Course List (Master's Program in Environmental Sciences)
Interdisciplinary Foundation Courses_Graduate School of Science and Technology（学術院共通専門基礎科目）

CourseNumberCourse Name

Introduction to
0AH0316 Environmental
SciencesstandaInstrrductio Credit
registnalsration
Type
year

1

2.0

1

Term

FallAB

Meeting
ClassroDays,Perom
iod etc.

Wed1,2

C103
Nat.
Sci.

Instructor

Course Overview

This course introduces the core issues
globally in environmental sciences andapproaches relating to hydrology, biology,
ecosystem science, analytical chemistry,
climate system science, urban engineering,
environmental engineering, social science,and environmental health. Through this
環境科学学位プロ course, students can learn the fundamentals
グラム担当教員 and applications of environmental sciencesfrom multi-perspectives on difference
scales. It aims to foster students from bothglobal/local and high- /low-angle views.

Remarks

0AH0316 and 0AND001
must be taken at thesame time. The
lecture will be
conducted in
English. In-personclass or on-line.
Lecture is conducted
in English.
face-to-face.
Online(Asynchronous).
Online(Synchronous)

Degree Programs’ Common Courses_Degree Programs in Life and Earth Sciences（研究群共通科目）

CourseNumber

0AN0401

Course Name

Hydrological
Environment

Utilization and
0AN0403 Recycling of Bioresources

0AN0405

Simulation ofEnvironmental Policy

standaInstrrductio Credit
registnalsration
Type
year

1

1

1

1.0

2.0

2.0

1, 2

1, 2

1, 2

Term

SprAB

FallAB

SprAB

Meeting
ClassroDays,Perom
iod etc.

Fri3

Fri1,2Tue3,4

Instructor

Course Overview

Remarks

環境における水の特性,役割,意義を,水に関わる
環境問題を例としながら,理解を深め,水を通して
総合的に環境をみる重要さを習得する.各種の水環境問題の概要を理解するだけでなく,そのバッ
クグラウンドとなる基礎的知識の理解にも重点をおく.

授業は基本として、対面形式で行う。ただし、つくばキャンパス以外からの学内履修生、および学外履修生のために、オンライン
同時双方向形式、およびオンデマンド形式を併用する。つくばキャンパス内の学内履修生
は、原則対面形式に出席すること。
face-to-face.
Online(Asynchronous).
Online(Synchronous)

The main purpose of this course is to help
the students understand the followings:(1)Basic concepts in bioresource utilization
and recycling; (2)Fundamentals of design for
waste/wastewater utilization and recycling;and (3)Major technologies used for
Lei
Zhongfang,Utsumi bioresource utilization and recycling. In
Motoo,Yuan Tian addition, case studies, especially thoserelating to waste/wastewater treatment andbiogasification projects are also included.

Lectures taught inEnglish in person or
online.
Identical to0AQT039.
Lecture is conducted
in English.
face-to-face

The purpose of this course is to provide theeconomic and mathematical knowledge
necessary to comprehensively evaluate
environmental policies. Students will study
microeconomics, macroeconomics, welfare
economics, and their applications. In
Mizunoya Takeshi particular, students will learn how toevaluate the impact of public investment andmacroeconomic policies on both the economy
and the environment and how to make policy
decisions.

0AQT031と同一。英語
で授業。対面或いはオンライン(オンデマンド)で実施する。
（manabaで通知）
Identical to0AQT031.
Lecture is conducted
in English.
face-to-face.
Online(Asynchronous)

C103
Nat. Tsujimura Maki
Sci.

B107
Nat.
Sci.

C103
Nat.
Sci.

Specialized foundation courses_Environmental Science Related Courses (専門基礎科目_環境科学関連科目）

CourseNumberCourse Name

Exercises in
0AND001 Environmental
SciencesstandaInstrrductio Credit
registnalsration
Type
year

2

1.0

1

Term

FallAB

Meeting
ClassroDays,Perom
iod etc.

Wed3

Instructor

Course Overview

This course aims to enhance theeffectiveness of hands-on knowledge
acquisition activities in "Field &Laboratory Practices in Environmental
Sciences". Students are expected to masterbasic research skills, information ethics,
group discussion/presentation, and datacollection methodologies such as plant
環境科学学位プロ identification and waste management.

C103
Nat.
グラム担当教員
Sci.

Remarks

01AD112 and 0AQT003
must be taken at thesame time. The
lecture will be
conducted in
English. In-personclass or on-line.
Identical to0AQT003.
Lecture is conducted
in English.
face-to-face.
Online(Asynchronous).
Online(Synchronous)

Specialized courses_Environmental Science Related Courses_Compulsory (専門科目_環境科学関連科目_必修)

CourseNumberCourse Name

standaInstrrductio Credit
registnalsration
Type
year

Term

Meeting
ClassroDays,Perom
iod etc.

Instructor

Course Overview

Students in this course read introductory

Lab Seminar in
0AND301 Environmental
Sciences 1S

2

2.0

1

SprABCbyappoint
ment

環境科学学位プロ academic papers on various environmental
グラム担当教員 science fields and discuss the contents.

Lab Seminar in
0AND302 Environmental
Sciences 1F

2

2.0

1

by
FallABC appoint
ment

環境科学学位プロ academic papers on various environmental
グラム担当教員 science fields and discuss the contents.

byappoint
ment

環境科学学位プロ on various environmental science fields anddiscuss more deeply solutions to actual
グラム担当教員 problems.
環境科学学位プロ on various environmental science fields anddiscuss more deeply solutions to actual
グラム担当教員 problems.

Lab Seminar in
0AND303 Environmental
Sciences 2S

2

2.0

2

SprABCLab Seminar in
0AND304 Environmental
Sciences 2F

2

2.0

2

by
FallABC appoint
ment

Thesis Seminar in
0AND311 Environmental
Sciences 1S

Thesis Seminar in
0AND312 Environmental
Sciences 1F

Thesis Seminar in
0AND313 Environmental
Sciences 2S

Thesis Seminar in
0AND314 Environmental
Sciences 2F

2

2

2

2

2.0

2.0

3.0

3.0

1

1

2

2

SprABC

FallABC

SprABC

FallABCbyrequestbyrequestbyrequestbyrequestStudents in this course read introductory

Remarks

Language depends oneach lab seminar.

Language depends oneach lab seminar.

Students in this course read academic papers Language depends oneach lab seminar.

Students in this course read academic papers Language depends oneach lab seminar.

In this course, students receive basic
instructions for writing master’s thesis
and presentations. Students also acquire
環境科学学位プロ basic skills and knowledge for experiments,
グラム担当教員 surveys, and analytical methods in eachstudy area of the environmental sciences.

