1.北海道地方

1.北海道地方

①天塩平野

地質系統と水理定数・水質その2北海道の畑作振興地下水調査から (Geologic system and aquifer constant/water quality (2) -from deep groundwater research for farm field development by Hokkaido government-).80,157-183

冷蔵および冷凍保存された地下水中の無機態窒素濃度と有機物濃度の変動 (Variation in inorganic nitrogen and organic carbon concentrations in groundwater samples stored under cold and frozen conditions).54(2),107-116

サロベツ湿原南部における泥炭の堆積年代とその物理化学的特性および透水特性 (Peat age and its physicochemical and hydrological properties in South Sarobetsu Mire, Hokkaido).48(1),3-15

深部地下水の物理化学パラメータ(pH、酸化還元電位)の測定とその留意点 (A notice for measuring physicochemical parameters (pH, ORP) of deep groundwater).51(3),205-214

揚水を伴わない地下水の原位置物理化学パラメータ測定時における電気伝導度の留意点 (A notice for conductivity in the measurement of in situ physico-chemical parameter of groundwater without pumping).52(2),195-204

北海道幌延町、第四紀堆積物中における嫌気的地下水の粒状有機態炭素濃度 (Particulate organic carbon concentrations in anoxic groundwater in quaternary deposit of Horonobe town, Hokkaido, Japan).52(2),205-210

幌延沿岸域における地下水流動・塩淡境界解析の初期モデル構築 (Preliminary model for simulation of groundwater flow and seawater / freshwater interface at coastal area of Horonobe, Hokkaido).52(4),381-394

北海道幌延地域における地下水位と地質構造に基づく浅部地下水流動に関する検討 (A study of shallow groundwater flow based on groundwater level and geological structures in the Horonobe area, Hokkaido).53(2),193-206

北海道幌延地域における深部地下水調査-地上からの地球化学調査の妥当性評価と地下施設建設に伴う地球化学特性変化- (Validation of surface-based hydrochemical investigation and the impact of underground facility construction at Horonobe URL).54(4),207-228

井戸データベースを用いた地盤情報推定システムの開発その2確率加重平均による平均透水係数推定法の評価 (Development of a probability-based geoinformation system using water well database part IIevaluation of an averaged hydraulic conductivity as a probability-weighted average evaluation of an averaged hydraulic conductivity as a probability-weighted average).60(3),273-288

深部地下水における酸化還元電位の不確かさ評価北海道・幌延地域を事例として (Evaluation of uncertainty of redox potential in deep groundwaterA case study in the Horonobe area, Hokkaido).61(1),3-20

②頓別平野

井戸データベースを用いた地盤情報推定システムの開発その2確率加重平均による平均透水係数推定法の評価 (Development of a probability-based geoinformation system using water well database part IIevaluation of an averaged hydraulic conductivity as a probability-weighted average evaluation of an averaged hydraulic conductivity as a probability-weighted average).60(3),273-288

③釧路平野

本邦における地下水の塩水化 (Salt-water intrusion into aquifers in Japan).33(10),479-530

北海道東部,釧路白糠工業団地の地下水 (Ground water investigation in Kushiro-Shiranuka industrial area, east Hokkaido).57,89-102

地質系統と水理定数・水質その2北海道の畑作振興地下水調査から (Geologic system and aquifer constant/water quality (2) -from deep groundwater research for farm field development by Hokkaido government-).80,157-183

北海道第三紀層中の被圧地下水.2(1),9-22

最近における地下水開発の技術 I 総説.13(1),2-31

化石海水の同定法の提案-太平洋炭鉱における地下水水質・同位体分布と地下水年代評価- (Proposal for the methods to characterize fossil seawater- Distribution of anions, cations and stable isotopes, and estimation on the groundwater residence time by measuring 36Cl at the Taiheiyou Coal Mine - - Distribution of anions, cations and stable isotopes, and estimation on the groundwater residence time by measuring 36Cl at the Taiheiyou Coal Mine -).48(1),17-33

