Course title | |||||
樹木生態生理学 [Tree Eco-Physiology] | |||||
Course category | Requirement | Credit | 2 | ||
Department | Year | 3~ | Semester | 1st | |
Course type | 1st | Course code | 01EN3118 | ||
Instructor(s) | |||||
船田 良, 矢崎 健一, 丹下 健 [FUNADA Ryo, YAZAKI Kenichi, TANGE Takeshi] | |||||
Facility affiliation | Faculty of Agriculture | Office | Email address |
Course description |
To understand plant photosynthetic production under changing environment, especially effect of elevated CO2, O3 N and biological stresses on photosynthesis and allocation |
Expected Learning |
To comprehensive understanding photosynthetic production and allocation of photosynthates in woody species under changing environment based on the classic theory of plant ecology. Based on the article in Science (2000), we should understand the meaning of biodiversity conservation. Finally we will understand leaf level photosynthesis affected by increasing CO2, O3 and high nitrogen loading. |
Course schedule |
For this schedule, the hand-made note will be prepared and show how to study based on my note and literatures. 1.Forest rehabilitation under changing environment and forest history in Japan(Guideline) 2.Forest rehabilitation under changing environment and forest history in Japan(method for studying and orientation based on slides) 3.Environmental affecting on vegetation in Japan Larcher’ text (L): Chapter (Chap)1, 4.Anthropogenic factors affecting on vegetation in Japan Larcher’ text (L): Chapter (Chap)1, 5.Photosynthetic production (biochemical analysis) L-Chap2 6.Photosynthetic production (shade tolerant) L-Chap2 7.Allocation of photo synthates (regulation) 8.Allocation of photo synthates (plant defense) 9.Allocation of photo synthates (GDB hypothesis) L-Chap2, 5 10.Combination effects of CO2, O3 and N on photosynthetic production (symbiosis) L-Chap 1, 6 11.Xylem structure and water relations L-Chap 4 12.Xylem structure and water relations L-Chap 4 13.Nitrogen dynamics and cycling L-Chap 3 14.Nitrogen dynamics and cycling L-Chap 3 15.Examination and review |
Prerequisites |
Environmental Botany by Prof. T. Izuta should be studied |
Required Text(s) and Materials |
Physiological Plant Ecology, 4th ed. W. Larcher, Springer-V., Related to this book |
References |
Following text books are written in Japanese “Silviculture” 4th edition, (Tange, T. and Koike, T. eds.) Asakura Pub., Tokyo “Physiological ecology of woody plants” (Koike, T. ed.) Asakura Pub., Tokyo, “Light, water and plant morphology and function” (Muraoka. Kachi eds.), Bun-ichi-sogo Pub., Tokyo “Plants and environmental stresses” (Izuta T. ed.), Corona Pub., Tokyo “Secondary xylem formation” (Fukushima, K., Funada, R. et al.) Kaisei-sha, Otsu |
Assessment/Grading |
Remarks are evaluated by report (30 %), tests (50%) and class participation (20 %) |
Message from instructor(s) |
How can we hand our forest resources to next generation? |
Course keywords |
Photosynthesis, high CO2, O3, Nitrogen loading, manipulation experiment in filed, biodiversity |
Office hours |
Please refer to Prof. R, Funada (funada AT cc.tuat.ac.jp), Koike: tkoike AT for.agr.hokudai.ac.jp Please change AT to @ in your program of mail. |
Remarks 1 |
If you would like to lean biological stresses on trees, I will prepare a leaflet for your study. Please inform me when the lecture will start (this is for the pass of examinations of public servants) |
Remarks 2 |
Related URL |
http://www.agr.hokudai.ac.jp/fres/silv/, http://www.tuat.ac.jp/~negitoro/,http://www.tuat.ac.jp/~keisei/funada.htm, |
Lecture Language |
Japanese |
Language Subject |
Last update |
2/26/2020 3:40:28 PM |