Language depends oneach lab seminar.

In this course, students receive basic
instructions for writing master’s thesis
and presentations. Students also acquire
環境科学学位プロ basic skills and knowledge for experiments,
グラム担当教員 surveys, and analytical methods in eachstudy area of the environmental sciences.

Language depends oneach lab seminar.

In this course, students receive advanced
Language depends on
instructions for writing master's thesis and each lab seminar.
presentations. Students also acquire
環境科学学位プロ advanced skills and knowledge for
グラム担当教員 experiments, surveys, and analytical methods
in each study area of the environmental
sciences.
Language depends on
In this course, students receive advanced
instructions for writing master's thesis and each lab seminar.
presentations. Students also acquire
環境科学学位プロ advanced skills and knowledge for
グラム担当教員 experiments, surveys, and analytical methods
in each study area of the environmental
sciences.

Specialized courses_Environmental Science Related Courses_Compulsory elective (専門科目_環境科学関連科目_選択必修)

CourseNumber

0AL0108

0AL5101

0AL5111

0AL5112

0ANC371

0ANC372

Course Name

Spatial Information
Science

Urban and Regional
Analysis

History of Urban
Built Environment

Residential
Environment Planning

Environmental
Assessment andPrognosis for Nuclear
Emergency I

Environmental
Assessment andPrognosis for Nuclear
Emergency II

standaInstrrductio Credit
registnalsration
Type
year

2

1

1

1

1

1

2.0

2.0

2.0

2.0

1.0

1.0

1, 2

1, 2

1, 2

1, 2

1, 2

1, 2

Term

SprAB

FallAB

SprAB

SprAB

SprC

SprC

Meeting
ClassroDays,Perom
iod etc.

Thu3,4

Fri1,2

Tue1,2

Mon3,4byappoint
ment

byappoint
ment

Instructor

Course Overview

Remarks

Lectures on space modeling and analysis
techniques using information technology,
from theory to application, and deepening
understanding through concrete computer
application (ArcGIS) operations and Python
programming.

01CN109と同一
Online(Asynchronous)

Acquire the basic knowledge of urban andregional analysis, and techniques formodeling location and density of theconstituent elements of cities and regions.
After learning the mathematical models of
cities and the ethos of research, we willfind familiar applications such as thelocation of industries and facilities,
demographics, and traffic congestion in road
networks, and clarify the mechanisms of the
problems we have discussed and findsolutions.

Identical to
01CN204.
face-toface(partiallyonline)The lecturer will will give the lectures on
how the composition of premodern cities haveinfluenced the current urban space ever andwhat urban developments were added to theoriginal spaces by showing several cases.
Students will join short trips to a
Fujikawa
traditional farm village and a historic
3A312 Masaki,Matsubara castle town. Along attending lectures,students will learn the methods of analyzing
Kosukehistorical documents and maps.

Identical to
01CN312.
face-toface(partiallyonline)3E404 Watanabe Shun

3A409

Osawa
Yoshiaki,Suzuki
Tsutomu,Ishii
Norimitsu

Fujii
3E404 Sayaka,Yamamoto
Sachiko

The lecture will focus on housing
environment planning and community
revitalization methods based on theutilization of local resources andparticipation of local residents, mainly inareas where the population is declining andthe birthrate is falling and the population
is aging rapidly. Through the presentationof case studies and discussions among
students, sustainable housing planning
methods in a shrinking society will be
discussed. The goal of this course is forstudents to acquire the ability to plan anddraft housing environment plans that respondto social and regional issues, from theperspective of both hard (environmental
improvement) planning that effectively
utilizes existing local stock and soft(process management) planning that utilizes
the status of the temple.

福島原発事故後の対応や影響評価、福島復興事
業、原発の廃炉措置に関する研究および現状と課題などを学ぶ。具体的な授業内容は、福島第一原
子力発電所事故後の研究機関の取り組み、放射線モニタリングと放射能マップ、高度化する無人モ
Onda Yuichi,Kato ニタリング技術、放射性セシウムの吸脱着メカニ
Hiroaki,Takahash ズム、福島長期環境動態研究、モデル除染、除染
i Junko
技術と中間貯蔵施設の概要などである。本授業により、知識と理解力および問題解決能力を向上させる。

原子力災害に対する取り組みの現状と課題について、大気、農業、河川・湖沼等への影響と、環境中の極微量放射性核種の測定方法を学ぶ。具体的な授業内容は 平時の環境放射線モニタリング、
緊急時の環境放射線モニタリング、農地土壌におOnda Yuichi,Kato ける放射性セシウムの挙動、放射性セシウムの農
Hiroaki,Takahash 業への影響と対策、除染の費用と効果、放射性セi Junko,KIMURA シウム含有土壌の減容化技術、河川流域における放射性セシウムの動態、海洋における放射性核種
Hidekiの分布と挙動などである。本授業により、知識と理解力および問題解決能力を向上させる。

Identical to
01CN314.
face-toface(partiallyonline)Based on face-toface meetings, group
work is conducted ingroups. Details will
be provided at thetime of the firstlecture.

0ANC374

0AND321

0AND322

0AND323

0AND324

0AND325

0AND326

0AND331

Special Seminar in
Nuclear Emergency

Environmental Science
Practicum I

Environmental Science
Practicum I

Environmental Science
Practicum II

Environmental Science
Practicum II

Environmental Science
Practicum III

Environmental Science
Practicum III

Environmental Science
Special Lecture I

Special Topics in
0AND332 Environmental
Sciences II

1

3

3

3

1

3

3

1

1

1.0

1.0

1.0

2.0

2.0

4.0

4.0

1.0

1.0

1, 2

1, 2

1, 2

1, 2

1, 2

1, 2

1, 2

AnnualAnnualAnnualAnnualAnnualAnnualAnnualbyappoint
ment

byappoint
ment

byappoint
ment

byappoint
ment

byappoint
ment

byappoint
ment

byappoint
ment

海外から講師を招聘し、チェルノブイリ(ウクライナ)、セラフィールド(イギリス)、サベナリ
バー(アメリカ)などの海外の原子力災害後の環境・生態系影響についての現状と課題やその評価手法に関する最先端の研究を学ぶとともに、IAEA
Onda Yuichi,Kato をはじめとした海外における環境放射能モニタリ
Hiroaki,Takahash ングや緊急時対応および廃炉や放射性廃棄物の処理・処分に関する取り組みを学び、議論する。本
i Junko
セミナーにより、知識と理解力、企画力、問題解
決能力、表現力、創造力の向上を図る。

uchida tarou

uchida tarou

uchida tarou

uchida tarou

uchida tarou

uchida tarou

1, 2

1, 2

Annualbyappoint
ment

Matsui
Kenichi,uchidatarou

環境科学に関連したインターンシップ、ボラン
ティア、社会体験活動などの活動を30時間以上行う。履修に際し、事前に計画書を作成し、指導教員が確認をする。その後、カリュキュラム委員会に提出し承認を受け活動を行う。実施後は報告書をカリュキュラム委員会に提出する。
Students perform the activities such as
Lecture is conductedinternship, a volunteer and the social
in English.
experience-based activity in conjunction
with the environmental science, more than 30hours. Students make a plan beforehand, andthe supervisors confirms it. Students submit
the plan to Curriculum Committee to receive
approval. After finishing the activities,
students submit a report to Curriculum
Committee.