地表水-地下水相互作用及びその生態系や生物地球化学へ及ぼす影響~プロセス型モデルを用いたアプローチ~ (Interaction between surface water and groundwater and its effect on ecosystem and biogeochemical cycle).60(2),143-156

井戸データベースを用いた地盤情報推定システムの開発その2確率加重平均による平均透水係数推定法の評価 (Development of a probability-based geoinformation system using water well database part IIevaluation of an averaged hydraulic conductivity as a probability-weighted average evaluation of an averaged hydraulic conductivity as a probability-weighted average).60(3),273-288

④根釧原野

地質系統と水理定数・水質その2北海道の畑作振興地下水調査から (Geologic system and aquifer constant/water quality (2) -from deep groundwater research for farm field development by Hokkaido government-).80,157-183

北海道の被圧地下水(2).1(1),3-4

名水を訪ねて(118)釧路湿原の湧水 (Visit to valuable water springs (118) Spring water in Kushiro Wetland).59(3),239-251

最近における地下水開発の技術 I 総説.13(1),2-31

井戸データベースを用いた地盤情報推定システムの開発その2確率加重平均による平均透水係数推定法の評価 (Development of a probability-based geoinformation system using water well database part IIevaluation of an averaged hydraulic conductivity as a probability-weighted average evaluation of an averaged hydraulic conductivity as a probability-weighted average).60(3),273-288

⑤十勝平野

音更地域地下水利用適正化調査報告書.1-58

北海道帯広・芽室地域地下水利用適正化調査報告書.(260),32-54

苫小牧東部の地下水について (Ground water resources in the east of Tomakomai, Hokkaido, Japan).50,133-159

地質系統と水理定数・水質その2北海道の畑作振興地下水調査から (Geologic system and aquifer constant/water quality (2) -from deep groundwater research for farm field development by Hokkaido government-).80,157-183

北海道十勝平野の無水地帯.4(1),5-10

十勝川下流地域の地形と水理地質 (The Topography and The Hydrogeology of The Lower Coarse Plain of The Tokachi River).21(1),16-28

地下水温と安定同位体比から推定した十勝平野の地下水流動系 (Groundwater Flow System in the Tokachi Plain, Hokkaido, Estimated from Groundwater Temperature and Stable Isotopic Ratio).42(1),3-26

北海道の被圧地下水(2).1(1),3-4

北海道第三紀層中の被圧地下水.2(1),9-22

最近における地下水開発の技術 I 総説.13(1),2-31

井戸データベースを用いた地盤情報推定システムの開発その2確率加重平均による平均透水係数推定法の評価 (Development of a probability-based geoinformation system using water well database part IIevaluation of an averaged hydraulic conductivity as a probability-weighted average evaluation of an averaged hydraulic conductivity as a probability-weighted average).60(3),273-288

⑥石狩平野

石狩低地帯の地下水位低下および地盤沈下について(Ⅰ) (Fluctuation of groundwater levels and land subsidence in the Ishikari lowland (Ⅰ)).49,89-99

札幌市東部”厚別低地帯”の地下地質 (Subsurface geology of “Atsubetsu low land” in the east of Sapporo).49,49-69

”厚別低地帯”北方地域の地下地質 (Subsurface geology of the northern part of "Atsubetsu low land”).50,81-107

赤平地区地下水利用適正化調査報告書.1-49

石狩東部地区地下水利用適正化調査報告書.1-142

千歳周辺地域地下水利用適正化調査報告.(346),54-60

石狩低地帯中南部地域の地下水位変動ー2001~2004年ー (Groundwater-level changes during 2001 to 2004 in the mid-south Ishikari lowland, Hokkaido, Japan).84,29-39

北海道石狩湾岸地域における地下水位変動の特徴と地下環境モニタリングが果たした役割 (Characteristics of groundwater level fluctuation and role achieved by geo-environmental monitoring at Ishikari bay coastal area, Hokkaido, Japan).88,37-47

