Established parent

Requirements
Interdisciplinary Program in Life and Environmental Sciences

School of Life and Environmental Sciences

CourseNumberCourse Name

EG02011 Physics

EG02021 Mathematics

stand
Instr
ard
uctio Credit regis
nal
s
trati
Type
on
year

1

1

1.0

1.0

1

1

Term

FallAB

FallAB

Meeting
ClassroDays,Perom
iod etc.

Thu4

Fri5

Instructor

Neves Marcos
2C403 Antonio,Kokawa
Mito

2B208,
Tofael Ahamed
2B209

Course Overview

Introduction to physics for life andLecture is conductedenvironmental sciences. Basic areas ofin English.
mechanics, thermodynamics, and waves will be face-to-facecovered.
Introduction to mathematics for life andLecture is conductedenvironmental sciences covers application of in English.
calculus using applied differentiation andface-to-face
integration, logarithmic and exponentialfunctions, first order differential
equations, matrix and probability. This
course emphasizes to solve problems related
to life and environmental sciences using awide array of mathematical solutions.

Introduction to statistics for life andenvironmental sciences.

EG02031 Statistics

1

1.0

2

FallC

Tue2,Fr
Irving Louis
2C407
i1
John

EG02041 Advanced Mathematics

1

1.0

2

SprAB

EG02211 Chemistry I

1

1.0

1

FallA

Tue/Fri
2D206 Kang Seung Won
6

FallB

Tue/Fri
2D206 Kang Seung Won
6

FallC

Tue5,Th
2D205 Kang Seung Won
u6

EG02221 Chemistry II

EG02231 Chemistry III

EG03012EG03022Paper Preparation and
Presentation

Paper Preparation and
Presentation

1

1

2

2

1.0

1.0

1.0

1.0

1

1

4

4

FallC

SprAB

Thu6

by
appoint
ment

byappoint
ment

2C403 Tofael Ahamed

Lecture is conducted
in English.
face-to-face
A part of thislecture is planned
as face-to-face.
Watch TWINS Bulletin
Board andannouncements on
manaba for scheduleof face-to-faceclasses.
The class format andcontent may bechanged due to
COVID-19 infection
status and otherfactors.

In this course, students will have a short
Lecture is conducted
review of applied calculus and introduces
in English.
with the advanced mathematics sections like face-to-facegeometrical meaning of differential
equations, solution of ordinary and partial
differential equations, numerical analysis
and Laplace transformation. These advanced
mathematical skills will be invaluable tothem to interpret the concepts of modelingof real world problems related to life andenvironmental sciences.

Introduction to general chemistry for lifeand environmental sciences.

Lecture is conducted
in English.
face-to-face

Introduction to general chemistry for lifeand environmental sciences.

Lecture is conducted
in English.
face-to-face

Introduction to general chemistry for lifeand environmental sciences.

Lecture is conducted
in English.
face-to-facePreparation and help in writing thegraduation thesis which is required towards
the end of your fourth year. Also,
preparation for the presentation of yourresults during the Presentation Meeting of
all the graduation theses.

For students whostarted graduate
research in springsemester
Lecture is conducted
in English.
face-to-face
Limited to Life andEnvironmental
Sciences
Undergraduate
Students.

Preparation and help in writing thegraduation thesis which is required towards
the end of your fourth year. Also,
preparation for the presentation of yourresults during the Presentation Meeting of
all the graduation theses.

Lecture is conducted
in English.
face-to-face
Limited to Life andEnvironmental
Sciences
Undergraduate
Students.

Kang Seung
Won,Parkner
ThomasKang Seung
Won,Parkner
ThomasRemarks

CourseNumberCourse Name

stand
Instr
ard
uctio Credit regis
s
trati
nal
on
Type
year

Term

Meeting
ClassroDays,Perom
iod etc.

Instructor

Course Overview

Remarks

stand
Instr
ard
uctio Credit regis
nal
s
trati
Type
on
year

Term

Meeting
ClassroDays,Perom
iod etc.

Instructor

Course Overview

Remarks

Students will learn the methodology tounderstand the diversity of multicellularanimals from the viewpoint of evolutionary
biology. In particular, learn in detail theorigin of the metazoans, the evolution of
the diploblasts, mollusks, echinoderms, andchordates, and learn how to reconstruct theevolutionary history by comparing modern
animals.

See Syllabus or
recent informationfrom manaba for
detail.
Open in even number
years.
Lecture is conducted
in English.
Biodiversity course.
GloBE Course. faceto-face
Who has credit ofEB50121 or EB50131
is ineligible.

Diversity, classification, morphology,
ultrastructure, life history and phylogenyof non-green algae — glaucophytes,
rhodophytes, cryptophytes,
chlorarachniophytes, euglenophytes,
dinoflagellates, haptophytes, andstramenopiles.

See Syllabus or
recent informationfrom manaba for
detail.
Lecture is conducted
in English.
Biodiversity course.
GloBE Course.
Expected to attend
all I, II, III
through a year..
face-to-face
EG20211 credit
holders are
ineligible.

Diversity, classification, morphology,
ultrastructure, life history and phylogenyof green plants, including chlorophytes andland plants.

See Syllabus or
recent informationfrom manaba for
detail.
Lecture is conducted
in English.
Biodiversity course.
Expected to attend
all I, II, III
through a year..
face-to-face
EG30221 credit
holders are
ineligible.

Topics in protistology. Cellular evolution,
cell biology, sex and reproduction,phylogeny and ecology of protists will be
the subjects of this lecture.

See Syllabus or
recent informationfrom manaba for
detail.
Lecture is conducted
in English.
Biodiversity course.
face-to-face
EG39101 credit
holders are
ineligible.

The morphology of various vertebrates iscompared and its evolutionary biologicalbackground is explained. In particular, theancestors of vertebrates, diversity of
Suzuki Daichi,矢 jawless fish, fin morphology of teleosts,
morphological evolution associated with
2B411 野 十織,Koyabu terrestrialization, diversity of mammals,
Daisukeand evolution of marine mammals are
explained from a comparative morphological
viewpoint.

Biennially conducted
in English (oddnumber academic
years) or Japanese(even-number
academic years).
Biodiversity course.
face-to-faceCollege of Biological Sciences

CourseNumberCourse Name

EB50171 Animal Systematics II

EB50211 Plant Taxonomy I

EB50221 Plant Taxonomy II

EB59101 Protistology

EB59141 Vertebrate Morphology

1

1

1

1

1

1.0

1.0

1.0

2, 3

2, 3

2, 3

1.0 2 - 4

1.0

2, 3

FallC

SprAB

FallAB

FallC

FallC

Wed4,5Fri2

Fri2

Fri2,3Thu4,5

2B208,
Wada Hiroshi
2B209

2B508

Ishida Kenichiro

2B508 Nakayama Takeshi

Ishida Kenichiro,Kuwayama
Hidekazu,Degawa
2B412
Yosuke,Nakayama
Takeshi,Yabuki
AkinoriCourseNumberCourse Name

EB59151 Vertebrate Evolution

EB60014 Programming I

EB62011 Genome Biology I

EB63111 Molecular Evolution I

EB63141

Evolutionary
Developmental Biology

EB64021 Biometry II

stand
Instr
ard
uctio Credit regis
s
trati
nal
on
Type
year

1

4

1

1

1

1

1.0 2 - 4

1.0

1.0

1.0

1.0

1.0

2, 3

2, 3

2, 3

Term

FallAB

FallAB

SprAB

SprAB

Meeting
ClassroDays,Perom
iod etc.

Mon3

2B208, Irving Louis
2B209 John

Mon2

2B412

FallAB

Fri3

Remarks

This course looks at the major transitions
during vertebrate evolution, particularly
focussing on the transition between waterand land, and the adaptations whichfacilitated that transition. The
diversification of animal life on land, andthe subsequent return of some groups towater will be studied. This course will
have a strong evolutionary biology focus.

See Syllabus or
recent informationfrom manaba for
detail.
Lecture is conducted
in English.
Biodiversity course.
GloBE Course. faceto-face
EB59131 isineligible.

In this lecture, students learn programing
techniques for manipulating a variety ofdata. They will also learn simulation
techniques with individual-based models. The
programming language used is Ruby.

Lecture is conducted
in English.
Computational
Biology &Bioinformatics
Course.
Online(Synchronous)
EG20014 credit
holders are
ineligible.

Lectures will cover basic knowledge on the
structure and function of the genome, as
well as technologies for DNA and genome
analyses.

Lecture is conducted
in English.
Computational
Biology &Bioinformatics
Course. GloBE
Course. face-to-face
EG22011 credit
holders are
ineligible.

Molecular evolution is a research field thataims to elucidate the evolution of organisms
based on information macromolecules such as
DNA and proteins. In this lecture, the basic
concepts of molecular evolution and thebasics of molecular phylogenetic methods
will be explained.

履修に際し、適宜、最新 のシラバスや
manaba等の情報を確認してくださいLecture is conducted
in English.
Computational
Biology &Bioinformatics
Course. GloBE
Course.
Online(partiallyface-to-face)This course will focus on how molecular
evolution of the genome and evolution of themorphology are related. After learned about
several kinds of molecular evolutionary
processes, students will learn how the
genome construct the 3D morphology during
embryogenesis. Combining what they learned
about molecular evolution and developmental
biology, students will learn several topics
where the morphological evolution is linked
with the molecular evolution of genome.