環境科学に関連したインターンシップ、ボラン
ティア、社会体験活動などの活動を60時間以上行う。履修に際し、事前に計画書を作成し、指導教員が確認をする。その後、カリュキュラム委員会に提出し承認を受け、活動を行う。実施後は報告書をカリュキュラム委員会に提出する。

Students perform the activities such as
Lecture is conductedinternship, a volunteer and the social
in English.
experience-based activity in conjunction
with the environmental science, more than 60hours. Students make a plan beforehand, andtheir supervisor confirms it. Students
submit the plan to Curriculum Committee toreceive approval. After finishing theactivities, students submit a report toCurriculum Committee.

学際的な実務能力を臨地教育によって得るため、 ガイダンス資料参照の
現場において120時間以上の実習を行う。履修に こと。
際し、事前に計画書を作成し、指導教員が確認をする。その後,カリュキュラム委員会に提出し承認を受け、活動を行う。実施後は報告書を提出
し、実習報告会で成果発表を行う。
Students perform the activities to acquireinterdisciplinary practical skills via theactual place education, more than 120 hours.
Students make a plan beforehand, and thesupervisors confirm it. Students submit theplan to Curriculum Committee and receive
approval. After finishing the activity,
students submit a report to Curriculum
Committee and have the oral presentation.

See guidancematerials.
Lecture is conducted
in English.

Invited researchers from universities andresearch institutes in Japan and abroad give
students their knowledge on cutting-edge
researches in environmental sciences.
Students discuss and analyze environmental
issues in developing countries, via student
presentations. Students can foster
international perspectives and communication
skills.

Open in even number
academic years.
Lecture is conducted
in English.
Not open in academic
year.
face-to-face. faceto-face(partiallyonline).
Online(partiallyface-to-face).
Online(Asynchronous).
Online(Synchronous)

Invited researchers from universities andresearch institutes in Japan and abroad give
students their knowledge on cutting-edge
researches in environmental
sciences.Students discuss and analyze
environmental issues in developing
countries, via student presentations.
Stundets can foster international
perspectives and communication skills.

Open in odd number
academic years.
Lecture is conducted
in English.
face-to-face. faceto-face(partiallyonline).
Online(partiallyface-to-face).
Online(Asynchronous).
Online(Synchronous)

0AND341

International Field
Appraisal I

International Field
0AND342
Appraisal II

0AND343

Environmental Field
Practice

0AND351 Air Pollution

Transport Processes
0AND352 in the Terrestrial
Environments

0AND353

Lecture on
Statistical Analysis
in Geoenvironmental
Sciences

Soil and Water
0AND354 Environmental Colloid
Science

0AND357

0AND358

Ecological
Biochemistry

Risk Assessment andManagement ofChemicals in
Environment

Environmental
0AND359 Sciences for Food andMedicinal Resources

3

3

3

1

1

1

1

1

1

1

1.0

1.0

1.0

1.0

1.0

1.0

2.0

2.0

1.0

1.0

1, 2

1, 2

1, 2

1, 2

1, 2

1, 2

This course aims to foster in-depth

Lecture is conducted
in English.

Professors and students from multiple fields
of expertise visit the fields, whereenvironmental problems are occurring.
Professors teach students the knowledge,
techniques, and analytical methods needed tounderstand the fields. Students can acquire
problem-solving ability, information
analysis ability, communication andpractical skills by conducting preliminary
literature reviews, basic environmental
observations in the fields, data analysis
and interpretation exercises, and exchanging
opinions with relevant stakeholders on
various issues related to terrestrial andaquatic ecosystems, water resources, and theaquatic environments.

Lecture is conducted
in English.
Including fieldsurvey都市域から東アジア域までの領域規模の大気汚染について解説する。内容としては、オゾン、粒子状物質などの大気汚染の現状、生成、反応、消滅などの大気中でのプロセス、大気観測の方法、大気モデルについて紹介する。

連係大学院方式以外の学生も受講可能。
Open in even number
academic years.
Not open in academic
year.
face-to-face

Yabar Helmut
about the cause,and state of environmental
Friedrich,Lei
problems in overseas to find a potential
Zhongfang,Matsui countermeasure against them.
KenichiAnnualbyappoint
ment

Yabar Helmut
analytical skills for monitoring andidentifying environmental problems in a
Friedrich,Lei
Zhongfang,Matsui local and global context by engaging in
hand-on activities overseas.
KenichiAnnualbyappointmentNasahara
Kenlo,Hirota
Mitsuru,Yokoi
Tomoyuki

気圏,水圏,地圏における物質の輸送プロセスにつ Open in even number
いて,基礎的な理論とその応用について講述する. academic years.
Not open in academic
year.

1, 2

1, 2

Lecture is conducted
in English.

byappoint
ment

1, 2

1, 2

This course aims to deepen understanding

Annual

SprC

SprAB

FallAB

SprAB

FallAB

Intensive

Mon5,6

Fri5,6

Thu2

Mon2

Asanuma Jun

地球科学は、時間（1次元）と空間（3次元）の計
4次元に展開する情報（データ）を、観測（調査）によって取得し、これを解析することによって、現象の満たす法則を明らかにする。また、得られた法則と、観測（調査）から推定される特性値を用いて、モデルを構築してシミュレーションを行い、将来の予測や過去の推定を行う。これらの一連の作業において、観測（調査）結果やシ
ミュレーション結果から、不確実性を除去して、有用な情報を集約する目的に用いられるのが、統計解析である。本講義では、地球科学において用いられる、応用的な統計手法について議論し、実践する。

7月上旬開講予定
Identical to
0AN0303.
7/10-7/14

Introductory and fundamental lecture ofcolloid and interface science is given
placing an emphasis on the application tosoil and water, and bio and environmental
engineering.

Introductory andfundamental lectureof colloid andinterface science isgiven placing anemphasis on theapplication to soil
and water, and bioenvironmental
engineering. 9:3016:00 生農
B201(Seinou B201).
Lecture is conducted
in English.

