履 修 要 項
平成 31 年度

Study Guideline
2019/2020

千葉大学大学院園芸学研究科

Graduate School of Horticulture
Chiba University㻞㻜㻝㻥ᖺᗘ䠄ᖹᡂ䠏䠍ᖺᗘ䠅Ꮫᖺᬺᮇᤵᴗ᪥⛬Class Schedule⾜஦ணᐃ
Schedule of Events

4᭶19᪥㸦㔠㸧
Apr. 19 (Fri.)

ࠉ
᫓
ࠉ
ᮇ
ࠉ

6᭶11᪥㸦ⅆ㸧Jun. 11 (Tue.)

Spring Semester

6᭶᪥㸦᭶㸧Jun. 10 (Mon.)6᭶11᪥㸦ⅆ㸧Jun. 11 (Tue.)
䦅

䥹

๓
ࠉ
ᮇ
ࠉ

4᭶᪥㸦᭶㸧
Apr. 8 (Mon.)➨1ࢱ࣮࣒
Term 1᫓Ꮨఇᴗᮇ㛫
Spring Vacation

4᭶7᪥㸦᪥㸧
Apr. 7 (Sun.)䦅

4᭶᪥㸦᭶㸧
Apr. 8 (Mon.)

4᭶1᪥㸦᭶㸧
Apr. 1 (Mon.)䦅

4᭶5᪥㸦㔠㸧 Apr.5 (Fri.)ධᏛᘧ࣭᪂ධ⏕࢞࢖ࢲࣥࢫ
Enrollment Ceremony in Spring
Guidance for New Students

ഛࠉࠉࠉ⪃
Notes

ᒚಟⓏ㘓ᮇ㛫࣭ಟṇᮇ㛫
(㏻ᖺ⛉┠ྵࡴ㸧Registration Period(Including Full Year Courses)

ᒚಟⓏ㘓ᮇ㛫࣭ಟṇᮇ㛫䥺
6᭶24᪥㸦᭶㸧Jun. 24 (Mon.)➨2ࢱ࣮࣒
Term 2

Registration Period8᭶6᪥㸦ⅆ㸧Aug. 6 (Tue.)䦅

8᭶7᪥㸦Ỉ㸧Aug. 7 (Wed.)➨3ࢱ࣮࣒㸦ኟᏘఇᴗᮇ㛫㸧
Term 3 (Summer Vacation)

9᭶30᪥㸦᭶㸧
Sep. 30 (Mon.)10᭶2᪥㸦Ỉ㸧Oct. 2 (Wed.)

10᭶31᪥㸦ᮌ㸧
Oct. 31 (Thu.)

10᭶16᪥㸦Ỉ㸧
Oct. 16 (Wed.)

Registration Period11᭶5᪥㸦ⅆ㸧Nov. 5 (Tue.)๰❧グᛕ᪥Foundation Day

12᭶3᪥㸦ⅆ㸧Dec. 3 (Tue.)ᒚಟⓏ㘓ᮇ㛫࣭ಟṇᮇ㛫䦅

10᭶1᪥㸦ⅆ㸧ࠉධᏛᘧOct. 1 (Tue.) Enrollment Ceremony in Fall

➨4ࢱ࣮࣒
Term 4

኱Ꮫ⚍
University festival

11᭶3᪥㸦᪥㸧
Nov. 3 (Sun.)䦅

10᭶2᪥㸦Ỉ㸧Oct. 2 (Wed.)

ᒚಟⓏ㘓ᮇ㛫࣭ಟṇᮇ㛫12᭶2᪥㸦᭶㸧Dec. 2 (Mon.)䦅

12᭶3᪥㸦ⅆ㸧Dec. 3 (Tue.)

ࠉ
⛅
ࠉ
ᮇ
ࠉ

12᭶28᪥㸦ᅵ㸧
Dec. 28 (Sat.)

Fall Semester

12᭶16᪥㸦᭶㸧
Dec. 16 (Mon.)

䦅

䥹

ᚋ
ࠉ
ᮇ
ࠉ

䥺

➨5ࢱ࣮࣒
Term 5

Registration Period෤Ꮨఇᴗᮇ㛫
Winter Vacation

1᭶5᪥㸦᪥㸧Jan. 5 (Sun.)1᭶17᪥㸦㔠㸧⮫᫬ఇᴗ᪥㸦኱Ꮫධヨࢭࣥࢱ࣮ヨ㦂‽ഛ㸧Jan. 17(Fri.) Special Holiday(Prepararion for National Center Test
for University Admissions)2᭶5᪥㸦Ỉ㸧Feb. 5 (Wed.)

3᭶25᪥㸦Ỉ㸧 ಟ஢ᘧ
Mar. 25(Wed.) Graduation Ceremony䦅2᭶6᪥㸦ᮌ㸧Feb. 6 (Thu.)
3᭶31᪥㸦ⅆ㸧Mar. 31 (Tue.)➨6ࢱ࣮࣒㸦⮫᫬ఇᴗᮇ㛫㸧
Term6 (Extra Vacation)

2019年度（平成31年度）授業カレンダー
2019/2020 Calendar for the Graduate School of Horticulture

日

Sun.

月

前期

後期

Spring Semester

Fall Semester

火

Mon.

Tue.

水

Wed.

木

Thu.

金

Fri.

土

日

Sat.

月

Sun.

Mon.

火

水

Tue.

Wed.

木

Thu.

金

Fri.

土

Sat.

1

2

3

4

5

6

1

2

3

4

5

4

7

8

9

10

11

12

13

10

6

7

8

9

10

11

12

月

14

15

16

17

18

19

20

13

14

15

16㈪

17

18

19

21

22

23

24

25

26

27

月

20

21

22

23

24

25

26

28

29

30

27

28

29

30

31

1

2

3

4

1

2

5

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7

8

9

10

11

11

3

4

5

6

7

8

9

月

12

13

14

15

16

17

18

11

12

13

14

15

16

20

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23

24

25

月

10

19

17

18

19

20

21

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26

27

28

29

30

31

24

25

26

27

28

29

30

1

2

3

4

5

Apr.

May.

Oct.

Nov.

2

3

4

5

6

7

8

12

6

7㈫

8

9

10

11

12

13

14

月

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31
1

2

3

4

1

6
月

9

10

11

12

13

14

15

16

17

18

19

20

21

22

Jun.

23

24

25

26

27

28

29

Dec.

30

7

1

2

3

4

5

6

7

8

9

10

11

12

13

月

14

15

16㈪

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

Jul.

1

5

6

9

10

11

月

12

13

14㈪ 15㈮

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

Jan.

7

8

1

2

2

3

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5

6

7

8

月

9

10

11

12

13

14

15

16

17

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20

21

22

23

24

25

26

27

28

29

1

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8

4

5

6

7

8

9

10

月

11

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31

1

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7

2

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3

5

1

8

9

10

11

12

13

14

月

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

Aug.

9

8

9

10

11

12

13

14

月

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

Sep.

Feb.

Mar.

Ｔ1

8

8

8

8

8

Ｔ4

8

8

8

8

8

Ｔ2

8

8

8

8

8

Ｔ5

8

8

8

8

8

Ｔ3

Ｔ6

８～９月（集中講義、留学生受入れプログラム等）

７月１６日（火）は、月曜日の授業を行います。

２～３月（集中講義、留学生受入れプログラム等）

１０月１６日（水）は、月曜日の授業を行います。
１月１４日（火）は、月曜日の授業を行います。
１月１５日（水）は、金曜日の授業を行います。

On Jul. 16 (Tue.), all classes are conducted as Monday class schedule.

On Oct. 16 (Wed.), all classes are conducted as Monday class schedule.
On Jan. 14 (Tue.), all classes are conducted as Monday class schedule.
On Jan. 15 (Wed.), all classes are conducted as Friday class schedule.

