山梨大学電子シラバス>検索結果一覧>授業データ |
授業科目名
|
指導教員
|
|||||||||||||||||||||
流域水文シミュレーション特論
|
石平 博/市川 温/新藤 純子
|
|||||||||||||||||||||
時間割番号
|
単位数
|
コース
|
履修年次
|
期別
|
曜日
|
時限
|
||||||||||||||||
418312 | 2 | (未登録) | 1 | 後期 | 火 | III | ||||||||||||||||
[概要と目標] | ||||||||||||||||||||||
[Hydraulic modeling]<BR>The objectives of "hydraulic modeling part" are:<BR>- To understand the basic theories of river flow, unsaturated-saturated <BR>flow in the soil and inundation flow in the urbanized catchments<BR>- To develop computer programming skills for hydraulic simulations.<BR><BR>[Basin scale Hydrological modeling]<BR>The objectives of "hydrological modeling part" are:<BR>- To understand the basic therory of water/energy flux between <BR> land surface and atmosphere<BR>- To develop the computational skills of distributed hydrological model <BR>- To expand the handling and analysis skills of RS/GIS data for hydrological modeling.<BR><BR>[Material flow modeling]<BR>The objectives of "material flow modeling part" are:<BR>- To understand the soil chemical processes and ecosystem processes of bioelements.<BR>- To develop the computational skills of material flow model | ||||||||||||||||||||||
[到達目標] | ||||||||||||||||||||||
Understanding 1) basic theories of river flow, unsaturated-saturated <BR>flow and inundation flow, 2) basic techniques for numerical simulations <BR>and 3) acquiring computer programming skills for hydraulic simulations <BR>are expected.<BR><BR><BR>Understanding the 1) basic theory of land surface hydrological processes, <BR>2) concept of distributed hydrological model and 3) utilization of RS & GIS <BR>data on hydrological modeling are expected.<BR><BR>Understanding the 1) basic processes of carbon, nitrogen and other elements in soil and in ecosystems and 2) acquiring computer programming skills for material cycle evaluation are expected. | ||||||||||||||||||||||
[専攻の目標と講義の目標との関連性] | ||||||||||||||||||||||
The assesment and prediction of natural environment on basin scale <BR>is important task for integrated river basin management. <BR>The hydraulic/hydrological model and material flow model is one of the most <BR>useful tools for predicting the water and bioelement cycle. <BR>This lecture provides basic knowledge and skills of <BR>hydrological simulation. | ||||||||||||||||||||||
[必要知識・準備] | ||||||||||||||||||||||
Knowledge of hydraulics, hydrology and biogeochemical cycle is needed. | ||||||||||||||||||||||
[評価基準] | ||||||||||||||||||||||
|
||||||||||||||||||||||
[教科書] | ||||||||||||||||||||||
|
||||||||||||||||||||||
[参考書] | ||||||||||||||||||||||
|
||||||||||||||||||||||
[講義項目] | ||||||||||||||||||||||
1) river flow simulation (1)<BR>2) river flow simulation (2)<BR>3) unsaturated-saturated flow simulation (1)<BR>4) unsaturated-saturated flow simulation (2)<BR>5) inundation flow simulation<BR><BR>6) Land surface hydrological processes<BR>7) Utilization of RS/GIS data (1)<BR>8) Utilization of RS/GIS data (2)<BR>9) Basin scale hydrological simulation (1)<BR>10) Basin scale hydrological simulation (2)<BR><BR>11) Soil chemical processes in catchment modeling (1)<BR>12) Soil chemical processes in catchment modeling (2)<BR>13) Ecosystem processes in catchment modeling (1)<BR>14) Ecosystem processes in catchment modeling (2)<BR><BR>15) Summary |