Responses of plants to abiotic environmental
stresses such as air pollution, soil
contamination, low temperatures, hightemperatures, saline soils, aridity, etc.
and interactions between organisms (plantplant, plant-microbe, plant-insect) will betaken from an ecochemical perspective.

If online, materials
will be posted on
manaba. It shall bein a self-study
format.
Lecture is conducted
in English.
face-to-face.
Online(Asynchronous)

2B201 Ogawa Kazuyoshi

B501 Yamaji
Nat. Keiko,Sunohara
Sci. Yukari

B107
Nat. Kajiyama Mikio
Sci.

Isoda Hiroko

人間は様々な化学物質を自然界から単離しまた人 face-to-face
工的に創製して利用することで多くの恩恵を受けてきたが,これらの化学物質による環境並びに人体への影響が無視しえない状況になっている.人間及びその環境と天然及び人工化学物質の関わりについて概説し,化学物質の内包する性質をそれらが発現し得るリスクの観点から述べ,リスクの回避法にも言及する.
地球上の様々な食薬資源の機能解析と生息環境に関する研究の現状を解説し,先端的な機能性・持続的管理方法の導入による新たな食薬資源環境研
究について論じる.

昼夜制学生について個
別に日程を調整する。
教室は共同研究棟
A309。
Online(Synchronous)

0AND361

0AND362

0AND363

0AND364

Introduction to Water
Environment

Environmental Soil
Science

Environmental
Analytical Chemistry

Environmental
Microbiology

0AND365 Remote Sensing

0AND366

Introduction to Waste
Management (Solid
Waste Management
Systems Planning)

Solid Waste
0AND367 Management Systems
Planning

1

1

1

1

1

1

1

2.0

2.0

1.0

2.0

1.0

2.0

2.0

1, 2

1, 2

1, 2

1, 2

1, 2

1, 2

1, 2

FallAB

Fri3,4

SprC, Intensive
Sum Vac

FallAB

FallAB

SprAB

SprAB

FallAB

Thu5

This class aims to foster ability tounderstand principles of water resources
issues in relation with regional issues
based on scientific/ anthropogenic knowledgeof hydrological cycle and water governance.
The class consists of lectures on basics ofhydrology and discussion on textbook ofwater governance/ policy.

The class isperformed in Hybrid(Face to Face andonline (synchronizedand ondemand)).
Identical to0AQT033.
Lecture is conducted
in English.
face-toface(partiallyonline).
Online(Synchronous)

Soil is a fundamental part that supports thenatural ecosystems. This lecture deal withbasic soil concept, basic soil chemistry,soil functions in ecosystems, soil genesis
and classification, soil degradation andconservation, and the rerationships between
TamuraKenji,Asano Maki global environmental issues and soil. In
this lecture, we will have brainstorming andgroup discussions on soil issues.

Lecture is conducted
in English.
7/11-7/12,8/26-8/27
face-to-face‘Environmental Science’ is a field ofstudy that plays an active role in solving
environmental issues/problems in terms ofscience. In these studies, the target
environmental conditions will be understoodphysically, biologically and chemically withappropriate preciseness and accuracy.
Through lectures, students can learn
analytical chemistry with application toenvironmental science. The course addresses
the sampling of environmental materials,
sample preparation, and subsequent chemical
analyses using conventional/ advanced
methods.

英語で授業。
Lecture is conducted
in English.
face-to-face

B107
Nat. Tsujimura Maki
Sci.

B501
Nat. Sakaguchi Aya
Sci.

Microorganisms are an important part ofLecture is conductednatural environments. Fundamental knowledge in English.
on environmental microbiology will beface-to-facelectured. This lecture deals with theC502 Nomura
ecological role of microorganisms, theTue5,6 Nat.Sc Nobuhiko,Toyofuk physiological state of microorganisms in theenvironment, microorganisms in extreme
i. u Masanori
environments and application of microbial
functions for conservation of environments.

Thu5

Fri1,2

Mon3,4

B107
Nat. Nasahara Kenlo
Sci.

B107
Yabar Helmut
Nat.
Friedrich
Sci.

B107
Yabar Helmut
Nat.
Friedrich
Sci.

Remote sensing (observation of earth surface
from air and space) is a powerful tool forenvironmental monitoring and assessment. We
learn the principles, utility, and potentialof this technology. As a basic background of
this lecture, students are encouraged to
study elementary physics, mathematics, andgeography.

English class.
Depending on thesituation, the classwill be on-line.
Lecture is conducted
in English.

One of the greatest challenges modern
societies face is finding ways to increase
economic growth while minimizing resource
consumption and environmental degradation.
The highly inefficient use of natural
resources, from their extraction to final
disposal, is already damaging the planet
because most of the extracted resources end
up as waste. This class will introduce themain aspects concerning integrated waste
management including current waste treatment
technologies, strategies, policies andmodeling of waste management systems.

Identical to0AQT035.
Lecture is conducted
in English.
face-to-face.
Online(Synchronous)

In addition to health and safety concerns,
the Planning of waste management systems
must also be sustainable i.e.
environmentally sound, socially acceptableand economically viable. This classintroduces the tools necessary to design
integral solid waste management systems. The
class provides specific modeling based onlife-cycle thinking towards planning ofwaste management systems through scenario
design.

Identical to0AQT037.
Lecture is conducted
in English.
face-to-face.
Online(Synchronous)

0AND369

Environmental
Psychology

Environmental Field
0AND371
Appraisal

0AND372 Terrestrial Ecology

0AND373

Introduction to
Ecology

0AND374 Aquatic Ecology

0AND376 Environmental Law

0AND377

Environmental
Analysis and Planning

1

3

1

1

1

1

1

1.0

1.0

2.0

2.0

1.0

2.0

2.0

1, 2

1, 2

1, 2

1, 2

1, 2

1, 2

1, 2

FallAB

Tue2

Annualbyappoint
ment

SprAB

SprAB

SprAB

FallAB

FallAB

Mon1,2

Mon3,4

Tue2

Intensive

8G504 Kaida Naoko

Matsui Kenichi

Hirota8G504 Mitsuru,Yokoi
TomoyukiB107 Hirota
Nat. Mitsuru,Yokoi
Sci. Tomoyuki

B501
Nat. Oomori Yuko
Sci.

B107
Nat.
Sci.

In this course, students learn thories andpractices in decision making in diverse
environmental issues ranging from natural
resources utlization, pollution control andnatural conservation based on economics,
psychology and applied behavioral science.
Students first learn theoretical backgroundsof environmental decision making and thendifferent cases of environmental decision
making at different levels such asindividuals and households, groups (i.e.,schools, offices), societies (i.e.,
communities, cities) and policies (i.e.,countries, regions, global). Toward the endof the course, students discuss how to
encourage pro-environmental behavioral
change and decision making.