予備日 / Preliminary Date

入学式 / Enrollment Ceremony

補講週間（補講は６限目に実施。通常授業あり。
）/

修了式 /Graduation Ceremony

Supplementary Lecture Week（Lecture will be held in 6 period.）iGuiding Education Principles
The School of Horticulture’s graduate courses in horticulture are integrated graduate courses in “food,horticulture and landscape.” Employing an integrated approach that combines not just the natural sciences but also
the social sciences and humanities, our programs provide students with education and research from a broad andinterdisciplinary perspective and with international applications. With a focus on important broad-application
issues that directly impact people’s daily lives, the areas available for study span a wide spectrum, including thecultivation, growth, use and distribution of food resources; the creation of living environments that emphasize theconnectedness between people and the environment, people’s health and welfare, and geo-environmental sciences.
Owing to the Graduate School’s extensive interdisciplinary collaboration with other faculties including the
Graduate School of Science and Engineering, the education that we offer in molecular life sciences in particularleads in its field. The Graduate School is also working actively to raise the bar for the quality of its courses
through the joint education programs that it conducts in collaboration with the Graduate School of Science andEngineering. At the same time these programs also contribute to raising the overall caliber of the education
offered by graduate schools of natural sciences.
Education Objectives
The Graduate School aims to foster students with a deep, wide-ranging knowledge, the ability to put things into
practice and a sense of ethics who are capable of engaging in independent research pertaining to horticulture andaddressing diverse social issues. By deepening students’ learning in their chosen field of specialization, theMaster’s Course aims to cultivate the sort of broadly applicable knowledge that will be needed in professions
where a high level of expertise is required, as well as a strong set of technical and research capabilities that will
result in an ability to apply knowledge in practice in a wide range of areas. By further deepening students’accumulated learning in their fields of specialization and by providing students with an interdisciplinary,
integrated perspective, the Doctoral Program aims to foster personnel equipped with the high level of skills andethical standards needed in order to work as researchers in independent research activities or as leading membersof management in research and regulatory organizations.
Education Courses
The Graduate School of Horticulture consists of a single division – the Division of Environmental Horticulture.
In order to foster professionals to respond accurately to problems pertaining to “food, horticulture and landscape,”
which strongly requires an integrated insight of the issues involved as well as a comprehensive array of solutions,
it is essential that the Graduate School of Horticulture harnesses all that it has to offer in order to equip students
with a high-level of specialized knowledge in a variety of fields. In order to further that interest, we employ asingle division with a structure that is flexible and organic for effective education programs.
The guiding education principle of the Graduate School’s Division of Environmental Horticulture is to foster
talented individuals with high-level organizational and executive abilities for conducting holistic management,
through the integrated management of programs covering the spectrum of “food, horticulture and landscape.” Inorder to realize this principle, the Division has created three courses in the form of the Bioresource Science
Course, the Environmental Science and Landscape Architecture Course, and the Food and Resource Economics
Course. The Division has also integrated the course structures available to students who take the Master’s
Program and the Doctoral Program. For the Master’s Program there is an integrated course structure between the
Faculty and the Master’s Program in the form of sub-courses (programs) that are directly linked to study programs
offered by the Faculty of Horticulture. These integrated structures will be effective in providing Master’s Program
students with a high level of specialized knowledge and skills and Doctoral Program students with additional
interdisciplinary competencies in “food, horticulture and landscape.”

－ 2 －

研究目標

１．Education and Research Objectives

(２) Environmental Science and Landscape Architecture Course
This course fosters experience- and practice-oriented researchers who are able to use their specialized researchabilities and advanced technical capabilities in environmental science and landscape architecture with regard toissues pertaining to the range of interactions between people and open space environments. These issues include
the preservation, remediation and management of natural environments; the reconstruction, regeneration andmanagement of urban and rural community environments; and measures to deal with stress-related physical oremotional illness and maintaining the health of senior citizens. This course places particular emphasis on fostering
abilities and skills for tackling issues from a practical perspective based on cross-industry and cross-disciplinary
collaboration, as well as on cultivating a practice-based competency in coordination when working on issues witha variety of sectors in cross-industry and multi-disciplinary collaborations.
(３) Food and Resource Economics Course
Starting with a basic grounding in natural sciences pertaining to food, horticulture and landscape, this course
provides students with analytical methods and expert knowledge of social science that will develop abilities for
identifying issues and formulating practical policies from an interdisciplinary perspective and a wide view
spanning the entire food system from agricultural production to consumption. This course fosters students tobecome trained professionals who are equipped with knowledge of both the science and the humanities and haveability to be principal authors of solutions for today’s specific issues including the evaluation and management ofdiverse resources available to rural communities, the preservation of natural environments, and sustainableeconomic development in the context of globalization.
Education and Research Objectives for the Programs and Fields

１．Bioresource Science Course(１) Horticultural Plant Production and Breeding ProgramThis program offers advanced knowledge and skills for plant cultivation and management as well as breeding
and genetic engineering techniques of not only horticultural crops but also medical and functional food plants.
This program also offers education and research on breeding program and strategy that meet social needs as well
as plant cultivation techniques with environmentally sustainable manners for the horticultural plant production.
Development of highly skilled engineers and researchers with global view, wide perspective and creativity is also
aimed in this program through acquiring practice-based skills and knowledge on areas that overlap the boundaries
between related programs.
Field of Horticultural Plant Production: Students engage in the research and survey of physiological andecological analyses and utilization of genetic resources of horticultural plants such as fruit, vegetable andfloricultural crops as well as medical and functional food plants. With these fundamental backgrounds, students
also learn about systemization of plant cultivation theories, development and prevailing of novel cultivation
technologies to control and yield the products with high productivity and high quality in harmony withenvironmental safety. This course also provides active training to produce the experts and researchers of plantcultivation technologies, through which they can play a leading role in horticultural industry.
－ 4 －

研究目標

(１) Bioresource Science Course
Graduate studies of Bioresource Science offer three programs: i.e. Horticultural Plant Production and Breeding,
Environmental Science for Bioproduction, and Applied Biological Chemistry, leading to Master’s and Doctoral
degrees. The Master’s Program provides essential education and various research opportunities in the areas of
biological production and bioresource management. On the basis of the Master’s program, the Doctoral Program
offers interdisciplinary subjects, training to meet international standards, and education for scientific ethics. These
programs build up expertise of a candidate not only in the research and development of bioresources but also inthe practical skills to achieve internationally with high ethical standards.

Environmental Science for Bioproduction Program(２)
This program offers education and research on systematic theory on physical, biological and chemical
environmental factors affecting bioresource production such as climate, soils, cultivation facilities and fields forthe production of plants; the behavior and cyclings of the bioproducts and substances used in those environments;
physiology, ecology, pathology and utilization of cultivated plants; and the insects and microorganisms that
inhabit those environments. Through these educational programs, we aim to foster engineers and researchers withenough background of physical, biological and chemical aspects of environmental science, who have the technicalcapabilities and applied skills to create and control suitable production environments.
Field of Physical Environment: Students engage in the study and research on the whole environment ofagricultural ecosystem, as a dynamic system consisting of the elements each correlating dynamically, throughfield observation and micrometeorological observation methods. Students also conduct studies and research on
environment-controlled innovative plant production systems under greenhouse and closed plant production
facilities to save energy and the cost of production, as well as on the development of post-harvest technologies andinstrumentation engineering for harvesting and storage with maintenance of fresh quality of harvested agricultural
products.
Field of Biological Environment: This field concerns the scientific and technical issues relating to biologicalenvironments in the production of plants. Students learn the mechanisms and functions of the mutual interactions
between plants and other biological environmental factors such as pests and disease causing as well as usefulmicroorganisms as the common basis for the production of horticultural, landscape and timber plants. Based onthese studies, students conduct research on the development of novel technologies for controlling these organisms
for achieving high yield and quality plants.
Field of Chemical Environment: Students engage in research and study to establish optimum plant production
environments by revealing, controlling and strengthening the elements of the chemical environments involved in
the production of plants. Specifically, students conduct the following research and study: to reveal the cycling
mechanism of mineral elements in soil-plant ecosystems and develop the methods for controlling the plant growthusing soil microorganisms; to clarify and develop the suitable plant nutrition environments which contribute tostabilize the production and raising the quality of horticultural crops; to clarify the function and structure of thechemical substances involved in communications between living organisms and develop effective techniques forprotecting the desired plants.
(３) Applied Biological Chemistry Program
For the purpose of achieving effective applications of bioresources using animals, plants and microorganisms,
students analyze the functions, substances of cell constituents and metabolites of these living organisms using
methods in biochemistry and molecular biology. Students also study basic scientific principles and theories ofapplied technology relating to subjects including related genes, functional proteins such as enzymes both insideand outside cells, functional carbohydrates, and functional lipids. This program fosters professionals who will beable to contribute to solutions for the problems currently facing humanity in areas such as food production, natural
resources, and environmental issues.

