| 科目名[英文名] | |||||
| Advanced lecture of Green, Food, and Life science [Advanced lecture of Green, Food, and Life science] | |||||
| 区分 | 選択必修 | 単位数 | 1 | ||
| 対象学科等 | 対象年次 | 1～1 | 開講時期 | 3学期 | |
| 授業形態 | 3学期 | 時間割番号 | 05cf0016 | ||
| 責任教員 [ローマ字表記] | |||||
| 五味 高志 [GOMI Takashi] | |||||
| 所属 | 農学府 | 研究室 | メールアドレス | ||
| 概要 |
| 世界が直面する食料・エネルギーの課題を解決"をテーマとして掲げ、"食料" "エネルギー" "ライフサイエンス"の3分野を研究重点分野における、社会的要請の高い研究課題において先進的な研究成果を学ぶ。とくに、世界トップレベルの外国人研究者による、本学教員との国際共同研究から、「農作物の生産力向上」や「環境汚染の実態解明」、「タンパク質科学」や「生命医科学」などをテーマとし、国際感覚に優れた、研究成果の実用化を担う理系グローバルイノベーション人材の基礎的素養を養成する。世界トップレベルの外国人研究者と共に"世界が直面する食料・エネルギーの課題を解決"をミッションとした研究の基礎を学ぶ。 |
| 到達基準 |
|
世界の先端研究を理解し、その研究が実施された背景、取り組みの実態、先端研究としての位置づけを把握する。また、先端研究を取り組む上での心構えなどを理解する。 本学HP（三つのポリシー）のカリキュラムマップを参照してください。 https://www.tuat.ac.jp/campuslife_career/campuslife/policy/ |
| 授業内容 |
|
Lecture by Prof. Lee MacDonald The objectives of this course are to: 1) provide the students with an understanding of the key processes that control infiltration; 2) learn and use a relatively simple procedure to measure infiltration in the field; 3) analyze and compare the data to understand the variability and uncertainty in infiltration measurements; and 4) use the lessons learned to better understand model uncertainties. Infiltration is arguably the most critical single process in hydrology and land management. If the infiltration rate is high then rainfall and snowmelt will infiltrate into the soil, resulting in little or no surface runoff or surface erosion, low peak flows, more water available for plants, and highwater quality. On the other hand, if the infiltration rate is lower than the rate of rainfall or snowmelt inputs, the excess water will run across the land surface, resulting in a much greater potential for soil erosion, higher peak flows, less water available for plants, and poorer water quality. Infiltration is a surprisingly complex process that varies tremendously over time and space. Infiltration rates are essential for predicting nearly every part of the hydrologic cycle as well as erosion and plant growth. The problem is that infiltration is very difficult to predict from soil texture, plant cover, topography, or other readily available variables. Hence direct measurements of infiltration often are crucial for model calibration. Gaining experience with measuring infiltration is important to help understand this key process, the spatial variations in infiltration over small distances, the extent to which the methods for measuring infiltration affect the resulting value, and understanding the extent to which we can or cannot accurately model key hydrologic processes and crop water status. Lecture by Prof. Gary Stacey The objectives of this course are to provide the students with basic knowledges for interaction between plants and soil microorganisms at molecular levels and to discuss with students about the mechanisms and applications in agricultural science. 講師の略歴 Dr. Lee MacDonald, professor emeritus at Colorado State University, will be the instructor. He taught hydrologic processes, watershed measurements, and a variety of other undergraduate and graduate courses in the Watershed Science Program for more than 20 years. He has worked or travelled to more than 70 countries, and has extensive field experience with hydrology and natural resources research and management in southeast Asia, Japan, North America, Europe, Antarctica, and to a lesser extent in Africa and Latin America. See https://www.nrel.colostate.edu/investigator/lee-macdonald-homepage/ for his publications. Dr. Gary Stacey, distinguished professor at University of Missouri, will be the instructor. He has been working on plant and microbe development for more than 40 years. A major focus of research in his lab is the symbiosis between legume plants and rhizobium to establish nodule on the root of the host where rhizobium fixes atmospheric nitrogen, which the plant can use. His laboratory is also contributing to the development of soybean genomic researches. See https://cafnr.missouri.edu/person/gary-stacey/ for his publications and c.v. 開講スケジュール（Lee MacDonald教授） 2019年10月16日（水）3限、４限 13時〜15時00分 GIRセミナー15:45〜１時間程度 2019年10月18日（金）3限、４限 2019年10月21日（月）3限、4限 2019年10月23日（水）３限 （最終試験: Final examination） 開講スケジュール（Gary Stacey教授） 2019年11月20日（水）３限、４限 |
| 履修条件・関連項目 |
| 予習・復習を参考資料や配布資料で実施すること。本学の学習時間に準ずる学習を実施すること。 |
| テキスト・教科書 |
| 適宜 |
| 参考書 |
| 適宜 |
| 成績評価の方法 |
| レポート |
| 教員から一言 |
| キーワード |
| オフィスアワー |
| 備考１ |
| 備考２ |
| 参照ホームページ |
| 開講言語 |
| 英語 |
| 語学学習科目 |
| 更新日付 |
| 2020/01/28 16:46:51 |