Identical to0AQT045.
Lecture is conducted
in English.
Online(Asynchronous)

This course invites students to visit somesurvey sties in Japan in order to develop
analytical and assessment skills andheighten knowledge about some selectedenvironmental science related topics.

The details will beshown later.
Lecture is conducted
in English.

生物と環境の間の相互作用を扱う生態学は、生物学のみならず今日の環境科学においても中心的概念である。したがって生物学のような基礎的分野に対してだけでなく、様々な応用的分野においても重要性が増しつつある。生態学には、扱う対象
やそのスケールに応じて様々な分野があるが、本講義では主に陸域の植物と動物(特に節足動物)、
それらの相互作用、さらに、それらの環境に焦点を当てつつ、生態学について知識のない学生にも理解できるように解説していく。また基礎的な知
識のみならず最新の研究成果についても随時紹介していく。

Identical to
0AND373

Ecology is scientific study of interactions Lecture is conductedof organisms with one another (biotic
in English.
environments), and with abiotic
environments. As ever-increasing serious
environmental issues at local to global
scale, ecology is recognized as one of thefundamental science, because we have tolearn and well-consider various relevant
aspects on organisms and environments. This
class will address fundamentals of ecology
mainly focused on plants, insects, theirrelations, and its surrounding environments.
Although I’ll try to talk students who havelittle background on ecology and biology,
please don’t forget to make every effort tounderstand and to have flexibility to thinkfor oneself.

海洋,湖沼,河川などの水域は地球上に広く分布
face-to-face
し,現在の地球環境を成立し維持するために大きな役割を負っている. また,水域に生息する多種多様の生物群集の物質代謝は,水域における多くの物質の存在状態,存在量,変化量などを支配し,さらにこれらの生物群は,物質・エネルギーのやりとりを通して生物の共生系を構成している.本
授業では,海洋に生息する生物群の共生系を,物質・エネルギーのやりとりを通して理解すると共に,地球環境との関わりについても考察する.

The purpose of this course is to provide theeconomic and mathematical knowledge
necessary to comprehensively evaluate
environmental policies. Students will study
microeconomics, macroeconomics, welfare
economics, and their applications. In
Asaga
Hironobu,Mizunoy particular, students will learn how toevaluate the impact of public investment anda Takeshi
macroeconomic policies on both the economy
and the environment and how to make policy
decisions.

Lecture is conducted
in English.
10/21,10/28,11/25,12/2,12/23
face-to-face

The course will explain the basic scientific Lecture is conducted
in English.
knowledge and techniques of urban planning
Online(Asynchronous)
and land use analysis oriented to therealization of appropriate and sustainable
environments. The course also aims tocultivate the basic knowledge necessary to
discuss urban planning from an environmental
C502 Murakami
perspective. The course will include
Mon5,6 Nat.Sc Akinobu,Yamamoto systematic lectures on the history of urban
planning, reading map information, nature
i. Sachikoand cities, the role of green spaces in theurban environments, and sustainable
landscape planning, as well as exercises anddiscussions.

Applied Environmental
Ethics (Introduction
0AND378 to English
Presentation and
Debate)Environmental
0AND401 Disaster Prevention
PolicyEnvironmental
0AND402 Disaster Prevention
Policy0AND403

Climate System StudyI

0ANE322 Vegetation Science

0ANE323 Vegetation Science

0ANE329

Environmental Field
Work

1

1

1

1

1

1

3

2.0

1.0

1.0

1.0

1.0

1.0

1.0

1, 2

1, 2

1, 2

1, 2

1, 2

1, 2

1, 2

FallAB

FallB

FallA

SprAB

FallB

FallA

Mon1,2

B107
Nat. Matsui Kenichi
Sci.

Tue5,6

UchidaTarou,Tsujimura
Maki,Yamada
EDIP
Taku,神山 嬢
203子,Kanazawa
Akito,Tanaka
Yasutaka

Tue6,7

Thu3

Tue1,2

Tue1,2by
SprABC,
appoint
FallABment

UchidaEDIP Tarou,Tsujimura
203 Maki,Ueno
Toshiyasu

C103Nat. Kamae Yoichi
Sci.

This course aims to develop and refine youracademic skills that are imperative inanalyzing legal, social, and ethicalimplications of environmental issues. You
are asked to actively participate indiscussing, presenting, critically reading
and writing about these issues so that you
will be fully prepared for yourinternationally competent career as anenvironmental scientist or leader. Our
topics for discussion include (1)environmental leadership/ diplomacy; (2)eco-economy; (3) rights of nature; (4)climate change; (5) LMOs and ELSI; (6)biological diversity and ecological service;(7) global bioethics; (8) cultural diversity
and indigenous knowledge; and (9) innovative
approaches to environmental ethics. The
examination of these wide-ranging topics
will not only enrich your knowledge about
environmental ethics but also enlarge youracademic background as environmental science
communicator.

Identical to0AQT027.
Lecture is conducted
in English.

土砂災害対策を中心とする環境防災にかかわる計
画の立案手法について講述する。具体的には、現象の特徴、特徴を踏まえた計画の立案、近年の災害で明らかとなってきた課題、その対応状況について講述する。講義の多くは、実際の土砂災害対策の計画立案手法を策定している国土技術政策総合研究所、土木研究所の研究員から講述する。

他大学からの受講希望が多い場合は遠隔講義室で実施する予定。事前に実施教室を確認すること。
face-to-face

土砂災害対策を中心とする環境防災にかかわる政策について講述する。具体的には、法律や制度の変遷、国の役割と地域防災、行政システム、予算制度、事業評価制度等について講述する。加えて、地球温暖化や公共事業の品質確保などの近年の課題への取組状況についても講述する。講義の多くは、国土交通省の土砂災害対策を担当する行政官により行う。

他大学からの受講希望が多い場合は遠隔講義室で実施する予定。事前に実施教室を確認すること。
face-to-face

The Earth's climate system represents
complex interactions between the atmosphere,
ocean and land. This class aims to foster
ability to understand general basis onelements of climate system, theirinteractions, and their variability
including El Nino Southern Oscillation andglobal warming. This course will also
introduce 1) conceptual difference between
weather forecast and climate projection, and2) physical mechanisms responsible foranomalous weather and climate events (heavy
rainfall, drought, heat wave, etc) occurredin recent years.

Identical to0AQT042.
Lecture is conducted
in English.

Vegetation is a major component of ourlandscape. In this course, students learn
concepts of vegetation science, world
vegetation, climatic and edaphical factors
Kamijoon distribution of plant communities,
vegetation dynamics and human impacts on
Takashi,Seino
Tatsuyuki,Kawada vegetation. Tropical rainforests, Japanese
forests, deserts and grasslands are focused
Kiyokazu
in this course. Students also learn fieldpractices of vegetation survey.