－ 6 －

研究目標

Field of Breeding: Students engage in the study and research on the fundamental aspects of plant breeding
such as analysis and utilization of genomic information by clarifying and comparing the structure and function of
genomes in horticultural plants and their wild relatives. Based on the genomic information, students also learn
about conventional and novel breeding methods by utilizing plant biotechnologies such as tissue culture, cellfusion and genetic transformation. This course aims to foster the technologists and researchers on plant breedingwith high ability to utilize the high level of acquired knowledge and experiences on genomic sciences,
biotechnologies and breeding science, in order to serve for the present and future social needs.

Field of Bioresource Chemistry: With the aim of achieving the effective use of the planet’s bioresources,
students investigate and discover new effective organisms and physiologically functional molecules, and identify
their properties. Using chemical methods to focus on an individual organism and its habitat, students also
investigate the mechanisms involved in the function and expression of those molecules and organisms.

２．Environmental Science and Landscape Architecture Course(１) Landscape Architecture Program
With the aims of regenerating cities and regions and building recycling societies with reduced environmentalloads, students study and research theories and techniques to enable the safe and beautiful organization andmanagement of living environments where we live with nature. This program uses the Graduate School’s
accumulated knowledge of landscape architecture, which has the longest history of its kind in Japan, to build an
integrated framework of education that incorporates the diversification of environmental issues within its
perspective, in order to produce specialized engineers and researchers instilled with the theories and technicalskills involved in the design and management of landscapes based on open areas.
Field of Landscape Planning: Focusing on cities, rural communities and natural areas, students interpret thecontradictions that occur between the daily lives of people in those areas and the spaces and natural environmentsthat support those lives. Students also investigate both the direction of their development as well as the plans,
systems and methods for realizing the comfortable and ecological living environment. The spaces principally
examined range from urban spaces such as town precincts and pedestrian walkways to wilderness areas such as
national parks, mountains and forests. Spaces also include residential places such as small towns and villages andrural spaces such as farming communities.
Field of Landscape Design: Students undertake research on open spaces ranging from private gardens tourban-scale spaces from the perspectives of history, community and culture in order to deepen their examinationof the design of open spaces as environmental facilities. Specifically, students analyze and interpret the structureof spaces, including historical gardens in Japan and overseas, gardens in private homes, public parks, and open
spaces in residential areas. Students also research landscape systems and policy theories. Based on this research
students investigate the planning, design methods and cultural context of those particular open spaces that modern
communities regard as useful.
Field of Landscape Management: Students undertake study and research on the appropriate structures andmanagement as well as techniques and policies for landscaped environments, along with basic education andresearch on the management of environments. This study and research will take place against a backdrop of
perspectives ranging from landscape planting, which encompasses the function, decorative design, structuraldesign, implementation and management of landscape plants (the principal element in landscaped spaces), tolandscape management for reducing environmental loads and for developing sustainable regional communities
based on open spaces.

－ 8 －

研究目標

Field of Biomolecular Chemistry: By investigating and discovering new life phenomena at the individualorganism and cell level, students make interpretations at the molecular level using biochemical, molecular biology
and organic chemistry methods. Based on the fundamental research that they conduct, students will aim to designand create cells and biomolecules with enhanced and altered functions.

Field of Landscape System Science: Based on analyses of landscape environments from earth science andecological perspectives and by studying modeling of those systems, students forecast and evaluate changes tolandscaped environments caused by environmental changes such as global warming and urbanization, regional
development, and increases in specific biopopulations. Students also investigate and develop techniques forforming sustainable systems appropriate for regional human and ecological environments.
Field of Landscape Resource Science: Based on research from biological and ecological perspectives of theanimals, plants, soils and water that constitute terrestrial and marine landscaped environments, students study themultiscale synchronic structures, diatonic changes and functional relationships within those environments andinvestigate and develop skills for using, preserving and recycling landscaped environment resources in specificcontexts such as urban beautification and waste land beautification, natural environment assessments, nature
remediation, and habitat management.
(３) Environment and Human Health Sciences Program
The issues taken up by this program relate to well-being and health-related issues such as creating better
relationships between people and the environment, raising people’s QOL (Quality of Life), mitigating their stressand enabling mental calm, for healthy people alike and not just for those requiring care for an illness or injury.
This program’s perspectives encompass open spaces and horticulture, medicine, pharmacology, well-being andeducation, and its education and research extend to: the therapeutic, physical and emotional welfare uses of plants
in areas such as horticultural therapies and aromatherapy; the use of elements in nature to beautify medical andwelfare facilities; plants as medicinal resources; plant- and environment-based culture; environmental education;and education on and the dissemination of agricultural and environment-related fields.

３．Food and Resource Economics Course(１) Food and Resource Economics Program
Field of Food System: By gaining an accurate understanding of food systems in their entirety from theproduction of food resources to consumption in the home from a social science perspective, students acquire theability to make proposals and recommendations for communities. In order to foster specialized personnel with the
management skills and knowledge to become leaders in the food industry and in local communities, students
undertake education and research on business administration, marketing, economic theory and applied methods inparticular so that they can contribute to the design of efficient food systems with high levels of safety and makeproposals on business strategy.

－ 10 －

研究目標(２) Landscape Science ProgramThis program is made up of the fields of Landscape System Science and Landscape Resource Science.
Landscape System, Science is based on research of landscaped spaces from an ecological and earth sciences
perspective, and in which students prepare models of systems and investigate engineering techniques pertaining to
the formation of landscaped spaces. Studies in Landscape Resource Science gain an understanding of the diversityof resources such as living organisms and soils and analyze their complex functions, as well as investigate
techniques pertaining to the creation and management of landscapes. This Program produces landscapearchitecture engineers and researchers with high levels of expertise by teaching its students these mutuallycomplementary bodies of knowledge in an integrated fashion and by arranging for practical training and researchon the investigation, analysis, synthesis and skills development relevant to landscaped environments.

Academic Guidance and Counseling System
Academic guidance and counselling at the Graduate School of Horticulture is conducted by the student’s main
academic advisor and one or more co-academic advisors. Students will hold periodic discussions with theiracademic advisors on their study plans and the state of their progress, and the academic advisors will report thecontent of those discussions to the dean of the Graduate School.
Course Syllabuses
Course syllabuses are available online via the Syllabus link on Chiba University’s website or via the Graduate
School’s website. Syllabuses can also be accessed through the Course Registration site. In addition to course dates,
times, faculty members and outlines, syllabuses also contain course plans, content, goals and objectives; methods
and criteria for student evaluation; and faculty contact details and appointment times.

－ 12 －

研究目標

Field of Resource and Environmental Economics: In order to offer solutions for complex current issues
connected with food resources and the environment, students acquire the ability to formulate and evaluate policy
and economic projects relating to resource and environment issues, as well as the ability to provide practicalsolutions for issues with an international perspective. In particular, with the aim of acquiring a basic grounding in
natural sciences concerning the management of local agricultural and rural community resources, in the evaluationof environmental resources and in development in overseas rural communities, students study and researchadvanced scientific analysis methods from social science sources, including fundamental theories in economics
and statistics in particular.