See Syllabus or
recent informationfrom manaba for
detail.
Open in odd number
years.
Lecture is conducted
in English.
Computational
Biology &Bioinformatics
Course. face-to-faceThis lecture introduces the dark side ofstatistics. Starting with randomization
techniques, students learn relationships
among different domains of statisticalideas: parametric, nonparametric, null
hypothesis significance testing,information-theoretic methods, and theBayesian methods.

See Syllabus or
recent informationfrom manaba for
detail.
Lecture is conducted
in English.
Computational
Biology &Bioinformatics
Course.
Online(Synchronous)
EG34021 credit
holders are
ineligible.

Kuwayama
Hidekazu

Inagaki Yuji

2, 3

2, 3

Course Overview

Tokunaga(Toquenaga) Yukihiko

Thu1

Tue1

Instructor

Tokunaga(Toquenaga) Yukihiko

CourseNumberCourse Name

EB64111 Theoretical Ecology

EB71031 Cell Biology III

stand
Instr
ard
uctio Credit regis
s
trati
nal
on
Type
year

1

1

1.0

1.0

2, 3

2, 3

Term

SprAB

FallAB

Meeting
ClassroDays,Perom
iod etc.

Course Overview

Remarks

This course illustrates theoretical aspectsof ecology with examples of laboratory
experiments to connect mathematicalexpressions with ecological phenomena innature.

Lecture is conducted
in English.
Computational
Biology &Bioinformatics
Course.
Online(partiallyface-to-face).
Online(Synchronous)
EG34111 credit
holders are
ineligible.

Proteins are in a dynamic state, which isregulated by protein synthesis anddegradation pathways.
Each protein is degraded in a degree of
selectivity, and its regulation is essential
for the cell homeostasis and viability.
In this class, we will learn the latest
findings on the molecular mechanism of
selective protein degradation and its
physiological importance.

See Syllabus or
recent informationfrom manaba for
detail.

Tokunaga(Toquenaga) Yukihiko

Thu1

Thu3

Instructor

2B508 Chiba Tomoki

A goal of this course is to understandseveral important topics about animal
developmental biology. Lectures in thiscourse particularly focus on sex
determination, gametogenesis, metamorphosis,
Niwa
Ryusuke,Kobayash axis specification, neural development, anddiseases.
i

EB72121Developmental Biology
II

EB72911 Marine Biology I

1

1

1.0

1.0

2, 3

2, 3

FallAB

SprAB

Tue3

Wed3

2B508

2B508

Satoru,Sasakura
Yasunori,Yaguchi
Shunsuke,HAYASHI
MAKOTO,shimada
yuko,okamoto
naoki,CascoRobles Martin MiguelInaba
Kazuo,Agostini
Sylvain Leonard
Georges

Lecture will give you several topics on
physical, chemical and biological propertiesof ocean to understand the physiology,
reproduction, development, biodiversity andecology of marine invertebrates and fish.
This class will especially focus on thefollowing aspects of marine life: life
cycle, locomotion, sensory reception,
biomineralization, biogeochemical
distribution, photosynthesis, respiration,
calcification, nitrogen fixation and theimpact of climate change. We will give
examples of marine organisms underplanktonic and benthic conditions and coral
reef. The history and present situation ofmarine biology research will be also
included.

Lecture will provide several topics onmarine organisms, including fertilization,
cilia and flagella, gene-manupulation,
development, self-non-self recognition,
evolution, animal behavior, population
Inaba
ecology and marine environment. The teaching
Kazuo,Sasakura staff of Shimoda Marine Research Center will
Yasunori,Yaguchi tell you about recent progress of their own
Shunsuke,Shiba research.

EB72921 Marine Biology II

1

1.0

2, 3

FallAB

Wed3

2B508 Kogiku,Nakano
Hiroaki,Wada
Shigeki,Agostini
Sylvain Leonard
Georges

Lecture is conducted
in English.
Molecular andCellular Biology
Course. GloBE
Course. face-to-face
EB71131 or EG35131
credit holders are
ineligible.

Watch TWINS Bulletin
Board andannouncements on
manaba for sheduleof face-to-faceclasses.
Lecture is conducted
in English.
Molecular andCellular Biology
Course. Human
Biology course.
GloBE Course. faceto-face(partiallyonline)Lecture is conducted
in English.
Molecular andCellular Biology
Course. GloBE
Course. face-to-face
EG22911 credit
holders are
ineligible.

See Syllabus or
recent informationfrom manaba for
detail.
Lecture is conducted
in English.
Molecular andCellular Biology
Course.
Online(partiallyface-to-face)
EG32921 credit
holders are
ineligible.

CourseNumberCourse Name

EB74111 Plant Physiology I

EB74131 Plant Physiology II

Metabolic andEB74211 Physiological
Chemistry I

Metabolic andEB74221 Physiological
Chemistry II

EB82131 Chemical Ecology

stand
Instr
ard
uctio Credit regis
s
trati
nal
on
Type
year

1

1

1

1

1

1.0

1.0

1.0

1.0

1.0

2, 3

2, 3

2, 3

2, 3

2, 3

Term

SprAB

FallAB

SprAB

FallAB

FallAB

Meeting
ClassroDays,Perom
iod etc.

Fri1

Fri1

Thu1

Instructor

Irving Louis
John,Furukawa
2B411 Jun,Miura
Kenji,Ono
Michiyuki

Course Overview

Remarks

In this lecture, the relationship between
various physiological phenomena and theenvironmental factors in the life history ofhigher plant will be overviewed for theunderstanding from the viewpoint at wholeplant to cell levels with adding the latest
molecular biological findings.

Lecture is conducted
in English.
Molecular andCellular Biology
Course. GloBE
Course. face-to-face
EG24111 credit
holders are
ineligible.

This lecture introduces several important
topics for your further understanding ofplant physiology, which includes recent
advances in the research of vegetative andreproductive development, and symbiosis withmicroorganisms in higher plants.

See Syllabus or
recent informationfrom manaba for
detail.
Plant Physiology II(EB74131) Language
is Japanese in oddnumbered years andEnglish in evennumbered years. In
2023, the lecture isconducted Japanese.
In 2024, the lecture
is conducted in
English. Students
planning to takethis course in
English should takethe course in 2024
or 2026.
Molecular andCellular Biology
Course. face-to-face
1-5 : Hiroaki Iwai
6-10 (12 Nov to 17Dec): Takuya Suzaki

The main topics for this course will be
photosynthetic energy conversion, primaryand secondary carbon metabolism including
C3, C4 and CAM metabolisms,
photorespiration, and mitochondrial
respiration.

See Syllabus or
recent informationfrom manaba for
detail.
Lecture is conducted
in English.
Molecular andCellular Biology
Course. GloBE
Course. face-to-face
EG24211 credit
holders are
ineligible.

This course provides an overview of
metabolism, which supports all life
activities. In the first part of the course,
we will discuss the following four topics;(1) Catabolism and Anabolism, (2) Energy
conversion, (3) Nutrient transport andAssimilation, (4) Regulation of metabolic
pathways. At the latter part, we will
explore the environmental regulation ofphotosynthesis (light response, CO2
response) with the goal of understanding
plant adaptations to different environments.
We are welcome the students who did not take
Metabolic Biochemistry Course I.

See Syllabus or
recent informationfrom manaba for
detail.

This lecture introduces chemical aspects ofrelationships between individual insects,

Lecture is conducted
in English.
Applied Biology
course. face-to-face
EB82131 credit
holders are
ineligible.

Iwai
2B411 Hiroaki,Suzaki
Takuya2B508 Suzuki Iwane

Thu1

Minoda2B508 Ayumi,Irving
Louis John

Fri4

Yokoi
animals, plants and microorganisms of theTomoyuki,Matsuya same (pheromone) or differentma(allelochemicals) species.
2C107 Shigeru,Yamaji
Keiko,Kinoshita
Natsuko,Kuramitsu Kazumu

Lecture is conducted
in English.
Molecular andCellular Biology
Course. face-to-face
Who has credit of
EB74231 or EG34231
or EG34221 isineligible.

CourseNumberCourse Name

EB83141 Plant Biotechnology I

EB83161

Biotechnology
Literacy

stand
Instr
ard
uctio Credit regis
s
trati
nal
on
Type
year

1

1

1.0

1.0

2, 3

Term

SprC

Meeting
ClassroDays,Perom
iod etc.

Intensive

Instructor

Course Overview

Remarks

Lectures will cover topics on plantbiotechnology including control of flowering
time, circadian rhuythms, photoperiodic
responses, organ size and responses toenvironmental stresses.

See Syllabus or
recent informationfrom manaba for
detail.
Open in even number
years.
Lecture is conducted
in English.
7/8,7/10
Applied Biology
course.
Online(Asynchronous).
Online(Synchronous)
Who has credit ofEB83111 or EG33111
is ineligible.

Topics covering ethical, legal and social
issues in life & environmental sciences.

No online (ondemand) delivery.
This course cannot
be taken if it
clashes with anothercourse withoverlapping times.
See Syllabus or
recent informationfrom manaba for
detail.
Open in odd number
years.
Lecture is conducted
in English.
Applied Biology
course. CDP. Gcourse.
Online(partiallyface-to-face)
Who has credit ofEB83131 or EG23131
is ineligible.

Watanabe
Kazuo,Kikuchi
Akira,Ono
Michiyuki

2, 3College of Agro-Biological Resource Sciences

CourseNumberCourse Name

Agro-Biological
EG40012 Resource Science,
Exercises

EG41012 Research Seminar I

EG41022 Research Seminar II

stand
Instr
ard
uctio Credit regis
nal
s
trati
Type
on
year

2

2

2

1.0

1.5

1.5

1, 2

4

4

Term

Sum Vac

SprABC

FallABC

Meeting
ClassroDays,Perom
iod etc.