流体資源ボーリングデータによる札幌市中心部とその北西地域の地下地質構造の解明一付,札幌市などによる6地震探査断面の地質解釈一 (Analyzing the subsurface geologic structure of the central part of Sapporo city and its northwest suburb by drilling data of fluid resources, with notes on geological explanation for six profiles of seismic prospecting performed by the municipal authorities of Sapporo city and so on).76,1-54

札幌市街北部の地下流体について (Underground fluid under the northern part of Sapporo city, Hokkaido).78,157-161

石狩低地帯南部,長沼低地の地下地質と第四紀テクトニクス~中部更新統ー完新統の層序・層相・構造~ (Subsurface geology and quaternary tectonics of Naganuma alluvial plain in the middle part of Ishikari depression -stratigraphy, sedimentary facies and structure of upper pleistocene to holocene formations-).78,95-148

地下水位地盤沈下観測記録(札幌北部~石狩地区).

Depth dependence and exponential models of permeability in alluvial fan gravel deposits.21,773-786

Evaluating variability of ground thermal conductivity within a steep site by history matching underground distributed temperatures from thermal response tests.14(7),1-17

地質系統と水理定数・水質その2北海道の畑作振興地下水調査から (Geologic system and aquifer constant/water quality (2) -from deep groundwater research for farm field development by Hokkaido government-).80,157-183

井戸データベースを用いた地盤情報推定システムの開発:地質区分のクリギング推定と逐次パラメータ決定法 (Development of a probability-based geoinformation system using water well database kriging estimation of soil/rock types with local parameter settings).59(2),105-123

北海道の被圧地下水.1959(3),4-5

地下水の温度の成因及び汲上げに際しての温度損失に関する考察.3(1),1-19

空間分布構造を有する透水係数の統計的推定法 (A Statistical Method for Estimating the Spatial Distributions of Hydraulic Conductivity).28(1),15-24

訪問記 名水を訪ねて(72)ナイベツ川湧水 (Visit to Valuable Water Springs (72) Valuable Water Springs in and along the Naibetsu River, Hokkaido).48(1),39-48

既存データを用いた“(地下水)不動領域”の推定-石狩低地帯を事例として- (Estimation of a “(groundwater) immobility zone” using the published data-case study for the Ishikari depression-).56(2),121-133

最近における地下水開発の技術 I 総説.13(1),2-31

井戸データベースを用いた地盤情報推定システムの開発その2確率加重平均による平均透水係数推定法の評価 (Development of a probability-based geoinformation system using water well database part IIevaluation of an averaged hydraulic conductivity as a probability-weighted average evaluation of an averaged hydraulic conductivity as a probability-weighted average).60(3),273-288

⑦勇払平野

石狩低地帯中南部地域の地下水位変動ー2001~2004年ー (Groundwater-level changes during 2001 to 2004 in the mid-south Ishikari lowland, Hokkaido, Japan).84,29-39

流体資源ボーリングデータによる苫小牧地域の地下地質構造の解明(第1報)ー2003年十勝沖地震の地震動に関連してー (Analyzing the subsurface geologic structure of Tomakomai region by drilling data of fluid resources, in connection with the earthquake motion of the Tokachi-oki earthquake in 2003 (1st paper)).75,85-108

北海道鵡川の埋積地形と伏流永について《要約》.5(1),11-

最近における地下水開発の技術 I 総説.13(1),2-31

井戸データベースを用いた地盤情報推定システムの開発その2確率加重平均による平均透水係数推定法の評価 (Development of a probability-based geoinformation system using water well database part IIevaluation of an averaged hydraulic conductivity as a probability-weighted average evaluation of an averaged hydraulic conductivity as a probability-weighted average).60(3),273-288

⑧函館平野

函館地域地下水利用適正化調査報告書.1-333

北海道の被圧地下水.1959(3),4-5

最近における地下水開発の技術 I 総説.13(1),2-31

井戸データベースを用いた地盤情報推定システムの開発その2確率加重平均による平均透水係数推定法の評価 (Development of a probability-based geoinformation system using water well database part IIevaluation of an averaged hydraulic conductivity as a probability-weighted average evaluation of an averaged hydraulic conductivity as a probability-weighted average).60(3),273-288