２．Completion Requirements, Etc.
履修要件

Study Guide
Introduction
This Study Guide explains procedures that students enrolled in a graduate program most follow in order to takecourses and earn an academic degree.
The Graduate School is managed by a faculty council and various committees comprising faculty members;
administrative procedures are handled by the Faculty of Horticulture Academic Affairs Group. Should you
experience any changes in your personal status, or, should you have any questions or concerns regarding yourstudies, including career guidance, please do not hesitate to contact and discuss them with your academic
advisors.

１．Divisions and Courses
The Graduate School of Horticulture offers Master’s and Doctoral Programs through the following division,
which comprises three courses and seven programs (encompassing 14 fields)

Graduate School of Horticulture Master’s Program / Doctoral Program
Division of Environmental Horticulture
Bioresource Science Course
Horticultural Plant Production and Breeding Program
Environmental Science for Bioproduction Program
Applied Biological Chemistry Program
Environmental Science and Landscape Architecture Course
Landscape Architecture Program
Landscape Science Program
Environment and Human Health Sciences Program
Food and Resource Economics Course
Food and Resource Economics Program－ 14 －

２．Rules for Taking Courses
１）Outline of the Rules for Taking Courses●

To complete a Master’s Program, you need to earn a total of 30 or more credits comprising compulsory
courses for graduate seminar I (4 credits) and graduate research I (6 credits); and 20 or more credits for
specialized courses, Including specialized courses corresponding to your course of study (10 or more credits)
and basic courses, common courses. In completion, you must submit and defend a master’s thesis (dependingon the course, this could involve producing something, etc.).

Completion Requirements for a Master’s Program＜Bioresource Science Course＞
No. of Credits Required
Course Categories
for Completion

３０

Specialized Courses in Bioresource
Science

１０Specialized / Basic / Common Courses

１０

Graduate Seminar I

４

Graduate Research I

６＜Environmental Science and Landscape Architecture Course＞
No. of Credits Required
Course Categories
for Completion

３０

No. of Credits

No. of Credits

Specialized Courses in Environmental
Science and Landscape Architecture

１０Specialized / Basic / Common Courses

１０

Graduate Seminar I

４

Graduate Research I

６※ The sum of credits of Projects, Studios and Internships are not allowed more than 16 as credits
required for completion.

－ 16 －

履修要件

In addition to earning a master’s or doctoral degree on a regular program by following the rules for taking
courses described below and earning the prescribed credits, the Graduate School also offers master’s and doctoral
degrees through three special programs: an Environmental Horticulture Expert Program; an International Programin Environmental Horticulture (Special Doctoral Program for International Students); an Environmental
Horticulture Expert (Asia) Program: and a Plant Environment Designing Program.
The Expert Program, in addition to conferring a master’s or doctoral degree upon students completing theircourse of study, can also confer the qualification of “Environmental Horticulture Expert” upon students
completing a Master’s Program, and “Environmental Horticulture Multiexpert” upon those completing a Doctoral
Program; students can choose which qualification(s) they wish to earn after enrolling on the program. Students
wishing to enroll on this program should read 2. Rules for Taking Courses, sections 1) ~ 6) for the regularprogram as well as section 7) Rules for Taking Courses on the Expert Program before consulting their academic
advisors and the program organizer.
International students wishing to enroll on either the International Program or the Expert (Asia) Program should
read 2. Rules for Taking Courses, sections 1) ~ 6) for the regular program as well as sections 8) ~ 9) before
consulting their academic advisors and the faculty in charge of these programs.
International students wishing to enroll on the Plant Environment Designing Program should read 2. Rules fortaking Courses, sections 1) ~ 6) for the regular program as well as section 11) before consulting their academic
advisors and the faculty in charge of this program.

＜Food and Resource Economics Course＞
No. of Credits Required
Course Categories
for Completion●

Specialized Courses in Food andResource Economics

１０

Specialized / Basic / Common Courses

１０

Graduate Seminar I

４

Graduate Research I

６

To complete a Doctoral Program, you need to earn a total of 14 or more credits comprising compulsory
courses for graduate seminar II (2 credits) and graduate research II (4 credits); and 8 or more credits for
specialized courses, including specialized courses corresponding to your course of study (4 or more credits)
and basic courses, common courses. In completion, you must submit and defend a dissertation. If you takethe same class you took in Master’s Program while you are in Doctoral Program, those class credits will notcount as credits required for completion.

Completion Requirements for a Doctoral Program＜Bioresource Science Course＞
No. of Credits Required
Course Categories
for Completion

１４

Specialized Courses in Bioresource
Science４Specialized / Basic / Common Courses

４

Graduate Seminar Ⅱ

２

Graduate Research Ⅱ

４＜Environmental Science and Landscape Architecture Course＞
No. of Credits Required
Course Categories
for Completion
Specialized Courses inEnvironmental Science andLandscape Architecture
１４

No. of Credits
４Specialized / Basic / Common Courses

４

Graduate Seminar Ⅱ

２

Graduate Research Ⅱ

４＜Food and Resource Economics Course＞
No. of Credits Required
Course Categories
for Completion

１４

No. of Credits

No. of Credits

Specialized Courses in Food andResource Economics

４

Specialized / Basic / Common Courses

４

Graduate Seminar Ⅱ

２

Graduate Research Ⅱ

４Specialized courses corresponding to course of study refer to specialized courses designated by the course towhich a student is affiliated. Master’s Program students must earn 10 or more credits from courses designated bytheir course of study; likewise, Doctoral Program students must earn 4 or more.

－ 18 －

履修要件

３０

No. of Credits

２）Recommended Courses
Of courses offered by the Graduate Schools of Science and Engineering, Nursing, Master’s Program students
may, with their academic advisor’s approval, earn up to 10 credits for taking courses designated by each course;
likewise, Doctoral Program students may earn up to 2 credits for such courses. These recommended courses canbe counted as a specialized course corresponding to their course of study or as an specialized course. Please refer
to P68~70 for the List of Recommended Courses.
３）Common Courses
Of courses offered by the other Graduate Schools, Master’s Program students may earn up to 4 credits fortaking courses designated as common courses; likewise, Doctoral Program students may earn up to 2 credits.
Please refer to P70 for the List of Common Courses.
４）Preparation of Study Plans and Course Registration
Upon enrollment, when determining which courses to study, Year 1 students should take the following
procedures to formulate a plan that will enable them to earn the required number of credits (with regard to thecourse categories explained in section 1) within their period of enrollment (2 years for a Master’s Program and 3
years for a Doctoral Program (regular program))（１）After attending Guidance, each student should consult their academic advisors and formulate a plan ofwhich courses they are going to take and how many credits they will earn for each. For each academic yearof study, prepare a “Study Plan”, get their academic advisor’s signature/seal of approval, and submit it to the
Academic Affairs Group by April 30th (October 31st for October enrollment).
（２）The first class for each course is held within a week of the starting date for classes each semester. Class
locations are posted on the first floor of Faculty of Horticulture’s C Building, so please follow the
information contained therein. Please attend the first class before deciding whether you will take that course.
Schedules, etc. for intensive courses are announced by posting notices.
（３）Online Course Registration (available at the Japanese website)
Course registration is completed online from a computer. The procedure for online registration is largely inline with the following. Please ensure you register for courses within the designated period.

－ 20 －

履修要件

Specialized courses refer to specialized courses designated by the Graduate School. These include specialized
courses corresponding to students’ course of study. Basic courses refer to courses designated by the Graduate
School as being common to all courses. Master’s Program students must earn a total of 20 or more credits from
specialized and basic and common courses designated by the Graduate School including 10 or more from theaforementioned specialized courses corresponding to their course of study. Likewise, Doctoral Program students
must earn a total of 8 or more credits from specialized and basic and common courses designated by the Graduate
School including 4 or more from the aforementioned specialized courses corresponding to their course of study.(*)
Graduate seminar and Graduate research are compulsory courses and are supervised by academic advisors.
The Graduate School offers courses on a term system. In other words, students take courses for each term. Termnotation may not be consistent throughout the syllabus, outlines of course syllabuses and timetables due to thesystem, so please exercise due caution.
* For classes listed from P52~P58 and say [Open for Master’s Program], we will accept up to 4 credits as
credits required for completion only if you hadn’t taken the same class(es) in Master’s Program.