IntensivebyrequestbyrequestInstructor

Course Overview

Remarks

In this course, students improveunderstanding of future study by exercise
and investigation of academic discipline andagenda in agrobiological resource sciences,and presentation of the results.

For English Program
Students of theCollege of AgroBiological Resource
Sciences. Limited to
students enrolled
since 2020 (excepts
students transferredin 2020).
Lecture is conducted
in English.
face-to-faceTopics in agro-biological resource sciences
will be discussed with laboratory members
and supervisor.

For students whostart a graduation
research from Spring
Semester.
Lecture is conducted
in English.
face-to-faceTopics in agro-biological resource sciences
will be discussed with laboratory members
and supervisor.

For students who
passed EG41012 orEG41032.
Lecture is conducted
in English.
face-to-face

Yabar Helmut
Friedrich

Chair and others

Chair and others

CourseNumberCourse Name

EG41032 Research Seminar I

EG41042 Research Seminar II

EG41052 Research Seminar I

EG41062 Research Seminar II

EG41072 Research Seminar Ⅰ

EG41078 Graduation Research I

EG41082 Research Seminar II

EG41088

Graduation Research
II

EG41098 Graduation Research I

stand
Instr
ard
uctio Credit regis
s
trati
nal
on
Type
year

2

2

2

2

2

8

2

8

8

1.5

1.5

2.0

2.0

2.0

3.0

2.0

3.0

3.0

4

4

4

4

4

4

4

4

4

Term

FallABC

SprABC

SprABC

FallABC

FallABC

SprABC

SprABC

FallABC

FallABC

Meeting
ClassroDays,Perom
iod etc.

byrequestbyrequestbyrequestbyrequestbyrequestbyrequestbyrequestbyrequestbyrequestInstructor

Course Overview

Remarks

Topics in agro-biological resource sciences
will be discussed with laboratory members
and supervisor.

For Students whostart a graduation
research from Fall
Semester.
Lecture is conducted
in English.
face-to-faceTopics in agro-biological resource sciences
will be discussed with laboratory members
and supervisor.

For students who
passed EG41012 orEG41032.
Lecture is conducted
in English.
face-to-faceTopics in agro-biological resource sciences
will be discussed with laboratory members
and supervisor.

For students whostart the graduation
research from Spring
Semester.
Lecture is conducted
in English.
face-to-faceTopics in agro-biological resource sciences
will be discussed with laboratory members
and supervisor.

For students who
passed EG41052 orEG41072.
Lecture is conducted
in English.
face-to-faceTopics in agro-biological resource sciences
will be discussed with laboratory members
and supervisor.

For students whostart a graduation
research from Fall
Semester.
Lecture is conducted
in English.
face-to-face

Each student engages in research work inlaboratory on specific theme under
supervisor.

For students whostart the graduation
research from Spring
Semester. Required a
special permission
by the Dean of thecollege of AgroBiological Resource
Sciences.
Lecture is conducted
in English.
face-to-faceTopics in agro-biological resource sciences
will be discussed with laboratory members
and supervisor.

For students who
passed EG41052 orEG41072.
Lecture is conducted
in English.
face-to-face

Each student engages in research work inlaboratory on specific theme under
supervisor.

For students who
passed EG41098 orEG41078. Required a
special permission
by the Dean of thecollege of AgroBiological Resource
Sciences.
Lecture is conducted
in English.
face-to-face

Each student engages in research work inlaboratory on specific theme under
supervisor.

For Students whostart the graduation
research from Fall
Semester.
Lecture is conducted
in English.
face-to-face

Chair and others

Chair and others

Chair and others

Chair and others

Chair and others

Chair and others

Chair and others

Chair and others

Chair and others

CourseNumber

EG41108

Course Name

Graduation Research
II

EG41118 Graduation Research I

EG41128

Graduation Research
II

EG41138 Graduation Research I

EG41148

Graduation Research
II

World Food andEG50011
Agriculture

EG50041 Biochemistry

stand
Instr
ard
uctio Credit regis
s
trati
nal
on
Type
year

8

8

8

8

8

1

1

3.0

5.0

5.0

5.0

5.0

1.0

2.0

4

4

4

4

4

1

2, 3

Term

SprABC

FallABC

FallABC

SprABC

SprABC

SprAB

SprAB

Meeting
ClassroDays,Perom
iod etc.

byrequestbyrequestbyrequestbyrequestbyrequestMon2

Thu4,5

Instructor

Course Overview

Each student engages in research work inlaboratory on specific theme under
supervisor.

For students who
passed EG41098 orEG41078.
Lecture is conducted
in English.
face-to-face

Each student engages in research work inlaboratory on specific theme under
supervisor.

For students whostart the graduation
research from Fall
Semester. Required a
special permission
by the Chair of thecollege of AgroBiological Resource
Sciences.
Lecture is conducted
in English.
face-to-face

Each student engages in research work inlaboratory on specific theme under
supervisor.

For students who
passed EG41118 orEG41138. Required a
special permission
by the Chair of thecollege of AgroBiological Resource
Sciences.
Lecture is conducted
in English.
face-to-face

Each student engages in research work inlaboratory on specific theme under
supervisor.

For students whostart the graduation
research from Fall
Semester. Required a
special permission
by the Chair of thecollege of AgroBiological Resource
Sciences.
Lecture is conducted
in English.
face-to-face

Each student engages in research work inlaboratory on specific theme under
supervisor.

For students who
passed EG41118 orEG41138. Required a
special permission
by the Chair of thecollege of AgroBiological Resource
Sciences.
Lecture is conducted
in English.
face-to-face

Chair and others

Chair and others

Chair and others

Chair and others

Chair and others

2C102 Kang Seung Won

Remarks

This course introduces crop plants, domestic Lecture is conductedanimals and their production in the world,in English.
in relation to economic and environmental
face-to-faceissues.

Advanced biochemistry covers a wide area
Lecture is conducted
including molecular cell biology, molecular in English.
genetics, biotechnology, metabolism, andOnline(Asynchronous)
relates all current biological sciences. In
this year, experts of three major classes ofKimurathe organisms (microorganisms, plants,
Keiji,Kusano
animals) give lectures from the professional
Miyako,Takeshita points of view. This course provides an
Norio,Yanagisawa introduction to biochemistry for the
Hiromiundergraduates who are able to learn basic
to applied knowledge of life andenvironmental sciences.

CourseNumberCourse Name

EG50061 Vegetation Ecology

stand
Instr
ard
uctio Credit regis
s
trati
nal
on
Type
year

1

1.0

2, 3

Term

Meeting
ClassroDays,Perom
iod etc.

Instructor

Course Overview

Vegetation is a basic component that
Lecture is conductedcharacterizes land areas and needs to be
in English.
properly understood in order to realize
face-to-facesustainable use of biological resources. The
Kawadapurpose of this lecture is to understand the
Kiyokazu,Tsuda basics of vegetation and to understand the
Yoshiaki,Tsumura sustainable use of vegetation. The lecture
Yoshihiko,Kamijo will cover not only Japanese vegetation but
also vegetation throughout the world such as
Takashitropical forests and deserts.

FallC

Intensive

FallAB

Yamadaprovide the students inorganic,
TBA; Number of G30
Kosumi,Shigemori physicochemical, and organic chemical
students are limited
Hideyuki,Ishida property of them through the experiments.
to 12.
The students should be able to 1) separate, Identical to
Junji,Ogawa
Kazuyoshi,Nakaga isolate, and identify chemical substances, EC12163.
2B201,
2) learn physicochemical property of them by 10/4-11/1,11/15wa-Izumi
Fri4-6 2B203,
analytical equipment, 3) know how to use
11/22
Akiko,Nomura
labware and analytical equipment
face-to-face
2B303
Nakao,Yang
Yingnan,Nagumo
Yoko,Masuo
Shunsuke,Miyamae
YusakuChemical substances are existed around andwithin us everyday and everywhere. We will

EG50163

EG50193

Fundamental Chemistry
Laboratory

Fundamental Biology
Laboratory

3

3

1.0

1.0

2

2

Remarks

FallBC

Date and venue fororientation of G30:

生物学の各分野から、生物資源学類に必要な観Class enrollment
察・実験の項目を選んで実施し、生命現象の基本 onto TWINS should beについて理解させる。
done by the end of
NomuraSeptember.
Koji,Kinoshita
Identical to
Natsuko,Yawata
EC12173.
2B301, Yutaka,Daitoku
12/6-12/20,12/62B303, Hiroaki,Hagiwara
12/20,12/6Fri4-6
2D315, Daisuke,Hirakawa
12/20,1/10-2/7,1/102D316 Hidehiko,Takeshi
2/7,1/10-2/7
face-to-faceta

Norio,Matsuyama
Shigeru

EG60012Current Topics in
Plant Biology

Seminar in Biosystems
EG60022 Engineering andTechnology

International
EG60023 Training ofAgriculture III

2

2

3

1.0

3.0

2, 3

3, 4

2.0 1 - 3

FallC

FallABC

AnnualMon3,4

Mon2,3

byappoint
ment

2B207

Kinoshita
NatsukoThis class will focus on current
developments in plant biology by focusing on
current, groundbreaking research shaping thefield. Topics will differ each year. Topics
may include herbivory stress, abiotic
stress, chemical ecology, plantcommunication, bio imaging, synthetic
biology, and precision agriculture.
Students will read as well as lead
discussions about current literature. Novel
experimental techniques used to answer
central questions will be emphasized. There
will be a final project where students
present a topic of personal interest related
to the literature covered in the class.
This course is recommended for students
considering graduate work or independent
study in related fields. The class will betaught in Japanese and English in alternate
years.