理科系B107
Identical to
02JZ009.
face-to-face

Vegetation is a major component of ourlandscape. In this course, students learn
concepts of vegetation science, world
vegetation, climatic and edaphical factors
Kamijoon distribution of plant communities,
vegetation dynamics and human impacts on
Takashi,Seino
Tatsuyuki,Kawada vegetation. Tropical rainforests, Japanese
forests, deserts and grasslands are focused
Kiyokazu
in this course. Students also learn fieldpractices of vegetation survey.

理科系B107
Identical to
02JZ010.
face-toface(partiallyonline)In order to understand environmental issues
and take effective countermeasures, it isessential to understand the various current
conditions of the field, in other words, toread the field. Furthermore, it is essential
to understand the current situation not only
Hirotafrom one aspect, but from various aspects.
Mitsuru,Yokoi
In this practical training, instructors fromTomoyuki,Nasahar various fields collaborate to acquire
knowledge, techniques, and analyticala Kenlomethods for reading and understanding thefield through field surveys.

The schedule will beannounced as soon as
it is decided.
face-to-faceCourse List: SUSTEP(M)Specialized foundation courses_Inter-disciplinary Foudation Courses (専門基礎科目_学術院共通専門基盤科目)(SUSTEP)

CourseNumberCourse Name

Introduction to
0AH0316 Environmental
SciencesstandaInstrrductio Credit
registsnalration
Type
year

1

2.0

1

Term

FallAB

Meeting
ClassroDays,Perom
iod etc.

Wed1,2

C103
Nat.
Sci.

Instructor

Course Overview

This course introduces the core issues
globally in environmental sciences andapproaches relating to hydrology, biology,
ecosystem science, analytical chemistry,
climate system science, urban engineering,
environmental engineering, social science,and environmental health. Through this
環境科学学位プロ course, students can learn the fundamentals
グラム担当教員 and applications of environmental sciencesfrom multi-perspectives on difference
scales. It aims to foster students from bothglobal/local and high- /low-angle views.

Remarks

0AH0316 and 0AND001
must be taken at thesame time. The
lecture will be
conducted in
English. In-personclass or on-line.
Lecture is conducted
in English.
face-to-face.
Online(Asynchronous).
Online(Synchronous)

Specialized foundation courses_Environmental Science Related Courses (専門基礎科目_環境科学関連科目)(SUSTEP)

CourseNumberCourse Name

Exercises in
0AND001 Environmental
SciencesstandaInstrrductio Credit
registnalsration
Type
year

2

1.0

1

Term

FallAB

Meeting
ClassroDays,Perom
iod etc.

Wed3

C103
Nat.
Sci.

Instructor

Course Overview

This course aims to enhance theeffectiveness of hands-on knowledge
acquisition activities in "Field &Laboratory Practices in Environmental
Sciences". Students are expected to masterbasic research skills, information ethics,
group discussion/presentation, and datacollection methodologies such as plant
環境科学学位プロ identification and waste management.

グラム担当教員

Remarks

01AD112 and 0AQT003
must be taken at thesame time. The
lecture will be
conducted in
English. In-personclass or on-line.
Identical to0AQT003.
Lecture is conducted
in English.
face-to-face.
Online(Asynchronous).
Online(Synchronous)

Specialized foundation courses_Degree Programs' Common Courses (専門基礎科目_研究群共通科目)(SUSTEP)

CourseNumberCourse Name

Utilization and
0AN0403 Recycling of Bioresources

0AN0405

Simulation ofEnvironmental Policy

standaInstrrductio Credit
registnalsration
Type
year

1

1

2.0

2.0

1, 2

1, 2

Term

FallAB

SprAB

Meeting
ClassroDays,Perom
iod etc.

Fri1,2Tue3,4

B107
Nat.
Sci.

C103
Nat.
Sci.

Instructor

Course Overview

Remarks

The main purpose of this course is to help
the students understand the followings:(1)Basic concepts in bioresource utilization
and recycling; (2)Fundamentals of design for
waste/wastewater utilization and recycling;and (3)Major technologies used for
Lei
Zhongfang,Utsumi bioresource utilization and recycling. In
Motoo,Yuan Tian addition, case studies, especially thoserelating to waste/wastewater treatment andbiogasification projects are also included.

Lectures taught inEnglish in person or
online.
Identical to0AQT039.
Lecture is conducted
in English.
face-to-face

The purpose of this course is to provide theeconomic and mathematical knowledge
necessary to comprehensively evaluate
environmental policies. Students will study
microeconomics, macroeconomics, welfare
economics, and their applications. In
Mizunoya Takeshi particular, students will learn how toevaluate the impact of public investment andmacroeconomic policies on both the economy
and the environment and how to make policy
decisions.

0AQT031と同一。英語
で授業。対面或いはオンライン(オンデマンド)で実施する。
（manabaで通知）
Identical to0AQT031.
Lecture is conducted
in English.
face-to-face.
Online(Asynchronous)

Specialized courses_Compulsory (専門科目_必修)(SUSTEP)

CourseNumberCourse Name

standaInstrrductio Credit
registsnalration
Type
year

Term

Meeting
ClassroDays,Perom
iod etc.

Instructor

Course Overview

Students in this course read introductory

Lab Seminar in
0AND301 Environmental
Sciences 1S

2

2.0

1

SprABCbyappoint
ment

環境科学学位プロ academic papers on various environmental
グラム担当教員 science fields and discuss the contents.

Lab Seminar in
0AND302 Environmental
Sciences 1F

2

2.0

1

by
FallABC appoint
ment

環境科学学位プロ academic papers on various environmental
グラム担当教員 science fields and discuss the contents.

2

SprABCbyappoint
ment

環境科学学位プロ on various environmental science fields anddiscuss more deeply solutions to actual
グラム担当教員 problems.

2

byFallABC appoint
ment

環境科学学位プロ on various environmental science fields anddiscuss more deeply solutions to actual
グラム担当教員 problems.

Lab Seminar in
0AND303 Environmental
Sciences 2S
Lab Seminar in
0AND304 Environmental
Sciences 2F

Thesis Seminar in
0AND311 Environmental
Sciences 1S

Thesis Seminar in
0AND312 Environmental
Sciences 1F

Thesis Seminar in
0AND313 Environmental
Sciences 2S

Thesis Seminar in
0AND314 Environmental
Sciences 2F

2

2

2

2

2

2

2.0

2.0

2.0

2.0

3.0

3.0

1

1

2

2

SprABC

FallABC

SprABC

FallABCbyrequestbyrequestbyrequestbyrequestStudents in this course read introductory

Remarks

Language depends oneach lab seminar.