Access to the Student’s Portal System

Enter your User ID (Student ID No.) and Password

Login

Register / Delete / Change Courses

Register

Confirm Course Registration (Print)

Logout(Always Logout)５）Notification of Academic Grades, and Inquiries
Academic grades are processed for each semester, and the grade report is distributed to students via their main
academic advisor at the end of September for the spring semester (1st term) and at the end of March for the fallsemester (2nd term). Students with questions about their academic grades may request an investigation at theFaculty of Horticulture Academic Affairs Group within 15 days after the start of the new semester.
Should an error be confirmed as a result of investigation, procedures to correct the error can be taken. Moreover,students wishing to have their grades reconfirmed may ask the Academic Affairs Group to do so within 15 days
after receiving a reply to their initial inquiry.
Students are evaluated based on a combination of their attendance, reports, term-end tests, and more. The
specific method of evaluation for each course is described in the syllabus posted on the Chiba University website
at http://www.chiba-u.jp/campus-life/syllabus/index.html
Student performance is evaluated according to a 5-level system: “S” (90-100 points), “A” (80-89 points), “B”(70-79 points), “C” (60-69 points), and “Fail” (59 points or less).
６）Completion
Depending on the course taken, master’s and doctoral degrees are conferred upon students completing theirstudies at the Graduate School. The standard period of enrollment for a Master’s Program is 2 years, and cannot
exceed 4 years. The standard period of enrollment for a Doctoral Program is 3 years, and cannot exceed 6 years.
Students wishing to use the programs for “Early Completion” or “Long-term Student” should consult with theiracademic advisors.
Students other than those wishing to study under special education programs, please go to p.32.
Special education programs offered by the Graduate School of Horticulture are explained in sections 7) ~ 11).

－ 22 －

履修要件(https://cup.chiba-u.jp/campusweb/)<Environmental Horticulture Expert (Master’s Program)>● In order to qualify as an Environmental Horticulture Expert, students must earn a total of 34 or more credits
by selecting and successfully completing specialized courses corresponding to their course of study (8 credits),
specialized courses from any course (4 credits), expert seminar/practice (4 credits) and basic courses (8credits); as well as required courses for graduate seminar Ｉ (4 credits) and graduate research Ｉ (6credits).
Requirements for Qualifying as an “Environmental Horticulture Expert”＜Applies to all courses＞
No. of Credits
Required for
Course Categories
Completion
Specialized Courses Corresponding to your Courseof study

34

No. ofCredits
8

Specialized Courses from any Course

4

Expert Seminar / Practice (*1)

4Basic Courses

8

Graduate Seminar Ⅰ

4

Graduate Research Ⅰ

6※１：Students must earn 2 or more credits for Expert Seminars/Exercises/Laboratory Experiments
corresponding to their course of study.
<Environmental Horticulture Multiexpert (Doctoral Program)>● In order to qualify as an Environmental Horticulture Multiexpert, students must earn a total of 18 or morecredits by selecting and successfully completing basic courses (4 credits) specialized courses corresponding
to their course of study (4 credits), specialized courses from any course (2 credits), and multiexpert
seminar/practice (2 credits); as well as required courses for graduate seminar Ⅱ (4 credits) and graduate
research Ⅱ (4 credits).

－ 24 －

履修要件

７）Environmental Horticulture Expert Program (Master’s Program/Doctoral Program)
The Expert Program uses modules (study units comprising a set of lectures, seminars, exercises, laboratory
experiments and research) to enable individual students to put together a curriculum that corresponds to theircareer plans for after earning a degree. By focusing on the study of seminar/practice and basic courses, thisprogram aims to foster specialists with wide-ranging knowledge and technical skill, a high degree of
specialization and the ability to come up with flexible ideas who will play an active role in society. In particular,
the Doctoral Program requires students to choose courses not only from their course and program of study, butalso from other courses and programs.
In addition to an academic degree, the Graduate School of Horticulture confers the qualification ofEnvironmental Horticulture Expert or Environmental Horticulture Multiexpert upon students who have completed
a Master’s or Doctoral Programs respectively and attained a certain academic grade or above on all courses
required by this program.
Students wishing to participate in this program should consult with the program organizer and submit theprescribed application to the Academic Affairs Group within one month of enrollment.

18

No. ofCredits

Basic Course

4

Specialized Course Corresponding to your Courseof study

4

Specialized Course from any Course

2

Multiexpert Seminar / Practice / Laboratory
Experiments (*1)

2

Graduate Seminar Ⅱ

2

Graduate Research Ⅱ

4※１：Please decide your study plan in consultation with your academic advisors and the programorganizer.
<Steps from Participation in the Program through Qualification (Master’s Program)>● Guidance (scheduled for Mid-April for April enrollment; Early October for October enrollment): An outlineof the Expert Program is explained to all newly enrolled students.
● Provisional Application: Students wishing to receive a more detailed explanation of the Expert Program
should email a provisional application to the program organizer within 7 days of the abovementioned
Guidance.
● Explanatory Meeting: Please attend the explanatory meeting for the Expert Program which is held within one
month of enrollment to get a more detailed explanation.
● Individual Interviews: Individual interviews with the program organizer begin after the explanatory meetingand study plans are formulated.
● Course Registration: Course registration is completed online. Application Submission: Please submit anapplication for the Expert Program to the program organizer.
● Progress Interviews: You can consult the program organizer as and when you need to discuss how yourstudies are going, etc. and receive advice as needed.
● Certification Review/Qualification: Once you have achieved a certain grade or above for all courses requiredfor completion of the Expert Program and your thesis review has been completed, you will be subjected to acertification review. If you pass this, you will qualify as either an Environmental Horticulture Expert or an
Environmental Horticulture Multiexpert.
８）International Program in Environmental Horticulture (English Program) (Doctoral Program)
The International Program was established to provide an educational environment for international students
from overseas, and, at the same time to promote joint education with partner schools and institutions overseas.
This program targets international students enrolling in Doctoral Programs in October and can be completed byattending lectures, etc. that are conducted in English.
Following are completion requirements for “International Program in Environmental Horticulture”.
No. of Credits Required
for Completion

14

Course Categories

No. of Credits

Doctoral English Program Courses

8

Graduate Seminar Ⅱ

2

Graduate Research Ⅱ

4

Please direct any questions to your academic advisors or the faculty in charge of international exchange (Assoc.
Prof. Shimoda: r.shimoda@chiba-u.jp)－ 26 －

履修要件

Requirements for Qualifying as an “Environmental Horticulture Multiexpert”＜Applies to all courses＞
No. of Credits
Required for
Course Categories
Completion

No. of Credits Required
for Completion

30

Course Categories

No. of Credits

Master’s English Program Courses

20

Graduate SeminarⅠ

4

Graduate ResearchⅠ

6

Courses comprise basic courses, specialized courses, graduation seminar I and graduate research I. Details ofthese courses are listed on p.48. Students wishing to participate in this program should consult the faculty incharge (Assoc. Prof. Shimoda: r.shimoda@chiba-u.jp).
１０）Double Degree Program
The Graduate School of Horticulture launched a Double Degree Program for students enrolling with Tsinghua
University School of Architecture (China), Graduate School of Bogor Agricultural University (Indonesia) ,Shanghai Jiao Tong University School of Agriculture and Biology(China), University of Padjadjaran(Indonesia) ,Mahidol University Faculty of Science (Thailand), College of Horticulture of Nanjing Agricultural
University(China), The School of Agro-Industry, Mae Fah Luang University(Thailand), and School of LandscapeArchitecture of Beijing Forestry University(China) for Master’s Program, and Mahidol University Faculty of
Science (Thailand), Shanghai Jiao Tong University School of Agriculture and Biology (China) for Doctoral
Programs in the Horticultural Plant Production and Breeding Program.
This program, based on the agreement of partner universities overseas, enables students to earn degrees fromboth Chiba University and the partner university. Chiba University students participating in this program are
required to spend a period of one or more years at the partner university, and to earn sufficient credits to fulfill
completion requirements.
Since the application periods differ with the universities, students wishing to participate in this program should
contact the faculty in charge (Assoc. Prof. Shimoda: r.shimoda@chiba-u.jp) promptly.
１１）Plant Environment Designing Program
The Environmental Science and Landscape Architecture Course in the Graduate School of Horticulture, theDesign Science Course in the Graduate School of Engineering, the Center for Environment, Health and Field
Sciences, collaborate to foster personnel who can manage projects on plant environment. In addition to the basic
and specialized courses of a regular program, students can take special practical courses such as International
Internship and Project Seminar/Practice.
Students wishing to enroll on this program should consult with the program organizer (Prof. Takagaki:
mtgaki@faculty.chiba-u.jp).