Same as EC31012 Theclass will be taught
in Japanese andEnglish in alternate
years. Open in evennumber years.
Open in even number
years.
Lecture is conducted
in English.
face-to-face

生物資源の利活用における技術や工学の体系すな
わちBiosystems Engineeringに関する専門的かつ最新の研究や知見を，論文の概要作成やプレゼン
テーションなどの演習を通じて学習する。

授業の多くを京都大学・国立台湾大学との共同・オンライン（英語）により行う。
EC33682を修得済みの者は履修できない。
Identical toEC33692.
Lecture is conducted
in English.
distance learning.
face-to-faceField study program in European countries
under 3 objectives; 1) To learn overview on
agriculture and related industries 2) To
discuss current issues related agriculture
through seminars with local students 3)
Field survey of the agricultural sites in
the local areas(インターンシップ)国外。 履修登録は事務で行う。
Identical toEC41133.
Lecture is conducted
in English.
CDP. face-to-face

Kitamura
Yutaka,Neves
Marcos
2D307
Antonio,Tofael
Ahamed,Nakajima
Mitsutoshi

Nomura Nakao

CourseNumberCourse Name

International
EG60033 Training ofAgriculture IV

EG60043

Agricultural
Internship Abroad V

Agricultural
EG60053
Internship Abroad VI

International
EG60063 Training ofAgriculture I

EG60071 Food Functionality

stand
Instr
ard
uctio Credit regis
s
trati
nal
on
Type
year

3

3

3

3

1

Term

Meeting
ClassroDays,Perom
iod etc.

Instructor

Course Overview

Remarks

Field study program in North America under 3objectives; 1) To learn overview on
agriculture and related industries 2) To
discuss current issues related agriculture
through seminars with local students 3)
Field survey of the agricultural sites in
the local areas(インターンシップ)国外。ユタ州立・スノー
大学等における短期研
修。
Identical toEC41143.
Not open in 2024.
CDP. face-to-face

Kawada Kiyokazu

乾燥地域の協定校および企業等において、講義・体験実習・野外調査を通じて当該国における農業の特色及び地域性などを学び、さらに現地の学生・教員・企業者との交流を通じて国際的な視野に立ったキャリア意識を育成する。

(インターンシップ)国外。
Identical toEC41153.
Lecture is conducted
in English.
face-to-face

Abe Junichi P.

ASEAN諸国等の協定校及び企業等において、講義・体験実習・野外調査を通じて当該国における農業の特色及び地域性なとを学び、さらに現地の学生・教員・企業者との交流を通じて国際的な視野に立ったキャリア意識を醸成する。

(インターンシップ)国外。
Identical toEC41163.
Lecture is conducted
in English.
face-to-faceField study program in foreign countries
under 3 objectives; 1) To learn overview on
agriculture and related industries 2) To
discuss current issues related agriculture
through seminars with local students 3)
Field survey of the agricultural sites in
the local areas(インターンシップ)
国外。 履修登録は事務で行う。生物資源学
類生優先
Identical toEC41013.
Lecture is conducted
in English.
CDP. face-to-face

Lectures will cover the topics in advanced
food functionality including anti cancer,

Same as EC31391
Lecture is conducted
in English.
face-to-face

2.0 1 - 3

2.0 1 - 3

Annualbyappoint
ment

SpringbySemesterappoint
2.0 1 - 3
Fallment
Semester

2.0 1 - 3 Sum Vac

1.0

3, 4

FallC

Intensive

Tue5,6

Nomura Nakao

anti allergy, anti stress, anti obesity,
Isoda
2B309 Hiroko,Ferdousi neuronal regulation, melanogenesis
regulation and the bioavailability of
Farhanafunctional food factors.

EG60101 Soil Science

Environmental
EG60111 EcologicalEngineering

EG60121

EG60161

Food Process
Engineering

Environmental Colloid
Engineering

EG60191 Biomass Conversion

1

1

1

1

1

2.0

1.0

1.0

1.0

2.0

3, 4

3

3, 4

3, 4

3, 4

FallB

FallAB

SprAB

SprBC

SprC

Intensi
ve

Wed3

Wed3

IntensiveIntensive

Asano Maki

2C404 Nomura Nakao

Neves Marcos
2G305 Antonio,Kokawa
Mito

Kobayashi
Motoyoshi

Yang Yingnan

Fundamental ascpects of soils with regard totheir genesis, physicochemical properties,
management and the related environmental
issues will be lectured, and the discussion
on some selected topics will be treated as
more advanced understanding of present
status of soils in the changing world.

Same as EC32161
Lecture is conducted
in English.
face-to-face

Lecture covers eco-engineering technologies
to restore deteriorated environments
including following major existing issues;
1) Rehabilitation of enclosed water bodies
in terms of water and sediment quality
improvement, 2)Biomass energy as a renewableenergy and its effect on reduction of green
house gas emission, 3) Impact ofaquacultural industries on coastal
environment including mangrove forest.

横断領域科目「環境」
Identical toEC32111.
Lecture is conducted
in English.
face-to-faceThis course introduces basic principles of
fluid flow, heat transfer, and mass transfer
phenomena, along with the application ofthese principles to the unit operations mostcommonly used in food processing, such as
thermal processing, cooling, freezing,
centrifugation, filtration, drying, size
reduction and emulsification.

Same as EC42021
Lecture is conducted
in English.
face-to-faceApplications of colloid and interface
Lecture is conductedscience to environmental issue and its basis in English.
are given. Focus will be placed on theface-to-facefloccuation which is important to control
soil and water quality. Current topics
related to microbiology and ecosystem willbe lectured.
This course is designed to help you develop
and understanding of the complex processesof biomass conversion. Lectures anddiscussions will focus on biomass sources,
biomass conversion technology and process.

Limited to English
Program students.
Open in odd number
year.
Lecture is conducted
in English.
face-to-faceCourseNumber

EG60232

EG60252

Course Name

Seminar in Applied
Biological Chemistry

Seminar in
Agricultural
Economics andSociology

Seminar in
EG60272 Quantitative Food
Economics

EG60361EG60401

Introductory
Microbiology

Economics of Resourceand Environment

EG60411 Biomaterial Science

EG60421

Soil and Water BioEngineering

stand
Instr
ard
uctio Credit regis
s
trati
nal
on
Type
year

2

2

2

1

1

1

1

2.0

2.0

2.0

1.0

2.0

1.0

1.0

Term

Meeting
ClassroDays,Perom
iod etc.

Instructor

3, 4

3, 4

2, 3

2, 3

3, 4

3, 4

3

Annual

FallC

FallC

SprAB

FallAB

SprC

byappoint
ment

Mon3-6

Thu3,4

Thu3,4

Tue2

Intensive

Course Overview

Remarks

The purpose of the course is to introduce
and discuss the applied life sciences
related to biochemistry of plant molecules,
molecular and developmental biology, biology
for gene regulations, ecological molecular
microbiology, biomimetic chemistry,bioreaction engineering.

Open in odd number
years.
Lecture is conducted
in English.
face-to-face
Not open in 2023

This course aims to introduce the present
issues of agricultural and forestry
economics, and discuss the roles of ruralsociety, farm management and forestry
planning.

Students who aresupervised byfaculties in the
Course ofAgriculture andForestry Social
Sciences are
eligible to enroll.
Lecture is conducted
in English.
face-to-faceShuto Hisato

2C407 Shuto Hisato

2G205

Utada Andrew
ShinichiExercises in estimation of food production
Lecture is conducted
and consumption based on economic theories, in English.
and discussions are performed to analyze the face-to-facefactors controlling supply and demand offoods.
This lecture will introduce you basic
microbiology including;
1, Diversity of microorganisms
2, Cell-structures
3, Metabolisms
4, Genetics
5, Their use in our life

Lecture is conducted
in English.
face-to-face

Lectures will cover the topics inagricultural economy and resouce andenvironment including forest.

Open in even number
years.
Lecture is conducted
in English.
face-to-face

2C404 Shuto Hisato

Fundamentals and applications of paper
science and papermaking engineering will be
provided and they cover chemical structuresof polysaccharides constituting fibers,
pulping methods for extracting fibers from
Enomaewood, papermaking technology such as
Toshiharu,Nakaga beating, forming, calendering and coating,
2G305 wa-Izumi
and geometrical, mechanical, optical, waterAkiko,Obataya
related properties of paper as well as
Eiichibiomass plastics to replace petroleumresourced plastics and latest research
topics.

Lecture is conducted
in English.
face-to-face.
interdepartmental
course

The course will be aimed at undergraduatesand focus on discussing the science,technology and engineering for achieving
sustainable soil and water systems. We will
cover several important, emerging topics
related to bio-technologies and bioengineering for sustainable soil and water
management. This course also covers a wide
range of sectors of major concern in thedevelopment of bioengineering, including
green energy, green water supply, green
manufacturing, green agriculture, and green
tourism / ecosystem service, from theperspective of soil-water nexus. This course
generally covers three parts, namely (1)implementation of green sciences, (2)deployment of green technology andengineering, and (3) development of green
services and its challenges.