Language depends oneach lab seminar.

Students in this course read academic papers Language depends oneach lab seminar.

Students in this course read academic papers Language depends oneach lab seminar.

In this course, students receive basic
instructions for writing master’s thesis
and presentations. Students also acquire
環境科学学位プロ basic skills and knowledge for experiments,
グラム担当教員 surveys, and analytical methods in eachstudy area of the environmental sciences.

Language depends oneach lab seminar.

In this course, students receive basic
instructions for writing master’s thesis
and presentations. Students also acquire
環境科学学位プロ basic skills and knowledge for experiments,
グラム担当教員 surveys, and analytical methods in eachstudy area of the environmental sciences.

Language depends oneach lab seminar.

In this course, students receive advanced
Language depends on
instructions for writing master's thesis and each lab seminar.
presentations. Students also acquire
環境科学学位プロ advanced skills and knowledge for
グラム担当教員 experiments, surveys, and analytical methods
in each study area of the environmental
sciences.
In this course, students receive advanced
Language depends on
instructions for writing master's thesis and each lab seminar.
presentations. Students also acquire
環境科学学位プロ advanced skills and knowledge for
グラム担当教員 experiments, surveys, and analytical methods
in each study area of the environmental
sciences.

Specialized courses_Compulsory elective (専門科目_選択)(SUSTEP)

CourseNumber

0AND322

0AND324

0AND326

Course Name

Environmental Science
Practicum I

Environmental Science
Practicum II

Environmental Science
Practicum III

standaInstrrductio Credit
registnalsration
Type
year

3

1

3

1.0

2.0

4.0

1, 2

1, 2

1, 2

Term

AnnualAnnualAnnualMeeting
ClassroDays,Perom
iod etc.

byappoint
ment

byappoint
ment

byappoint
ment

Instructor

Uchida Tarou

Uchida Tarou

Uchida Tarou

Course Overview

Remarks

Students perform the activities such as
Lecture is conductedinternship, a volunteer and the social
in English.
experience-based activity in conjunction
with the environmental science, more than 30hours. Students make a plan beforehand, andthe supervisors confirms it. Students submit
the plan to Curriculum Committee to receive
approval. After finishing the activities,
students submit a report to Curriculum
Committee.

Students perform the activities such as
Lecture is conductedinternship, a volunteer and the social
in English.
experience-based activity in conjunction
with the environmental science, more than 60hours. Students make a plan beforehand, andtheir supervisor confirms it. Students
submit the plan to Curriculum Committee toreceive approval. After finishing theactivities, students submit a report toCurriculum Committee.

Students perform the activities to acquireinterdisciplinary practical skills via theactual place education, more than 120 hours.
Students make a plan beforehand, and thesupervisors confirm it. Students submit theplan to Curriculum Committee and receive
approval. After finishing the activity,
students submit a report to Curriculum
Committee and have the oral presentation.

See guidancematerials.
Lecture is conducted
in English.

0AND331

Environmental Science
Special Lecture I

Special Topics in
0AND332 Environmental
Sciences II

International Field
0AND341
Appraisal I

International Field
0AND342
Appraisal II

Soil and Water
0AND354 Environmental Colloid
Science

0AND361

0AND362

0AND364

Introduction to Water
Environment

Environmental Soil
Science

Environmental
Microbiology

1

1

3

3

1

1

1

1

1.0

1.0

1.0

1.0

2.0

2.0

2.0

2.0

Invited researchers from universities andresearch institutes in Japan and abroad give
students their knowledge on cutting-edge
researches in environmental sciences.
Students discuss and analyze environmental
issues in developing countries, via student
presentations. Students can foster
international perspectives and communication
skills.

Open in even number
academic years.
Lecture is conducted
in English.
Not open in academic
year.
face-to-face. faceto-face(partiallyonline).
Online(partiallyface-to-face).
Online(Asynchronous).
Online(Synchronous)

Invited researchers from universities andresearch institutes in Japan and abroad give
students their knowledge on cutting-edge
researches in environmental
sciences.Students discuss and analyze
environmental issues in developing
countries, via student presentations.
Stundets can foster international
perspectives and communication skills.

Open in odd number
academic years.
Lecture is conducted
in English.
face-to-face. faceto-face(partiallyonline).
Online(partiallyface-to-face).
Online(Asynchronous).
Online(Synchronous)

This course aims to deepen understanding

Lecture is conducted
in English.

This course aims to foster in-depth

Lecture is conducted
in English.

Introductory and fundamental lecture ofcolloid and interface science is given
placing an emphasis on the application tosoil and water, and bio and environmental
engineering.

Introductory andfundamental lectureof colloid andinterface science isgiven placing anemphasis on theapplication to soil
and water, and bioenvironmental
engineering. 9:3016:00 生農
B201(Seinou B201).
Lecture is conducted
in English.

This class aims to foster ability tounderstand principles of water resources
issues in relation with regional issues
based on scientific/ anthropogenic knowledgeof hydrological cycle and water governance.
The class consists of lectures on basics ofhydrology and discussion on textbook ofwater governance/ policy.

The class isperformed in Hybrid(Face to Face andonline (synchronizedand ondemand)).
Identical to0AQT033.
Lecture is conducted
in English.
face-toface(partiallyonline).
Online(Synchronous)

Soil is a fundamental part that supports thenatural ecosystems. This lecture deal withbasic soil concept, basic soil chemistry,soil functions in ecosystems, soil genesis
and classification, soil degradation andconservation, and the rerationships between
TamuraKenji,Asano Maki global environmental issues and soil. In
this lecture, we will have brainstorming andgroup discussions on soil issues.

Lecture is conducted
in English.
7/11-7/12,8/26-8/27
face-to-face

1, 2

1, 2

1, 2

1, 2

1, 2

1, 2

1, 2

1, 2

Annualbyappoint
ment

Matsui
Kenichi,Uchida
Tarou

Annualbyappoint
ment

Yabar Helmut
about the cause,and state of environmental
Friedrich,Lei
problems in overseas to find a potential
Zhongfang,Matsui countermeasure against them.
KenichiAnnualbyappoint
ment

Yabar Helmut
analytical skills for monitoring andidentifying environmental problems in a
Friedrich,Lei
Zhongfang,Matsui local and global context by engaging in
hand-on activities overseas.
Kenichi

SprAB

FallAB

Mon5,6

Fri3,4

SprC, Intensi
Sum Vacve

FallAB

2B201 Ogawa Kazuyoshi

B107
Nat.
Sci.

Tsujimura Maki

Microorganisms are an important part ofLecture is conductednatural environments. Fundamental knowledge in English.
on environmental microbiology will beface-to-facelectured. This lecture deals with theC502 Nomura
ecological role of microorganisms, theTue5,6 Nat.Sc Nobuhiko,Toyofuk physiological state of microorganisms in theenvironment, microorganisms in extremeu Masanorii.
environments and application of microbial
functions for conservation of environments.

0AND365 Remote Sensing

0AND366

Introduction to Waste
Management (Solid
Waste Management
Systems Planning)

Solid Waste
0AND367 Management Systems
Planning

0AND369

0AND371

0AND373

Environmental
Psychology

Environmental Field
Appraisal

Introduction to
Ecology

0AND376 Environmental Law

1

1

1

1

3

1

1

1.0

2.0

2.0

1.0

1.0

2.0

2.0

1, 2

1, 2

1, 2

1, 2

1, 2

1, 2

1, 2

SprAB

SprAB

FallAB

Thu5

Fri1,2

Mon3,4

FallAB

Tue2

Annualbyappoint
ment

SprAB

FallAB

Mon3,4

Intensi
ve

B107
Nat.
Sci.

B107
Nat.
Sci.

B107
Nat.
Sci.

Nasahara Kenlo

Yabar Helmut
Friedrich

Yabar Helmut
Friedrich

8G504 Kaida Naoko

Matsui Kenichi

B107
Nat.
Sci.

B107
Nat.
Sci.

HirotaMitsuru,Yokoi
Tomoyuki

Remote sensing (observation of earth surface
from air and space) is a powerful tool forenvironmental monitoring and assessment. We
learn the principles, utility, and potentialof this technology. As a basic background of
this lecture, students are encouraged to
study elementary physics, mathematics, andgeography.

English class.
Depending on thesituation, the classwill be on-line.
Lecture is conducted
in English.

One of the greatest challenges modern
societies face is finding ways to increase
economic growth while minimizing resource
consumption and environmental degradation.
The highly inefficient use of natural
resources, from their extraction to final
disposal, is already damaging the planet
because most of the extracted resources end
up as waste. This class will introduce themain aspects concerning integrated waste
management including current waste treatment
technologies, strategies, policies andmodeling of waste management systems.

Identical to0AQT035.
Lecture is conducted
in English.
face-to-face.
Online(Synchronous)

In addition to health and safety concerns,
the Planning of waste management systems
must also be sustainable i.e.
environmentally sound, socially acceptableand economically viable. This classintroduces the tools necessary to design
integral solid waste management systems. The
class provides specific modeling based onlife-cycle thinking towards planning ofwaste management systems through scenario
design.

Identical to0AQT037.
Lecture is conducted
in English.
face-to-face.
Online(Synchronous)

In this course, students learn thories andpractices in decision making in diverse
environmental issues ranging from natural
resources utlization, pollution control andnatural conservation based on economics,
psychology and applied behavioral science.
Students first learn theoretical backgroundsof environmental decision making and thendifferent cases of environmental decision
making at different levels such asindividuals and households, groups (i.e.,schools, offices), societies (i.e.,
communities, cities) and policies (i.e.,countries, regions, global). Toward the endof the course, students discuss how to
encourage pro-environmental behavioral
change and decision making.

Identical to0AQT045.
Lecture is conducted
in English.
Online(Asynchronous)

This course invites students to visit somesurvey sties in Japan in order to develop
analytical and assessment skills andheighten knowledge about some selectedenvironmental science related topics.

The details will beshown later.
Lecture is conducted
in English.

Ecology is scientific study of interactions Lecture is conductedof organisms with one another (biotic
in English.
environments), and with abiotic
environments. As ever-increasing serious
environmental issues at local to global
scale, ecology is recognized as one of thefundamental science, because we have tolearn and well-consider various relevant
aspects on organisms and environments. This
class will address fundamentals of ecology
mainly focused on plants, insects, theirrelations, and its surrounding environments.
Although I’ll try to talk students who havelittle background on ecology and biology,
please don’t forget to make every effort tounderstand and to have flexibility to thinkfor oneself.

The purpose of this course is to provide theeconomic and mathematical knowledge
necessary to comprehensively evaluate
environmental policies. Students will study
microeconomics, macroeconomics, welfare
economics, and their applications. In
Asaga
Hironobu,Mizunoy particular, students will learn how toevaluate the impact of public investment anda Takeshi
macroeconomic policies on both the economy
and the environment and how to make policy
decisions.

Lecture is conducted
in English.
10/21,10/28,11/25,12/2,12/23
face-to-face0AND377

Environmental
Analysis and Planning

Applied Environmental
Ethics (Introduction
0AND378 to English
Presentation and
Debate)0ANE323 Vegetation Science

1

1

1

2.0

2.0

1.0

1, 2

1, 2

1, 2

FallAB

FallABFallA

The course will explain the basic scientific Lecture is conducted
in English.
knowledge and techniques of urban planningand land use analysis oriented to theOnline(Asynchronous)
realization of appropriate and sustainable
environments. The course also aims tocultivate the basic knowledge necessary to
discuss urban planning from an environmental
perspective. The course will include
C502 Murakami
Mon5,6 Nat.Sc Akinobu,Yamamoto systematic lectures on the history of urban
planning, reading map information, nature
Sachikoi.
and cities, the role of green spaces in theurban environments, and sustainable
landscape planning, as well as exercises anddiscussions.

Mon1,2

Tue1,2

B107
Nat.
Sci.

Matsui KenichiThis course aims to develop and refine youracademic skills that are imperative inanalyzing legal, social, and ethicalimplications of environmental issues. You
are asked to actively participate indiscussing, presenting, critically reading
and writing about these issues so that you
will be fully prepared for yourinternationally competent career as anenvironmental scientist or leader. Our
topics for discussion include (1)environmental leadership/ diplomacy; (2)eco-economy; (3) rights of nature; (4)climate change; (5) LMOs and ELSI; (6)biological diversity and ecological service;(7) global bioethics; (8) cultural diversity
and indigenous knowledge; and (9) innovative
approaches to environmental ethics. The
examination of these wide-ranging topics
will not only enrich your knowledge about
environmental ethics but also enlarge youracademic background as environmental science
communicator.

Vegetation is a major component of ourlandscape. In this course, students learn
concepts of vegetation science, world
vegetation, climatic and edaphical factors
Kamijoon distribution of plant communities,
vegetation dynamics and human impacts on
Takashi,Seino
Tatsuyuki,Kawada vegetation. Tropical rainforests, Japanese
forests, deserts and grasslands are focused
Kiyokazu
in this course. Students also learn fieldpractices of vegetation survey.

Identical to0AQT027.
Lecture is conducted
in English.

理科系B107
Identical to
02JZ010.
face-toface(partiallyonline)