－ 28 －

履修要件

９）Environmental Horticulture Expert (Asia) Program (Master’s Program)
The Environmental Horticulture Expert (Asia) Program is a program conducted in English that was launchedwith the aim of fostering experts and building education and research networks in the fields of protectedhorticulture and landscape architecture in Asia. It targets international students enrolling on Master’s Program in
October.
Following are completion requirements for ” Environmental Horticulture Expert (Asia) Program ”.

List of Courses (Plant Environment Designing Program)
Master’s Program (Credits Required for Completion: 40 Credits）
Plant Environment Designing Program
Courses
Elective

Master’s English Program
Specialized Course・Basic Course

Compulsory

Project Management

2

Protected Horticulture Project Seminar/Practice Ⅰ

2Protected Horticulture Project Seminar/Practice Ⅱ

2

Protected Horticulture Project Seminar/Practice Ⅲ

2Protected Horticulture Project Seminar/Practice Ⅳ

2Specialized Course・Basic Course(18 Credits)

Project Based Learning 1-3(8 Credits)

Internship(4 Credits)

Credits

履修要件

Graduate School of Horticulture
Corresponding Course（P47-50）

Landscape Architecture Project Studio-A（Semi English Program）
Landscape Architecture Project Studio-B（Semi English Program）

compulsory
elective

compulsory
elective2
2

Landscape Architecture Project Studio-C

2

Landscape Architecture Project Studio-D

2

Landscape Architecture Project Studio-E

2

Expert Seminar/Practice Ⅰ

2Expert Seminar/Practice Ⅱ

2Expert Seminar/Practice Ⅲ

2International internship Ⅰ

2International internship Ⅱ

3International internship Ⅲ

4Doctoral Program (Credits Required for Completion: 28 Credits）
Plant Environment Designing Program

Graduate School of Horticulture
Corresponding Course（P59-62）

Courses
Elective

Doctoral English Program
Specialized Course・Basic Course

Compulsory

Project Management

2

Special Seminar/Practice in International CourseⅠ

2

Special Seminar/Practice in International CourseⅡ

2

Special Seminar/Practice in International CourseⅢ

2

Special Seminar/Practice in International CourseⅣ

2

International internship Ⅰ

2International internship Ⅱ

3International internship Ⅲ

4

Basic Course(10 Credits)

Project Based Learning(8 Credits)

Internship(4 Credits)

Credits

Compulsory

compulsory
elective

Students wishing to enroll on this program should consult with the program organizer(Prof. Takagaki : mtgaki@faculty.chiba-u.jp)－ 30 －

Steps Toward Earning an Academic Degree

downloaded from the Graduate School of Horticulture website. (http://www.h.chiba-u.jp)(１) For April Enrollment on a Master’s Program
Year

SemesterSpringSemester

Submission
Deadline

Details①Decision on Academic Advisors

At enrollment②Submission of Personal Information

At Guidance③Submission of Study Plan

By Apr. 30

Submitted To

Ref. Page

Academic Affairs
Desk
Academic Advisor

Year 1

Fall
SemesterSpringSemesterYear 2
Fall
Semester④Registration for Spring Semester/Full Year Courses Designated day

Register online⑤Registration for Fall Semester Courses

Designated day

Register online⑥Submission of Research Progress Report

By Mar. 31

Academic Advisor→Academic Affairs
Group⑦Registration for Spring Semester/Full Year Courses Designated day

Register online⑧Registration for Fall Semester Courses

Designated day

Register online⑨[Submission of Documents for Review ofThesis]・Application for Review of Thesis (Form 1)

Designated day in Academic Affairs
early Nov.
Group

⑩Thesis Review
・Thesis (for Review)

Early Jan.~Early
Feb.

⑪Master's Thesis Presentation Meeting

Mid-Feb.

⑫Submission of Bound Thesis *Early Mar.

⑬Conferment Ceremony

End of Mar.

* conforming to each division's rule－ 32 －

Review Committee

Program Director,
Academic Advisor
*

p.96

履修要件

Reference page numbers and the names of all necessary forms included in this booklet have been noted. They can also be(２) For October Enrollment on a Master’s Program
Year

Semester

Submitted To

Ref. Page

履修要件

Fall
Semester

Submission
Deadline

Details①Decision on Academic Advisors

At enrollment②Submission of Personal Information

At enrollment
procedure③Submission of Study Plan

By Oct. 31

Academic Affairs
Desk
Academic Advisor④Registration for Fall Semester Courses

Designated day

Register online⑤Registration for Spring Semester/Full Year Courses Designated day

Register online⑥Submission of Research Progress Report

By Sep. 30

Academic Advisor→Academic Affairs
Group⑦Registration for Fall Semester Courses

Designated day

Register online⑧Registration for Spring Semester Courses

Designated day

Register online⑨[Submission of Documents for Review ofThesis]・Application for Review of Thesis (Form 1)

Designated day in Academic Affairs
early MayGroup

⑩Thesis Review
・Thesis (for Review)

Late Jun. ~ LateJul.

⑪Master's Thesis Presentation Meeting

Late Jul. ~ EarlyAug.

⑫Submission of Bound Thesis*

Late Aug.

⑬Conferment Ceremony

End of Sep.

Year 1

SpringSemester

Fall
SemesterYear 2SpringSemester* conforming to each division's rule－ 34 －

Review Committee

Program Director,
Academic Advisor*p.96

(３) For April Enrollment on a Doctoral Program
Year

SemesterYear 1

Fall
SemesterSpringSemesterYear 2
Fall
SemesterSpringSemesterYear 3
Fall
Semester①Decision on Academic Advisors

At enrollment②Submission of Personal Information

At Guidance③Submission of Study Plan

By Apr. 30

Submitted To

Ref. Page

履修要件

SpringSemester

Submission
Deadline

Details

Academic Affairs
Desk
Academic Advisor④Registration for Spring Semester/Full Year Courses Designated day

Register online⑤Registration for Fall Semester Courses

Designated day

Register online⑥Submission of Research Progress Report

By Mar. 31

Academic Advisor→Academic Affairs
Group⑦Registration for Spring Semester/Full Year Courses Designated day

Register online⑧Registration for Fall Semester Courses

Designated day

Register online⑨Submission of Research Progress Report

By Mar. 31

Academic Advisor→Academic Affairs
Group⑩Registration for Spring Semester/Full Year Courses Designated day

Register online⑪Registration for Fall Semester Courses

Designated day

Register online⑫[Submission of Documents for Preliminary Thesis
Review]・Application for a Thesis Review 1 Copy
(Preliminary Form 1)
・Thesis (for Preliminary Review) 4 Copies(Form 2)
・List of Papers (for Preliminary Review) 4 Copy
(Form 3)・Summary of Thesis Contents 4 Copies
・Reference Papers and Publications 4 Copies

Designated dayinLate Oct.

Academic AffairsDeskp.111～
p.114⑬[Documents for Submission for a Thesis Review]
・Application for a Thesis Review 1 Copy
(Form 1)
・Thesis 5 Copies for Reviews
・List of Papers 5 Copies (Form 2)・Summary of Thesis Contents 5 Copies (Form 3)・Curriculum Vitae 5 Copies (Form 4)・Reference Papers and Publications 5 Copies
・Letters of Consent (Form 5)(Submission of non-applicable documents is not
required)

Designated day
in early Jan.

Academic AffairsDeskp.112～
p.116⑭Submission of Final Thesis（CD-R） (1 Copies)
Confirmation of Internet Publication of Doctoral
Dissertation（1Copies）

Late Feb.

Academic Affairs
Desk⑮Decision on Completion of Studies

Early Mar.

⑯Conferment Ceremony

End of Mar.

－ 36 －

(４) For October Enrollment on a Doctoral Program
Year

SemesterYear 1

SpringSemester

Fall
SemesterYear 2SpringSemester

Fall
SemesterYear 3
SpringSemester

Submitted To

Ref. Page

履修要件

Fall
Semester

Submission
Deadline

Details①Decision on Academic Advisors

At enrollment②Submission of Personal Information

At enrollment
procedure

Academic Affairs
Desk③Submission of Study Plan

By Oct. 31

Academic Affairs
Desk
Academic Advisor④Registration for Fall Semester Courses

Designated day

Register online⑤Registration for Spring Semester/Full Year Courses Designated day

Register online⑥Submission of Research Progress Report

By Sep. 30

Academic Advisor→Academic Affairs
Group⑦Registration for Fall Semester Courses

Designated day

Register online⑧Registration for Spring Semester/Full Year Courses Designated day

Register online⑨Submission of Research Progress Report

By Sep. 30

Academic Advisor→Academic Affairs
Group⑩Registration for Fall Semester Courses

Designated day

Register online⑪Registration for Spring Semester Courses

Designated day

Register online⑫[Submission of Documents for Preliminary Thesis
Review]・Application for a Thesis Review 1 Copy
(Preliminary Form 1)
・Thesis (for Preliminary Review) 4 Copies(Form 2)
・List of Papers (for Preliminary Review) 4 Copy
(Form 3)・Summary of Thesis Contents 4 Copies
・Reference Papers and Publications 4 Copies

Designated day
in late Apr.

Academic AffairsDeskp.111～
p.114⑬[Documents for Submission for a Thesis
Review]・Application for a Thesis Review 1 Copy
(Form 1)
・Thesis 5 Copies for Reviews
・List of Papers 5 Copies (Form 2)
Designated day
・Summary of Thesis Contents 5 Copies
in late Jun.
(Form 3)・Curriculum Vitae 5 Copies (Form 4)・Reference Papers and Publications 5 Copies
・Letters of Consent (Form 5)(Submission of non-applicable documents is
not required)

Academic AffairsDeskp.112～
p.116⑭Submission of Final Thesis（CD-R） (1 Copies)
Confirmation of Internet Publication of Doctoral
Dissertation（1Copies）

Late Aug.

Academic Affairs
Desk⑮Decision on Completion of Studies

Late Aug.

⑯Conferment Ceremony

End of Sep.

－ 38 －

Teacher’sSpecialized
LicenseEnviroument Science for Bioproduction◎English○English byrequestAdvanced Studies of Vegetable Crop Production

●

1・2

2 ●

Maruo ・ Tsukagoshi ・ Jokan

T4-5

Thu

3

HH502

Advanced Ornamental Plant Production

●

1・2

2 ●

Miyoshi ・ Kokubun ・Watanabe

T4-5

Mon

4

HH503

Advanced Crop Production

●

1・2

2 ●

Isoda

T4-5

Fri

2

HH504

1・2

2 ●

Nakamura ・ Igawa

T1-2

Tue

4

HH505

1・2

2 ●

Sassa ・ Kikuchi

T4-5

Tue

2

HH506

Intensive

None in 2020

HH507

Advanced Plant Cell Technology●●

Plant Molecular Breeding

Practice

2 ●Lecture1・2

Elective●

Compulsory

Advanced Fruit Tree Growing

Science

Agriculture

LanguageYear ofprogramCourse○○○Instructor

Term

Day

Kondo ・ Ohara

Full

Intensive

PeriodCourse code

HH501

Special Lecture for plant culture and breeding 1

1・2

1 ●

Sugaya(Kondo)

T4-5
2019

Special Lecture for plant culture and breeding 2

1・2

1 ●

Ohsawa (Sassa)

T4-5
2020

Intensive

None in 2019

HH508

Horticultural Crop Management

1・2

2 ●

Kondo ・ Ogawa

T4-5

Tue

4

HH555

◎

Plant Physiological Information Engineering

●

1・2

2 ●

Goto

T1-2

Tue

1

HH509

Plant Ecophysiology

●

1・2

2 ●

Hikosaka

T1-2

Tue

3

HH510

1・2

2 ●

Shiina ・Ogawa

T4-5

Mon

2

HH544

1・2

2 ●

Matsuoka

T4-5

Wed

1

HH513

Nakano(Shiina)

T1-2
2019

Intensive

None in 2020

HH514

●

Food Production and Distribution Engineering
Advanced Micrometeorology●

Special lecture for Environmental HorticulturalEngineering

1・2

1 ●

○

Advanced Plant Pathology

●

1・2

2 ●

○

Shishido ・ Usami

T4-5

Thu

2

HH515

Advanced Lectures on Pest Management

●

1・2

2 ●

○

Nomura ・ Choh

T1-2

Mon

1

HH516

Soil Fertility

●

1・2

2 ●

○

Inubushi ・ Yashima

T1-2

Wed

2

HH518

Plant Nutrient Physiology

●

1・2

2 ●

○

Sakamoto

T4-5

Mon

3

HH519

Intensive

None in 2019

HH521

Nishi-Chiba

HH522

Advanced Chemistry of Agricultural Production
Advanced Enzymology●●

Advanced Food and Nutrition
Advanced Metabolic Regulation

Advanced Biochemistry

1・2

1 ●

Minamisawa (Inubushi)

Full
2020

1・2

2 ●

Kodama・Miyahara

T4-5

Intensive

1・2

2 ●

Egashira ・ Hirai

T3

Intensive

Kamagata (Amachi)

Full
2020

Intensive

None in 2019

HH525

T1-2
2019

Intensive

None in 2020

HH528

1・2

Advanced Lectures on Molecular

Applied Biological Chemistry

Bioresource Science

Mode

●

1 ●

HH523

1・2

1 ●

Nakamura ・ Horiuchi

1・2

2 ●

Hanaoka ・ Kagawa

T1-2

Intensive

Nishi-Chiba

HH529

Intensive

None in 2019

HH530

2

HH531

Science for Food Technology

1・2

1 ●

KoboriT1-2
2020

Advanced Microbial Engineering

1・2

2 ●

Amachi ・ Soma

T1-2

Fri

Theory of Microbial Industry

1・2

2 ●

Miyauchi (Amachi)

T1-2

Intensive

HH533

1・2

2 ●

Watanabe・Egashira・Nishida・
Kodama・Amachi・Hanaoka・Miyahara
・AndohT4-5

Intensive

HH545

1・2

2 ●

Watanabe ・Sonoda

T1-3

Intensive

HH546

HanaokaT1-2

Intensive

Nishi-Chiba

HH547

Nishida ・ Matsuda

T1-2

Mon

3

HH551

Advanced Lecture on Applied Biological
Chemistry●

Advanced Lecture on Molecular Plant Science◎

Advanced Lecture on Gene Regulation

●

1・2

2 ●

Advanced lecture on bioorganic reactions andpathways

●

1・2

2 ●

Plant Physiology of Environmental Stress

1・2

2 ●

Sato ・ Suzuki (Kodama)

T4-5

Intensive

Nishi-Chiba

HH552

Molecular Environmental Physiology

1・2

2 ●

Miyamoto・Fukuda (Kodama)