It is recommended totake EG60161
together with thissubject due tocomplementarity.
EG60491 will also be
helpful tounderstand thissubject.
Lecture is conducted
in English.
face-to-face

Yamashita
Yuji,Yuan Tian

CourseNumber

EG60491

Course Name

Elementary Applied
Thermodynamics

Water Resources
EG60551 Management
Engineering

EG60561

EG60571

Water Environmental
Management Technology

Introduction to
Industrial Ecology

stand
Instr
ard
uctio Credit regis
s
trati
nal
on
Type
year

1

1

1

1

1.0

1.0

1.0

1.0

2, 3

3, 4

3

3

Term

SprAB

SprC

SprC

SprAB

Meeting
ClassroDays,Perom
iod etc.

Mon4

2C107

by
appoint
ment

Utada Andrew
Shinichi

Ishii Atsushi

byappoint
ment

Tue2

Instructor

Nomura Nakao

2G205

Yabar Helmut
FriedrichCourse Overview

Remarks

Thermodynamics is one of most fundamental
Lecture is conducted
in English.
subject when biological and envieromental
issues are treated. In this lecture, theface-to-faceelementary thermodynamics will be explainedwith an orientation toward an application inlife and environmental science. Lecture will
start the concept of equilibrium system withan example of Brownian motion. It will befollowed by the first and the second law ofthermodynamics. Thermodynamic function, theconcept of Gibbs free energy, chemical
potential. Many example will be cited fromthe field of Colloid and Interface Science.
Those, who want to join the lecture ofenvironmental colloid engineering arestrongly recommended to join this lecture.

This lecture aims to provide a fundamental
understandings of water resources by giving
introductory hydraulics and hydrology,
natures of river flow, water use in various
sectors with a special focus on irrigation,water resources development and management,
hydrologic statistics, as well as
institutional system for water.

Students aregraduating on 31
Aug. have to contact
an instructor.
Lecture is conducted
in English.
face-to-face.
interdepartmental
courseLecture covers ecological technologies torestore water environments in enclosed water
bodies with deteriorated sediment and water
quality. Lecture also covers a case study ofLake Kasumigaura Water Renovation Project
where several research studies was performed
to rehabilitate water environment in large
scale.

横断領域科目「環境」. 特別聴講学生(CiCプロジェクト参加
学生を含む)のみ履修
可. Crossdisciplinary
subjects「Environment」.Limi
ted to Exchange
Student (Tokubetsu
Chokogakusei)
including CiC
Project.
Lecture is conducted
in English.
face-to-face

One of the biggest challenges societies face Lecture is conducted
is decoupling economic
in English.
growth from environmental pressure within
face-to-face
the limits of the earth’s
carrying capacity. The highly inefficientuse of natural resources fromextraction to final disposal produces wastes
and releases to air, waterand soil. This course introduces themechanisms and tools necessary to
overcome this challenge through Industrial
Ecology (IE). IE focuses on
promoting industrial activities similar toprocesses in nature. This isachieved by optimizing energy and material
resource use while minimizing
and/or avoiding waste and pollution release.
The course outlines thetools to achieve this goal including
resource use optimization throughthe 3R Initiative, Life Cycle Assessment,
and Material Flow Analysis.
The course will also address the technicaland management aspects
including Environmental Management Systems,
Cleaner Production and
Design for Environment. At the end of thecourse the student willdevelop analytical skills and learn thetools necessary to design andimplement solutions to the current
production and consumption patterns.

CourseNumber

EG60581EG60601

Course Name

Animal Cell Culture
Technology

Food and Nutritional
Chemistry II

International
EG60611 Agricultural andForestry Policies I

International
EG60621 Agricultural andForestry Policies II

EG60631EG60641

Satellite Remote
Sensing

Precision Agriculture
Technology

stand
Instr
ard
uctio Credit regis
s
trati
nal
on
Type
year

1

1

1

1

1

1

1.0

1.0

1.0

1.0

3

SprAB

Meeting
ClassroDays,Perom
iod etc.

Fri3

Instructor

2C407 Nomura Nakao

Course Overview

2, 3

Sum Vac

Intensive

The aims of this course are to understand i)
physiological functions of nutrients such ascarbohydrates, lipids, and proteins, ii)
regulation of their metabolism, iii)
relation of metabolic syndrome with
exercise, overnutrition, and biologicalclock.

Same as EC32241
English Program
Students who hadreceived credits
from EG60081 are notallowed. Not
offered from 2024.
Open in odd number
years.
Lecture is conducted
in English.
Not open in 2024.
face-to-face

Lectures will cover the topics in policies
for agriculture, food, forestry, andenvironmental management related toagriculture and forestry in the world.

English Program
Students who hadreceived credits
from EG60201 are notallowed.
Open in even number
years.
Identical toEC34281.
Lecture is conducted
in English.
Work Experiencefaculty. face-toface

Lectures will cover the topics in policies
for agriculture, food, forestry, andenvironmental management related toagriculture and forestry in the world.

English Program
Students who hadreceived credits
from EG60201 are notallowed.
Open in odd number
years.
Identical toEC34381.
Lecture is conducted
in English.
Work Experiencefaculty. face-toface

Satellite remote sensing is a technology toobserve Earth by artificial satellites inthe space. We learn overview of its basics
and its recent outcomes which highlight theescalating risks of the global environmentchanges.

Lecture is conducted
in English.
face-to-face

Shuto
Hisato,Hagiwara
Hideki,Asai
Masayasu

2, 3

2, 3

FallC

SprAB

Tue3,4Fri5

3D207 Nasahara Kenlo

2D206 Tofael Ahamed

Remarks

Lectures cover basic knowledge about animal Identical tocell culture(cell cycle, growth factors,
EC32071.
extra-cellular matrixes, cancer cells) as
face-to-facewell as application of cultured animalcells(hybrid artificial organ, production of
monoclonal antibodies, alternative forexperimental animals). Lectures also
provides basic information aboutbiotechnological approached for setting up
animal cell bioreactors.

3, 4

1.0 2 - 4

1.0

Term

Lectures will cover the topics of precision Lecture is conductedagricultural technology. Recent advancements in English.
in the agricultural field of automation,
face-to-facesatellite remote sensing, and GIS. The
Bigdata analytics, IoT in agriculture andmachine learning systems are used in medium
to large scale of agricultural production.
The outdoor agricultural mechanization toindoor plant growth monitoring and machinery
utilization are the core subjects of thiscourse. Through this course students will
get exposure of large satellite remotesensing systems for agriculture, UAV-based
crop monitoring and IoT advancements inagriculture.

CourseNumberCourse Name

EG60651 Organic Chemistry

Renewable Energy and
EG60661 Bioresource Recycling
Technologies

stand
Instr
ard
uctio Credit regis
s
trati
nal
on
Type
year

1

1

3.0

2.0

2

3

Term

AnnualMeeting
ClassroDays,Perom
iod etc.

Tue1

Instructor

Course Overview

Basic structure and reactions of organic
compounds are explained on the electronic
theory.

Participation ispermitted fromspring semester offreshman.
Lecture is conducted
in English.
face-to-face.
interdepartmental
courseAs a part of advanced use for biologicalresources, we will explain the conversion
and utilization technology of biomass toenergy and materials. We will also overview
the latest technologies and diffusion trends
on renewable energy and consider
constructing a resource recycling society
utilizing renewable energy.

国立台湾大学とのジョイント講義(一部遠隔授業)。「バイオマス
資源循環工学」(EC33281)及び「グリーンエネルギー工学」(EC33041)を修得済みの者は履修できな
い。
Identical toEC33651.
Lecture is conducted
in English.
face-to-face

2C410 Kajiyama Mikio

Kitamura
Yutaka,Neves
MarcosAntonio,Lei
2D307
Zhongfang,NakajimaMitsutoshi,Yuan
Tian

Remarks

FallAB

Fri3,4

SprAB

Nakagawa-Izumi 性を明らかにする諸理論,試験,計測,解析のため 「計測工学実験」
Akiko,Utsumiの基礎的手法を理解・習得する。また実験を通じ (EC23113)、EC23113、Motoo,Kobayashi て,環境工学的なアプローチや科学技術研究にお EC23123を修得済みのMotoyoshi,Neves ける問題の発見とその解決のための実践的能力を 者は履修できない。
養成する。
Identical to
MarcosEC23133.
Antonio,Mizunoya
This course aims to provide basic concepts
face-to-faceTakeshi,Yabar
of environmental engineering necessary to
Helmutanalyze various phenomena present inFriedrich,Leienvironments, biomass, or bioresources.
Zhongfang,Kajiya
2D110ma Mikio,Ishii
Fri5,6
1
Atsushi,Yang
Yingnan,Sugimoto
Takuya,Yuan
Tian,Kokawa
Mito,Obataya
Eiichi,Asada
Yohei,Yamashita
Yuji,uchidatarou,Yamakawa
Yosuke水,土,圃場,森林,大気などの生産環境やバイオマ 生物資源学類生に限る
ス,食品などの生物資源を対象として,これらの特 (受入上限数30名)。

Fundamental
Environmental
EG60663
Engineering
Laboratory

3

1.0

2

農産物や食品の物理・生化学的特性，健康機能性
および加工流通のためのポストハーベスト・食品加工の技術を学習する。また食品の安全安心のための基礎知識やマネージメントシステム，関係法
令や認証制度についても解説する。

Food Safety Control
EG60671 and Quality
Evaluation

1

2.0

3

FallAB

Wed5,6

Kitamura
Yutaka,Neves
Marcos
2D307 Antonio,Utsumi
Motoo,Kokawa
Mito,Nakajima
Mitsutoshi

国立台湾大学とのジョイント講義(一部遠隔授業)。「食品衛生学」(EC33071)、「食品機械工学」(EC33081)、「食品機能品質評価学」(EC33091)及び「食品衛生管理と品質評価学」(EC33661)を修得済みの者は履修できない。(コース共通)環境工学コース 社会経済学コース
Identical toEC35091.
face-to-faceCourseNumber

EG60681

Course Name

Contemporary Concepts
of Inheritance

EG60691 Systems Biotechnology

stand
Instr
ard
uctio Credit regis
s
trati
nal
on
Type
year

1

1

1.0

1.0

3, 4

3

Term

FallAB

Meeting
ClassroDays,Perom
iod etc.

Instructor

Buzas Diana
MihaelaCourse Overview

RemarksMore than a century after Darwin and Mendel,and half a century after the discovery ofDNA, the idea that biology is dominated bygenes is being challenged. Instead, what is
experienced within a generation (“theenvironment”) could also affect what is
carried the next generation, as predicted
early on by Lamarck.
To create an outlook of the current ideology
around inheritance, this course introduces
the molecules and operating principles ingenetic and epigenetic inheritance whilelooking at the methodological strategies
leading to their discovery (especially roleof model systems). The phenomena exemplified
will expose a variety of aspects, fromtechnologies currently penetrating into thesociety (PCR, CRISP CAS9 etc), issues ofhigh interest (human evolution and disease,genetically modified crops etc) all the way
to hypothetical views on new areas where
epigenetic inheritance plays a role(especially human culture)and ethics.

Students in any
departemnt ( evenoutside biology) cantake the course.
Limited to 30
students.
Lecture is conducted
in English.
face-to-faceStudents will learn principles, techniques,

Identical to

Thu2

2B207

SprC

Tue3,4Ying
and applications for the quantitative
EC32201.
Beiwen,Utada
understanding of living microorganisms andface-to-facewillacquireinterdisciplinary
knowledge
and2C403 Andrew
technologies
spanning
biology,engineering,
Shinichi,Takeshi
computer and data science.
ta NorioTermMeeting
ClassroDays,Perom
iod etc.

College of Geoscience

CourseNumber

EG70013

Course Name

Laboratory Work in
Basic Geoscience

Introduction to
EG70021 Geoenvironmental
Science

stand
Instr
ard
uctio Credit regis
nal
s
trati
Type
on
year

3

1

1.0

1.0

1

1

SprAB

FallAB

Instructor

Course Overview

Remarks

In this experiment, students learn basic
methods and techniques for studying thegeosciences through practical training in avariety of fields.

Lecture is conducted
in English.
face-to-faceThis class may beswitched from faceto-face to online
depending on the
spread of infection
and immigration
status.

Earth's environment is the main topic of

Lecture is conducted
in English.
face-to-faceFace-to-face

Thu4,5

Doan Quang
Van,Fujino
Shigehiro,Yamanaka
Tsutomu,Tanaka
Kohei,Matsui
1D109 Keisuke,Yamashita Akio,Ikehata
Kei,Kyono
Atsushi,Kurosawa
Masanori,Maruoka
Teruyuki,Ikeda
Atsushi

Fri1

this lecture. Emphasis is on the
Sugitageoscientific aspects and features in theMichiaki,Hattanj atmosphere, hydrosphere, topography, andihuman society among others are discussed.
Tsuyoshi,Morimot
2C407 o Takehiro,KatoHiroaki,Kureha
Masaaki,植田宏昭
他,Kusaka
HiroyukiTue1

evolution of the earth, mainly focusing on
Kyono
the evolution of solid earth, and the birth
Atsushi,Ujiie
and evolution of life.
Kohtaro,Yagi
Yuji,Okuwaki
Ryo,Kamata
Yoshihito,Tsunog
2C101 aeToshiaki,Fujino
Shigehiro,MaruokaTeruyuki,Tanaka
Kohei,Agematsu
SachikoThis lecture introduces 4.6 billion years

EG70031

Introduction to Earth
Evolution Science

1

1.5

1

FallABC

Lecture is conducted
in English.
face-to-faceThis class is taught
by several teachers.
This class may beswitched from faceto-face to online
depending on the
spread of infection
and immigration
status.

CourseNumberCourse Name

EG90211 Natural Hazards

Lecture on
EG91011 Geographical
Information Systems

Environmental
EG91081Hydrology

EG91101

EG91141

Meteorology andClimatology

Human and Regional
Geography

stand
Instr
ard
uctio Credit regis
s
trati
nal
on
Type
year

1

1

1

1

1

1.0

1.0

1.0

1.5

1.5

Term

Meeting
ClassroDays,Perom
iod etc.

Instructor

Course Overview

Remarks

This lecture overviews various natural
hazards and their triggers, reviews
historical and recent hazards and explores
future prediction and mitigation against
possible hazards.

「地球環境学A」、「地球環境学B」、または「地球進化学
A」、「地球進化学B」
を履修していること。
内容については英語のシラバス参照。
Open in odd number
years.
Lecture is conducted
in English.
G-course. face-toface

This course introduces fundamentals ofOpen in even number
years.
Lecture is conducted
in English.
face-to-face

2, 3

2, 3

2, 3

2, 3

2, 3

FallC

SprAB

SprABC

FallABC

Geographical Information Systems and its
Morimoto
application to geography.
1D301- Takehiro,Yamashi
Thu1,2ta Akio,Tsutsumi
1
Jun

Wed6

Wed1

Thu4

Basics on the hydrologic cycle are
introduced. In addition, hydrologic aspects
on environmental problems and ecology are
discussed.

Prerequisite:
Introduction to
Geoenvironmental
Science (orpermission by the
instructor).
Priority for degree
students of the
School of Life andEnvironmental
Sciences. Students,
who attended
EG91091, are notpermitted. Course
is held online(Microsoft Teams,
synchronous &asynchronous).
Lecture is conducted
in English.
Online(Synchronous)
試験のみ対面。

Elementary course about the generalcirculation of the atomosphere and theenergy budget, mechanism of climate and andclimate change, weather forecasting andprecipitation, interactions of theatmospheric environment and humanactivities.

Offered in evennumber years.
Students, who
attended EG91031,
are not permitted.
Open in even number
years.
Lecture is conducted
in English.
face-to-faceThis course introduces subjects andfundamentals of the human and regional
geography by presenting actual examples ofJapan and other regions of the world.
Following the introduction of basic conceptsof human geography, features of various
regions will be explained from viewpoints ofrural, urban, commercial, political,
religious, recreational and ethic
geographies.

Students, who
attended EG80011,
are not permitted.
Lecture is conducted
in English.
face-toface(partiallyonline)AsanumaJun,Tsujimura
2D205 Maki,Yamanaka
Tsutomu,Sugita
Michiaki

2C310

2D305

Ueno
Kenichi,Kamae
Yoichi,Doan
Quang Van

Matsui
Kenichi,Matsui
Keisuke,Kubo
TomokoCourseNumberCourse Name

EG91161 Process Geomorphology

Basic Analysis of
EG91171 Environmental
Dynamics

EG91191 Landslides

Field Work in
EG91203 Geoenvironmental
Science I

stand
Instr
ard
uctio Credit regis
s
trati
nal
on
Type
year

1

1

1.0

1.5

Term

Meeting
ClassroDays,Perom
iod etc.

Instructor

Course Overview

Remarks

This lecture focuses on physical processes
that create and maintain landforms.
Tectonic, glacial, fluvial and coastal
processes, and weathering as well as mass
movements are mainly discussed.

Offered in odd
number years.
Prerequisite: Bothof "Introduction to
Geoenvironmental
Science" and"Introduction to
Earth Evolution
Science". Students,
who attended
EG91131, are notpermitted.
Open in odd number
years.
Lecture is conducted
in English.
face-toface(partiallyonline)

2, 3

2, 3

SprABC

Tue5

This lecture provides basic knowledge foranalyzing environmental dynamics. In
Onda Yuichi,津旨 addition, the present state of environmental
大輔,Matsushita problems and its analysis methods are
discussed.
2B309 Bunkei,KatoHiroaki,Takahashi Junko

1

3

1.0

1.5

2, 3

2, 3

SprAB

Fri1

Offered in evennumber years.
Open in even number
years.
Lecture is conducted
in English.
face-to-faceThis lecture covers the basics of landslides
in geomorphic systems including(in)stability concepts and process types.
Remote sensing techniques for landslide
assessment are also introduced.

Offered in evennumber years.
Students, who
attended EG91181,
are not permitted.
Open in even number
years.
Lecture is conducted
in English.
face-to-face

The goal of this course is to provide
experience and background in a variety offield methods used by researchers in
geoenvironmental sciences. The course will
focus on hands-on field techniques for data
gathering (observation, measurement, andothers), mapping, and data analysis.

Offered in 2025.
This course isoffered every 3
years. Prerequisite:
EG70013, EG70021 andEG91081. Permission
by teachers. Lecture
is conducted in
English.10/111/10,11/1112/28,1/1-2/16,2/173/31
face-to-faceOpen every 3 years
since 2022.
Lecture is conducted
in English.
face-to-face

2B206 Parkner Thomas

CourseNumberCourse Name

Field Work in
EG91213 Geoenvironmental
Science II

Field Work in
EG91223 Geoenvironmental
Science III

Field Work in
EG91233 Geoenvironmental
Science IV

stand
Instr
ard
uctio Credit regis
s
trati
nal
on
Type
year

3

3

3

1.5

1.5

1.5

Term

Meeting
ClassroDays,Perom
iod etc.