⑨名寄盆地

名水を訪ねて(111) 道北の名水 (Visit to valuable water springs (111) Valuable waters in the Northern Hokkaido (Dohoku) Area).57(4),533-545

融雪を考慮した土壌水分量の定量化とそれを用いた土砂災害発生危険度の判定 (Risk Evaluation of Landslide Disaster Occurrence Using Quantification of Soil Moisture Considering Snowmelt).30(2),89-101

井戸データベースを用いた地盤情報推定システムの開発その2確率加重平均による平均透水係数推定法の評価 (Development of a probability-based geoinformation system using water well database part IIevaluation of an averaged hydraulic conductivity as a probability-weighted average evaluation of an averaged hydraulic conductivity as a probability-weighted average).60(3),273-288

⑩上川盆地

旭川地域の地下水(Ⅰ) (Ground water in Asahikawa area (Ⅰ)).(47),443-448

東川町の地下水.1-35

旭川地域地下水利用適正化調査報告.(310),33-45

名水を訪ねて(111) 道北の名水 (Visit to valuable water springs (111) Valuable waters in the Northern Hokkaido (Dohoku) Area).57(4),533-545

最近における地下水開発の技術 I 総説.13(1),2-31

井戸データベースを用いた地盤情報推定システムの開発その2確率加重平均による平均透水係数推定法の評価 (Development of a probability-based geoinformation system using water well database part IIevaluation of an averaged hydraulic conductivity as a probability-weighted average evaluation of an averaged hydraulic conductivity as a probability-weighted average).60(3),273-288

⑪富良野盆地

名水を訪ねて(111) 道北の名水 (Visit to valuable water springs (111) Valuable waters in the Northern Hokkaido (Dohoku) Area).57(4),533-545

北海道の被圧地下水(2).1(1),3-4

井戸データベースを用いた地盤情報推定システムの開発その2確率加重平均による平均透水係数推定法の評価 (Development of a probability-based geoinformation system using water well database part IIevaluation of an averaged hydraulic conductivity as a probability-weighted average evaluation of an averaged hydraulic conductivity as a probability-weighted average).60(3),273-288

⑫北見盆地

北見市の水理地質 (Hydrogeology of Kitami city area, Abashiri province, Hokkaido).47,81-88

「直接サイフォン井戸」を熱源とするヒートポンプによる暖房給湯 (Space-Heating and Hot Water Supply by a Solar-Heat Pump System Applying a“Direct Siphon Well”as the Heat Source).33(4),239-246

名水を訪ねて(64)北海道道東の名水 (Visit to Valuable Water Springs (64)Valuable Water Springs in Hokkaido, Eastern Area).46(1),77-80

井戸データベースを用いた地盤情報推定システムの開発その2確率加重平均による平均透水係数推定法の評価 (Development of a probability-based geoinformation system using water well database part IIevaluation of an averaged hydraulic conductivity as a probability-weighted average evaluation of an averaged hydraulic conductivity as a probability-weighted average).60(3),273-288

⑬藻琴山麓

地下水調査井の多層仕上げと揚水試験 (The multiple completion and pumping test of the groundwater investigation well).61,95-108

女満別・美幌地域の水理地質ー地下水盆構造と帯水層の特性ー (Hydrogeology in the Memanbetsu and Bihoro region, eastern Hokkaido -the structure of groundwater basin and the property of aquifers-).61,65-94

女満別・美幌地域の地下水資源 (Groundwater resources in Memanbetsu and Bihoro region, eastern Hokkaido).60,1-34

名水を訪ねて(64)北海道道東の名水 (Visit to Valuable Water Springs (64) Valuable Water Springs in Hokkaido, Eastern Area).46(1),77-80

融雪を考慮した土壌水分量の定量化とそれを用いた土砂災害発生危険度の判定 (Risk Evaluation of Landslide Disaster Occurrence Using Quantification of Soil Moisture Considering Snowmelt).30(2),89-101

井戸データベースを用いた地盤情報推定システムの開発その2確率加重平均による平均透水係数推定法の評価 (Development of a probability-based geoinformation system using water well database part IIevaluation of an averaged hydraulic conductivity as a probability-weighted average evaluation of an averaged hydraulic conductivity as a probability-weighted average).60(3),273-288

⑭支笏湖周辺

伊達周辺地域地下水利用適正化調査報告書(2).

