケンス層序解析からみた過去約5万年間の琵琶湖湖水面変動史復元(Q139 P019) [検索@G] [検索@A]
    Water Level changes of Lake Biwa, during the last 50, 000 years inferred from seismic and sequence stratigraphic analyses(Q139 P019) [search@G] [search@A]
  129. 海砂採取後海域の海底環境変化−−愛媛県大三島南方海域−− [検索@G] [検索@A]
    Bottom environmental changes at sand dredged area an examle at the south off Ohmishima Island, Ehime prefecture [search@G] [search@A]
  130. 海砂採取後海域の海底環境変化−−愛媛県大三島南方海域−−(P 179)(ポスターセッション)(演旨) [検索@G] [検索@A]
    Bottom environmental changes at sand dredged area an example at the south of Ohmishima Island, Ehime Prefecture (P 179) [search@G] [search@A]
  131. 琵琶湖湖底堆積物の生物源シリカ含有率から見た気候変動史 [検索@G] [検索@A]
    Climate changes in Lake Biwa based on concentration profile of biogenic silica in bottom sediments [search@G] [search@A]
  132. 琵琶湖湖底表層堆積物の生物源シリカ含有率から復元した過去の気候変動(P 196)(ポスターセッション)(演旨) [検索@G] [検索@A]
    Climate changes in Lake Biwa based on concentration of biogenic silica in surface cored sediments (P 196) [search@G] [search@A]
  133. 琵琶湖表層堆積物の生物源シリカ含有率測定から見た気候変動(L135 P001) [検索@G] [検索@A]
    Climate changes in Lake Biwa based onconcentration of biogenic silica in surfacesediments(L135 P001) [search@G] [search@A]
  134. 栃木県奥日光湯ノ湖の湖底堆積物にみられる劇的洪水イベント(ACG032 P10) [検索@G] [検索@A]
    The correspondence between historical extreme flood records and lake sediments in Lake Yunoko, Nikko, Japan(ACG032 P10) [search@G] [search@A]
  135. 琵琶湖湖底堆積物中の生物源シリカ含有率から復元する古環境変動史(APE025 P03) [検索@G] [検索@A]
    Climate changes in Lake Biwa based on concentration profile of biogenic silica in bottom sediments(APE025 P03) [search@G] [search@A]
  136. 琵琶湖高島沖ボーリングコア試料中の生物源シリカ含有率等から見た過去約15万年間の環境変遷(P 210)(ポスターセッション)(演旨) [検索@G] [検索@A]
    Environmental change during the past 150kyr based on biogenic silica content record in Takashima oki boring core, Lake Biwa, Japan (P 210) [search@G] [search@A]
  137. 琵琶湖高島沖ボーリング試料の生物源シリカ含有率から復元した過去約3.5万年の高分解能古環境変遷(P 212)(ポスターセッション)(演旨) [検索@G] [検索@A]
    High resolution climate change record of Lake Biwa, based on concentration of biogenic silica in cored sediments off Takashima (P 212) [search@G] [search@A]
  138. 琵琶湖高島沖ボーリング試料の生物源シリカ濃度から復元した過去約4万年間の高分解能古環境変遷 [検索@G] [検索@A]
    High resolution climate change record during the past 40 kyr of Lake Biwa, based on concentration of biogenic silica in cored sediments off Takashima [search@G] [search@A]
  139. 琵琶湖高島沖ボーリング試料中の生物源シリカ含有率から推定される過去13万年間の東アジア夏季モンスーン変動 [検索@G] [検索@A]
    East Asian summer monsoon variability over the past 130 kyr inferred from biogenic silica content record in Lake Biwa, Japan [search@G] [search@A]
  140. 琵琶湖高島沖ボーリング試料中の生物源シリカ含有率から推定される過去150kyrの東アジアモンスーン変動及び周期性(P 211)(ポスターセッション)(演旨) [検索@G] [検索@A]
    Millennial scale climate cycles and induced East Asian monsoon variability over the past 150kyr inferred from biogenic silica content record in Lake Biwa (P 211) [search@G] [search@A]
  141. 琵琶湖高島沖湖底掘削試料中の生物源シリカ含有率からみた過去約15万年間の環境変遷 [検索@G] [検索@A]
    Environmental changes during the past 150 kyr based on biogenic silica content record in Takashima oki Drilling Core, Lake Biwa, Japan [search@G] [search@A]
About this page: