2250 件ヒット (0.016秒)：
This class aims to study the basic concepts of food and agricultural immunology and their application for drug-independent cultivation and food production. Each unit professor of the center and collaborative professor in Tohoku University will give the lectures to introduce their specific research relating to immunology field. This lecture is opened using ISTU/DC (Internet School of Tohoku University on the Digital Campus). Students can view the video after registration.
This class aims to study the basic concepts of food and agricultural immunology and their application for drug-independent cultivation and food production. Each unit professor of the center and collaborative professor in Tohoku University will give the lectures to introduce their specific research relating to immunology field. This lecture is opened using ISTU/DC (Internet School of Tohoku University on the Digital Campus). Students can view the video after registration.
農学研究科附属複合生態フィールド教育研究センター（宮城県大崎市鳴子温泉）において，作物生産，草地，家畜生産および森林の見学と実習を通じてフィールドにおける生物生産や生物生産と環境との関わりについて概観し学ぶ．
実施日程等についてはガイダンス等で指示する．
Students overview and learn agricultural production, such as crop, pasture and livestock production, forestry, and the relations with the environment through the experiences in Kawatabi Field Center, Graduate school of Agriculture, Tohoku University (located in Naruko-onsen, Osaki, Miyagi).
The schedule will be announced at the guidance.
東北農業の復興を先導し、日本農業の新生を牽引できる人材の育成を目指す。
東日本大震災による農林水産業や農漁村の被害を理解し、農林水産業および農山漁村の復興や、将来の災害に対する備えや予防につながる研究および技術開発について現場対応型で学ぶ。
1) 座学では、大規模災害による農林水産業、食産業および私たちの暮らしへの影響、ならびに復興に関する課題や必要な技術について理解を深める。
2) 農学研究科附属川渡フィールドセンターを中心として、フィールドにおける生産システムの理解、および先端農学技術の応用について,体験を通して学ぶ。また、グループディスカッションにより農業・農村の復興プランを作成し、提案・議論を行う。
3) 被災地エクステンション：被災地を訪れ、震災の被害内容状況、今後の復興に向けての必要知識を、体験を通して学ぶ。
4) ITを活用できる農業、農業に直結するIT技術を学習することで、東日本大震災による農林水産業や農漁村の被害からの農林水産業や農漁村の復興や、将来の災害に対する備えや予防につながる科学および技術を学ぶ。
To understand the damage caused by the Great East Japan Earthquake to agriculture, forestry, fisheries, and fishing villages, and to learn about research and technological development that will lead to the reconstruction of agriculture, forestry, fisheries, and fishing villages, and to preparedness and prevention for future disasters in a field-oriented manner.
1) In classroom lectures, students will deepen their understanding of the impact of large-scale disasters on agriculture, forestry, fisheries, the food industry, and our daily lives, as well as the issues and necessary technologies related to reconstruction.
2) Students will learn the production system in the field and the application of advanced agricultural technology, through experiences mainly at the Kawatabi Field Science Center of the Graduate School of Agricultural Science. In addition, through group discussions, participants will create, propose, and discuss reconstruction plans for agriculture and farming villages.
3) Extension to disaster-stricken areas: Students will visit disaster-stricken areas to learn through experience the damage caused by the earthquake and the knowledge necessary for future reconstruction.
4) Learn science and technology that will lead to the recovery of agriculture, forestry, fisheries, and fishing villages from the damage caused by the Great East Japan Earthquake and to prepare for and prevent future disasters by learning about agriculture that can utilize IT and IT technology directly related to agriculture.
本授業では、植物細胞を工業的に培養し、食料生産に役立てるという新しい研究分野である植物細胞農業に関する探索研究を行います。植物細胞の培養には長い歴史があり、多くの植物種に対して培養用の培地組成が確立されています。しかし、食料生産を目的とする場合、培地は経済的でありながら食用にも安全なものである必要があります。そこで、この授業では日常生活で手に入る身近な食品を使用し、植物細胞が培養可能な新しい培地組成を開発する実験を行います。
In this course, we will conduct exploratory research in the new field of Plant Cellular Agriculture, which involves the industrial cultivation of plant cells for food production. There is a long history in the cultivation of plant cells, with culture media compositions established for various plant species. However, for the purpose of food production, the culture medium needs to be both cost-effective and safe for consumption. Therefore, in this course, we will perform experiments using common foods available in everyday life, aiming to develop new culture medium compositions that can support the cultivation of plant cells.
This course will examine problems in terms of agricultural and food production and a variety of policy design from economic perspectives. After a lecture on agriculture and food production in Japan and the discussion on related policy issues, we will share current situations and problems of agriculture, food production and consumption in the countries of participants.
This course will examine problems in terms of agricultural and food production and a variety of policy design from economic perspectives. After a lecture on agriculture and food production in Japan and the discussion on related policy issues, we will share current situations and problems of agriculture, food production and consumption in the countries of participants.
複合生態フィールド教育研究センター（宮城県大崎市鳴子温泉）において作物生産とフィールド調査の実習をおこなうとともに，作物生産と生物多様性や気候変動との関わりについて学ぶ．
同年の生産フィールド実習Ⅰ，農場実習Aと連続する内容なので，あわせて同年に履修することを原則とする．
実施日程等についてはガイダンス等で指示する．
Students practice the research of crop production in the field and learn crop production and the relations with biodiversity and climate change in Kawatabi Field Center, Graduate school of Agriculture, Tohoku University (located in Naruko-onsen, Osaki, Miyagi).
The schedule will be announced at the guidance.