Instructor

Course Overview

Remarks

The goal of this course is to provide
experience and background in a variety offield methods used by researchers in
geoenvironmental sciences. The course will
focus on hands-on field techniques for data
gathering (observation, measurement, andothers), mapping, and data analysis.

Offered in 2025.
This course isoffered every 3
years. Permission byteachers. Lecture
are conducted in
English. Limited
undergraduate
students who haveearned credits ofIntroduction to
Geoenvironmental
Science,
Introduction to
Earth Evolution
Science, Laboratory
Work in Basic
Geoscience.
Open every 3 years
since 2022.
Lecture is conducted
in English.
face-to-face

The goal of this course is to provide
experience and background in a variety offield methods used by researchers in
geoenvironmental sciences. The course will
focus on hands-on field techniques for data
gathering (observation, measurement, andothers), mapping, and data analysis.

Offered in 2023.
This course isoffered every 3
years. Permission byteachers.
Open every 3 years
since 2023.
Lecture is conducted
in English.
face-to-face

2, 3

2, 3

Offered in 2023.
This course isoffered every 3
years. Prerequisite:
EG91051
Geomorphology andEG91161 Process
Geomorphology.
Priority for degree
students of the
School of Life andEnvironmental
Sciences. Others bypermission of the
instructor. Limited
to several students.
Open every 3 years
since 2023.
Lecture is conducted
in English.
face-to-face

2, 3

The goal of this course is to provide
experience and background in a variety offield methods used by researchers in
geoenvironmental sciences. The course will
focus on hands-on field techniques for data
gathering (observation, measurement, andothers), mapping, and data analysis.

Field Work in
EG91243 Geoenvironmental
Science V

3

1.5

2, 3

AnnualIntensive

Tsutsumi
Jun,Yamashita
Akio

Offered in 2024.
This course isoffered every 3
years. Prerequisite:
Human and Regional
Geography.
Permission byteachers. Lectures
are conducted bothin English andJapanese.
Open every 3 years
since 2024.
Lecture is conducted
in English.
face-to-faceCourseNumberCourse Name

Field Work in
EG91253 Geoenvironmental
Science VI

EG92011

EG92021

EG92031EG92041

Mineralogy andPetrology

Inorganic
Geochemistry

Stratigraphy andPaleontology

Applied Structural
Geology

stand
Instr
ard
uctio Credit regis
s
trati
nal
on
Type
year

3

1

1

1

1

1.5

1.0

1.0

1.0

1.0

2, 3

2, 3

Term

AnnualFallAB

Meeting
ClassroDays,Perom
iod etc.

Intensi
ve

Wed3

2, 3

2, 3

2, 3

FallAB

Tue2

Instructor

Course Overview

The goal of this course is to provide
experience and background in a variety offield methods used by researchers in
geoenvironmental sciences. The course will
Onda Yuichi,津旨 focus on hands-on field techniques for data
大輔,Matsushita gathering (observation, measurement, andothers), mapping, and data analysis.
Bunkei,KatoHiroaki,Takahashi Junko

Tsunogae
2B207 Toshiaki,Kurosaw
a Masanori

Field Work in Earth
Evolution Science E

3

1.5

2, 3

Offered in 2024.
This course isoffered every 3
years. Permission byteachers.
Open every 3 years
since 2024.
Lecture is conducted
in English.
face-to-faceThis lecture provides basic knowledge forvarious minerals and rocks in the earth's
surface and interior. Main purposes are tolearn classification, basic principles andprocesses of the formations of the minerals
and rocks (mainly igneous and metamorphic
rocks) in the earth.

Open in even number
years.
Lecture is conducted
in English.
face-to-faceClasses may beswitched from faceto-face to online
depending on the
spread of infection
and immigration
status.

This course aims to introduce students tothe chemical feature of our planet and basic
principles for geochemistry and mineralchemistry.

Open in odd number
years.
Lecture is conducted
in English.
face-to-faceThis lecture provides basic knowledge forOpen in even number
years.
Lecture is conducted
in English.
face-to-facesedimentology and paleontology and
Tanakahistorical geology. Main purposes are to
Kohei,Kamata
learn interrelationship between life and2B207
Yoshihito,Fujino environment of geological time.
Shigehiro

Structural geology and seismology with
Open in odd number
emphasis on its application side is the main years.
topics of this lecture.
Lecture is conducted
in English.
face-to-face

In this field course students acquire basic
field methods on geological science such as
field description and mapping in aparticular area.

EG92093

Remarks

The professor in
charge, schedule,
and place of the
excursion will beannounced as soon as
they are decided.
Prerequisite:
Introduction to
Geoenvironmental
Science,
Introduction to
Earth Evolution
Science, Laboratory
Work in Basic
Geoscience. Or
permission byteachers.
Open every 4 years
since 2022.
Lecture is conducted
in English.
Not open in 2024.
Including fieldsurvey. face-to-faceCourseNumber

EG92103

EG90111

EG90121

Course Name

Field Work in Earth
Evolution Science F

Topics on Earth
Evolution Science A

Topics on Earth
Evolution Science B

Topics on
EG90131 Geoenvironmental
Science A

Topics on
EG90141 Geoenvironmental
Science B

EG90151

Topics on Geoscience
A

stand
Instr
ard
uctio Credit regis
s
trati
nal
on
Type
year

3

1

1

1

1

1

1.5

Term

Meeting
ClassroDays,Perom
iod etc.

Instructor

Course Overview

Remarks

In this field course students acquire basic
field methods on geological science such as
field description and mapping in aparticular area.

The professor in
charge, schedule,
and place of the
excursion will beannounced as soon as
they are decided.
Prerequisite:
Introduction to
Geoenvironmental
Science,
Introduction to
Earth Evolution
Science, Laboratory
Work in Basic
Geoscience. Or
permission byteachers.
Open every 4 years
since 2023.
Lecture is conducted
in English.
Not open in 2024.
Including fieldsurvey. face-to-faceThis course introduces knowledge and recent
developments on specific topic(s) in Earth
Evolution Science.

Scheduled to beoffered 2025.
Open every 4 years
since 2021.
Lecture is conducted
in English.
Not open in 2024.
face-to-faceThis course introduces knowledge and recent
developments on specific topic(s) in Earth
Evolution Science.

Scheduled to beoffered in 2027.
Open every 4 years
since 2023.
Lecture is conducted
in English.
Not open in 2024.
face-to-faceThis course introduces knowledge and recent
developments on specific topic(s) in
Geoenvironmental Science.

Offered in 2026.
Open every 4 years
since 2022.
Lecture is conducted
in English.
face-to-faceThis course introduces knowledge and recent
developments on specific topic(s) in
Geoenvironmental Science.

Offered in 2024.
Open every 4 years
since 2024.
Lecture is conducted
in English.
face-to-faceStudents get in contact with the scientificcommunity by attending the Japan Geoscience
Union Meeting 2024 (5/26-31).

For Geoscience
English program
students only.
Course is held
hydrid (on-site andonline).
Lecture is conducted
in English.
face-toface(partiallyonline)2, 3

1.0 2 - 4

1.0 2 - 4

1.0 2 - 4

1.0 2 - 4

1.0

3, 4

AnnualSprBIntensiveIntensiveParkner Thomas

CourseNumber

EG90161

EG90171

EG90181EG90191

EG90303

Course Name

Topics on Geoscience
B

Topics on GeoscienceC

Topics on Geoscience
D

Topics on Geoscience
E

Internship Program in
Geoscience

stand
Instr
ard
uctio Credit regis
s
trati
nal
on
Type
year

1

1

1

1

3

Term

Meeting
ClassroDays,Perom
iod etc.

Instructor

Course Overview

Remarks

This course introduces knowledge and recent
developments on specific topic(s) in
Geoscience.

Scheduled to beoffered in 2025.
Priority for
Geoscience English
program students.
Students other thanEnglish program bypermission of
instructor. Up to 20
students.
Open every 4 years
since 2021.
Lecture is conducted
in English.
Not open in 2024.
face-to-faceThis course introduces knowledge and recent
developments on specific topic(s) in
Geoscience.

Scheduled to beoffered in 2027.
Priority for
Geoscience English
program students.
Students other thanEnglish program bypermission of
instructor. Up to 20
students.
Open every 4 years
since 2023.
Lecture is conducted
in English.
Not open in 2024.
face-to-faceThis course introduces knowledge and recent
developments on specific topic(s) in
Geoscience.

Scheduled to beoffered in 2026.
Priority for
Geoscience English
program students.
Students other thanEnglish program bypermission of
instructor. Up to 20
students.
Open every 4 years
since 2022.
Lecture is conducted
in English.
Not open in 2024.
face-to-faceThis course introduces knowledge and recent
developments on specific topic(s) in
Geoscience.

Scheduled to beoffered in 2024.
Priority for
Geoscience English
program students.
Students other thanEnglish program bypermission of
instructor. Up to 20
students.
Open every 4 years
since 2024.
Lecture is conducted
in English.
face-to-faceStudents have the opportunity to evaluate
their own abilities and aptitudes throughexperiences at companies, research
institutes, non-profit organizations, etc.
The conditions for receiving credit include
an agreement between the company and theKatoschool before the internship begins and a
Hiroaki,Agematsu report from the company after the internship
Sachikois completed. Students should register for
the internship program after receiving
informal consent from the company.

For Geoscience
English program
students.
Lecture is conducted
in English.
CDP. face-to-face

1.0 2 - 4

1.0 2 - 4

1.0 2 - 4

1.0 2 - 4

2.0 2 - 4

AnnualAnnualIntensivebyappointment

CourseNumber

EG92053

EG92063EG92073

EG92083

EG71002

Course Name

Field Work in Earth
Evolution Science A

Field Work in Earth
Evolution Science B

Field Work in Earth
Evolution Science C

Field Work in Earth
Evolution Science D

Seminar on Geoscience
A

stand
Instr
ard
uctio Credit regis
s
trati
nal
on
Type
year

3

3

3

3

2

2.0

2.0

1.5

1.5

1.5

2, 3

Term

FallABC

Meeting
ClassroDays,Perom
iod etc.

Intensive

Instructor

AnnualOpen in even number
years.
Lecture is conducted
in English.
face-to-face

An excursion to observe accretionary andvolcanic rocks representing subduction zones
is held in Japan. Students from
Chulalongkorn University in Thailand also
participate in this class, and students
discuss the differences in geology between
the two countries.

Open in odd number
years.
Lecture is conducted
in English.
Not open in 2024.
face-to-face

In this field course students acquire basic
field methods on geological science such as
field description and mapping in aparticular area.

The professor in
charge, schedule,
and place of the
excursion will beannounced as soon as
they are decided.
Prerequisite:
Introduction to
Geoenvironmental
Science,
Introduction to
Earth Evolution
Science, Laboratory
Work in Basic
Geoscience. Or
permission byteachers.
Open every 4 years
since 2024.
Lecture is conducted
in English.
Including fieldsurvey. face-to-face

In this field course students acquire basic
field methods on geological science such as
field description and mapping in aparticular area.

The professor in
charge, schedule,
and place of the
excursion will beannounced as soon as
they are decided.
Prerequisite:
Introduction to
Geoenvironmental
Science,
Introduction to
Earth Evolution
Science, Laboratory
Work in Basic
Geoscience. Or
permission byteachers.
Open every 4 years
since 2021.
Lecture is conducted
in English.
Not open in 2024.
Including fieldsurvey. face-to-faceThis class provides an overview on alllaboratories of the College of Geoscience.
Topics on all geoscience desciplines are
discussed with members of each laboratory.
Students identify 1-2 laboratories of theirmain interest.

For Geoscience
English program
students who start
their Seminar on
Geoscience inspring.
Lecture is conducted
in English.
face-to-faceIntensi
ve

2, 3

3

SprC

by
appoint
ment

Remarks

This class is a joint field excursion withstudents from Chulalongkorn University in
Thailand. You observe strata and rocks on
Kamata Yoshihito the continental block and compare them withJapanese rocks typical of subduction zones.

2, 3

2, 3

Course Overview

Parkner Thomas

CourseNumber

EG71012

EG71022

EG71032

Course Name

Seminar on Geoscience
B

Seminar on GeoscienceA

Seminar on Geoscience
B

EG71102 Research Seminar A

EG71112 Research Seminar B

EG71122 Research Seminar A

EG71152 Research Seminar B

EG79018 Graduation Research A

stand
Instr
ard
uctio Credit regis
s
trati
nal
on
Type
year

2

2

2

2

2

2

2

8

1.5

1.5

1.5

1.5

1.5

1.5

1.5

3.0

3

3

3

4

4

4

4

4

Term

Meeting
ClassroDays,Perom
iod etc.

by
FallABC appoint
ment

FallC

SprABC

SprABCbyappoint
ment

byappoint
ment

byappoint
ment

by
FallABC appoint
ment

by
FallABC appoint
ment

SprAB

SprABCbyappoint
ment

byappoint
ment

Instructor

Course Overview

Remarks

In this class further information anddiscussion is provided on the laboratories
identified by students in Seminar of
Geoscience A. At the end of this class thelaboratory for Graduation Research is
identified.

For Geoscience
English program
students who started
their Seminar on
Geoscience A in
spring.
Lecture is conducted
in English.
face-to-faceThis class provides an overview on alllaboratories of the College of Geoscience.
Topics on all geoscience desciplines are
discussed with members of each laboratory.
Students identify 1-2 laboratories of theirmain interest.

For Geoscience
English program
students who start
their Seminar on
Geoscience in fall.
Lecture is conducted
in English.
face-to-face

In this class further information anddiscussion is provided on the laboratories
identified by students in Seminar of
Geoscience A. At the end of this class thelaboratory for Graduation Research is
identified.

For Geoscience
English program
students who started
their Seminar on
Geoscience A in
fall.
Lecture is conducted
in English.
face-to-faceTopics on geoscience are discussed withmembers of a laboratory.

For Geoscience
English program
students who start
their Research
Seminar in spring.
Lecture is conducted
in English.
face-to-faceTopics on geoscience are discussed withmembers of a laboratory.

For Geoscience
English program
students.
Prerequisite:
Research Seminar A.
Lecture is conducted
in English.
face-to-faceTopics on geoscience are discussed withmembers of a laboratory.

For Geoscience
English program
students who start
their Research
Seminar in fall.
Lecture is conducted
in English.
face-to-faceTopics on geoscience are discussed withmembers of a laboratory.

For Geoscience
English program
students.
Prerequisite:
Research Seminar A.
Lecture is conducted
in English.
face-to-faceStudents undertake research in a laboratory
where they become familiar with the mostadvanced research environments andpractices.

For Geoscience
English program
students who enteredby 2020 and start
their graduation
research in spring.
Lecture is conducted
in English.
face-to-face

Parkner Thomas

Parkner Thomas

Parkner Thomas

Parkner
Thomas,Dean andothersParkner
Thomas,Dean andothersParkner
Thomas,Dean andothersParkner
Thomas,Dean andothers

地球学類長CourseNumberCourse Name

EG79028 Graduation Research B

EG79038 Graduation Research A

EG79068 Graduation Research B

EG79118

Graduation Research
A

EG79128 Graduation Research B

EG79138 Graduation Research A

EG79168 Graduation Research B

stand
Instr
ard
uctio Credit regis
s
trati
nal
on
Type
year

8

8

8

8

8

8

8

3.0

3.0

3.0

6.0

6.0

6.0

6.0

4

4

4

4

4

4

4

Term

Meeting
ClassroDays,Perom
iod etc.

by
FallABC appoint
ment

by
FallABC appoint
ment

SprAB

SprABCbyappoint
ment

byappoint
ment

by
FallABC appoint
ment

by
FallABC appoint
ment

SprAB

by
appoint
ment

Instructor

Course Overview

Remarks

Students undertake research in a laboratory
where they become familiar with the mostadvanced research environments andpractices.

For Geoscience
English program
students who enteredby 2020.
Prerequisite:
Graduation ResearchA.
Lecture is conducted
in English.
face-to-faceStudents undertake research in a laboratory
where they become familiar with the mostadvanced research environments andpractices.

For Geoscience
English program
students who enteredby 2020 and start
their graduation
research in fall.
Lecture is conducted
in English.
face-to-faceStudents undertake research in a laboratory
where they become familiar with the mostadvanced research environments andpractices.

For Geoscience
English program
students who enteredby 2020.
Prerequisite:
Graduation ResearchA.
Lecture is conducted
in English.
face-to-faceStudents undertake research in a laboratory
where they become familiar with the mostadvanced research environments andpractices.

For Geoscience
English program
students who enteredafter 2020 and start
their graduation
research in spring.
Lecture is conducted
in English.
face-to-faceStudents undertake research in a laboratory
where they become familiar with the mostadvanced research environments andpractices.

For Geoscience
English program
students who enteredafter 2020.
Prerequisite:
Graduation ResearchA.
Lecture is conducted
in English.
face-to-faceStudents undertake research in a laboratory
where they become familiar with the mostadvanced research environments andpractices.

For Geoscience
English program
students who enteredafter 2020 and start
their graduation
research in fall.
Lecture is conducted
in English.
face-to-faceStudents undertake research in a laboratory
where they become familiar with the mostadvanced research environments andpractices.

For Geoscience
English program
students who enteredafter 2020.
Prerequisite:
Graduation ResearchA.
Lecture is conducted
in English.
face-to-face

地球学類長

地球学類長

Parkner
Thomas,Dean andothersParkner
Thomas,Dean andothersParkner
Thomas,Dean andothersParkner
Thomas,Dean andothersParkner
Thomas,Dean andothersCourseNumberCourse Name

EG79178 Paper Preparation

EG79188 Paper Preparation

stand
Instr
ard
uctio Credit regis
s
trati
nal
on
Type
year

8

8

7.0

7.0

4

4

Term

SprABC

Meeting
ClassroDays,Perom
iod etc.

byappoint
ment

by
FallABC appoint
ment

Instructor

Parkner
Thomas,Dean andothersParkner
Thomas,Dean andothersCourse Overview

Remarks

Students compose their graduation thesis
under supervision of supervisors. This
course also includes holding a researchpresentation at the field-wide graduation
presentation meeting.

For Geoscience
English program
students. Take with
Graduation Research
B.
Lecture is conducted
in English.
face-to-faceStudents compose their graduation thesis
under supervision of supervisors. This
course also includes holding a researchpresentation at the field-wide graduation
presentation meeting.

For Geoscience
English program
students. Take with
Graduation Research
B.
Lecture is conducted
in English.
face-to-face