伊達周辺地域地下水利用適正化調査報告書(1).1-80

千歳周辺地域地下水利用適正化調査報告.(346),54-60

石狩低地帯中南部地域の地下水位変動ー2001~2004年ー (Groundwater-level changes during 2001 to 2004 in the mid-south Ishikari lowland, Hokkaido, Japan).84,29-39

洞爺湖温泉源に及ほした1977有珠山噴火の影響 (The Influence of the Activity of the Usu Volcano in 1977 on the Toya Hot Springs, Hokkaido).22(3),105-118

融雪を考慮した土壌水分量の定量化とそれを用いた土砂災害発生危険度の判定 (Risk Evaluation of Landslide Disaster Occurrence Using Quantification of Soil Moisture Considering Snowmelt).30(2),89-101

訪問記 名水を訪ねて(72)ナイベツ川湧水 (Visit to Valuable Water Springs (72) Valuable Water Springs in and along the Naibetsu River, Hokkaido).48(1),39-48

井戸データベースを用いた地盤情報推定システムの開発その2確率加重平均による平均透水係数推定法の評価 (Development of a probability-based geoinformation system using water well database part IIevaluation of an averaged hydraulic conductivity as a probability-weighted average evaluation of an averaged hydraulic conductivity as a probability-weighted average).60(3),273-288

⑮駒ケ岳周辺

井戸データベースを用いた地盤情報推定システムの開発その2確率加重平均による平均透水係数推定法の評価 (Development of a probability-based geoinformation system using water well database part IIevaluation of an averaged hydraulic conductivity as a probability-weighted average evaluation of an averaged hydraulic conductivity as a probability-weighted average).60(3),273-288

⑯羊蹄山麓

岩内地域地下水利用適正化調査報告書.

洞爺湖温泉源に及ほした1977有珠山噴火の影響 (The Influence of the Activity of the Usu Volcano in 1977 on the Toya Hot Springs, Hokkaido).22(3),105-118

名水を訪ねて(7)羊蹄のふきだし湧水と湧水群.31(3),165-173

地熱資源探査開発分野における地下水学への期待 (Expectation for hydrology in the field of geothermal resource exploration and exploitation).60(4),463-474

融雪を考慮した土壌水分量の定量化とそれを用いた土砂災害発生危険度の判定 (Risk Evaluation of Landslide Disaster Occurrence Using Quantification of Soil Moisture Considering Snowmelt).30(2),89-101

井戸データベースを用いた地盤情報推定システムの開発その2確率加重平均による平均透水係数推定法の評価 (Development of a probability-based geoinformation system using water well database part IIevaluation of an averaged hydraulic conductivity as a probability-weighted average evaluation of an averaged hydraulic conductivity as a probability-weighted average).60(3),273-288

⑰礼文島

⑱利尻島

利尻島の地下水[Ⅲ]ー神磯地区ー (Groundwater in Rishiri island, part Ⅲ -Kamiiiso district-).46,133-141

名水を訪ねて(46)北海道利尻島の名水 (Visit to Valuable Water Springs (46) Valuable Water Springs on Rishiri Island in Hokkaido, Japan).41(3),213-220

水循環の再生における地下水学の果たす役割 水循環社会形成のためのインターフェイス (The Role of Groundwater Hydrology in the Recovery of Water CycleAs an Interface for Creating a Water Sustainable Society).41(4),245-252

⑲天売・焼尻島

天売島の水資源ー水資源開発調査報告ー (Water resources of Teuri-to, northern Hokkaido).58,1-21

⑳奥尻島

地域選択に戻る