T4-5

Intensive

Nishi-Chiba

HH553

Advanced Biofunctional Molecular Chemistry

1・2

2 ●

Dohi

T1-2

Intensive

Nishi-Chiba

HH554

○

－ 40 －

授業科目

Horticultural Plant Production and Breeding

Course ofProgramstudy

Credits

Seminar

List of Courses（Master’s program）

Language◎English○English byrequest○Kinoshita

T1-2

Wed

2

HG503

Regional Living Space Planning

●

1・2

2 ●

○

Saito

T1-2

Tue

2

HG504

Advanced Theory on Nature, Landscape andImagination

●

1・2

2 ●

○

ShimodaFull

Intensive

1・2

2 ●

Mitani ・ Zhang

T1-2

Tue

2

HG506

1・2

2 ●

Zhang ・ Mitani

T4-5

Tue

2

HG507

1・2

2 ●

FuruyaT4-5

Intensive

HG508
HG509

Nature and Landscape○Instructor

Term

Day

PeriodCourse code

HG505

Environment and landscape development

●

1・2

2 ●

Ikebe

Full

Intensive

Regional Green Space Planning

●

1・2

2 ●

Kinoshita

T4-5

Wed

2

HG510
HG511

●

Ecodesign 1
Landscape planting and Management

1・2

2 ●

Kinoshita ・ Ueda

T1-2

Fri

2
Nishi-Chiba

1・2

2 ●

Omi

T4-5

Fri

4

HG513

Akita

T4-5

Thu

2

HG514

Yanai

T4-5

Tue

2

HG515

●

Miyagi・Nemoto（Yanai)

Full
2020

Intensive

None in 2019

HG516

●

Motonaka ・ Okano ・ Mizuno(Saito)Full
2020

Intensive

None in 2019

HG517

Intensive

None in 2020

HG518

None in 2020

HG519

Land Use Planning and Management

●

1・2

2 ●

Landscape Analysis and Assessment

●

1・2

2 ●

Core Studio in Landscape Architecture

1・2

Landscape Planning Studio

1・2

1
1

○

Landscape Design Studio

1・2

1

●

－ (Mitani)

Full
2019

Seminar for Landscape Management

1・2

1

●

Yamashita ・ Hiramatsu(Yanai)

T4-5
2019

Intensive

Landscape Architecture Project Studio-A

1・2

2

●

○

Akita ・Ikebe ・Shimoda

T1

Intensive

HG557

Landscape Architecture Project Studio-B

1・2

2

●

○

Ikebe ・Akita ・Shimoda

T2

Intensive

HG558

Landscape Architecture Project Studio-C

1・2

2

●

◎

Kinoshita ・Shimoda

T3

Intensive

HG559

Landscape Architecture Project Studio-D

1・2

2

●

◎

Shimoda ・Kinoshita

T4-5

Intensive

HG560

Landscape Architecture Project Studio-E

1・2

2

●

◎

ShimodaT6

Intensive

HG561

International Comparison of Landscape Planningand Design Theory

1・2

2 ●

◎

ShimodaT4-5

Intensive

HG551

Technical Aspects of International Landscape
Practices

1・2

2 ●

◎

ShimodaT1-2

Intensive

HG552

Ecohydrology

●

1・2

2 ●

○

Tang

T4-5

Mon

1

HG520

Environmental Informatics

●

1・2

2 ●

○

Honjo ・ Umeki

T1-2

Thu

1

HG521

Advanced Micrometeorology

●

1・2

2 ●

Matsuoka

T4-5

Wed

1

HG522

1・2

1 ●

Nishihiro(Umeki)Full
2019

Intensive

None in 2020

HG523

1・2

2 ●

Momohara

T4-5

Wed

2

HG525

1・2

2 ●

UeharaFull

Intensive

Topics on Landscape Science 1
Quaternary Vegetation History●

Biodiversity and Conservation Biology

○

HG526

Development and Management of Landscape

●

1・2

2 ●

○

Takahashi

T1-2

Wed

2

HG527

Landscape Ecology

●

1・2

2 ●

○

Kobayashi ・ Kato

T1-2

Wed

1

HG528

Project of Landscape Science Ⅰ

1・2

4

●

○

Kobayashi ・ Takahashi ・ Umeki

T1-2

Wed

4・5

HG529

Project of Landscape Science Ⅱ

1・2

4

●

○

Kobayashi ・ Takahashi ・ Umeki

T4-5

Wed

4・5

HG530

Aquaenvironmental Ecology

1・2

2 ●

○

Togashi・Kikuchi

FullIntensive

Topics on Landscape Science 2

1・2

1 ●

Ishida(Tang)

Full
2020

Intensive

None in 2019

HG532

Sagawa (Umeki)

Full
2020

Intensive

None in 2019

HG533

Momohara・Honjo ・Kobayashi ・Umeki
・Tang ・Takahashi ・Kato

T5

Tue

5・6

HG556

Ecological Engineering

1・2

1 ●

Special Lecture on Landscape Science

1・2

2 ●

◎

－ 42 －

HG531

授業科目

●

Meaning of the Garden

Practice

2 ●Lecture1・2

Elective●

Compulsory

Urban Open Space Planning

CourseScienceYear ofprogram

Garden and Environment

Landscape Science

Mode

Agriculture

Course ofProgramstudy

Credits

SeminarTeacher’sSpecialized
License

T4-5

Mon

3

HG534

Iwasaki ・ Mishima

T1-2

Mon

3

HG535

1・2

2

Noda

T4-5

Intensive
Intensive

None in 2020

HG539

Environment and Health Science

Practice

Iwasaki ・ [Shimomura]

2 ●Lecture2 ●1・2

Elective

1・2●

Compulsory●

People-Plant Relationships

Science

Agriculture

Environment and Human Health Sciences
All Programs◎English○English byrequestTheory of Care Design

Course●Instructor

Term

Day

PeriodCourse code

HG536

Seminar for Human Health in Green Space 1

1・2

1 ●

Kagawa ・Iijima (Iwasaki)

Full
2019

Seminar for Human Health in Green Space 2

1・2

1 ●

Shioji ・ Tokuyama(Iwasaki ・ Mishima)

Full
2020

Intensive

None in 2019

HG540

Project of Environment and Human Health
Sciences Ⅰ

1・2

4

●

Iwasaki ・ Mishima

T1-2

Mon

4-5

HG541

Project of Environment and Human Health
Sciences Ⅱ

1・2

4

●

Mishima ・ Iwasaki

T4-5

Mon

4-5

HG542

Risk management and field life preservation

1・2

1 ●

Iwasaki ・ Furuya ・ Takahashi ・ Omi

FullIntensive

HG544

1

●

Mishima ・ Honjo ・ Furuya ・ Kinoshita
・ Yanai ・ Mitani ・ Akita ・ Kato ・Takahashi

Full

Intensive

HG545

Full

Intensive

HG546

1・2

Professional Internship Ⅱ

1・2

1

●

Honjo ・ Furuya ・ Kinoshita ・ Yanai ・Mishima ・ Mitani ・ Akita ・ Kato ・Takahashi

Professional Internship Ⅲ

1・2

1

●

Kinoshita ・ Yanai ・ Mishima ・ Honjo
・ Furuya ・ Mitani ・ Akita ・ Kato ・Takahashi

Full

Intensive

HG547

Professional Internship Ⅳ

1・2

1

●

Yanai ・ Mishima ・ Honjo ・ Furuya ・Kinoshita ・ Mitani ・ Akita ・ Kato ・Takahashi

Full

Intensive

HG548

1・2

2 ●

Kurihara ・ Maruyama

FullIntensive

HE506

1・2

1 ●

○

Takagaki

T1

Mon

2

HE509

◎

Yano

T4-T5

Mon

4

HE513

Statistics for Economics●

Advanced Lecture on Comparative Agroenvironment Ⅰ

Food ann Resource Economics

LanguageYear ofprogramProfessional Internship Ⅰ

Food ann Resource Economics

Mode

Marketing Science

●

1・2

2 ●

Stragetic Management

●

1・2

1 ●

Sakurai

T4

Fri

3

HE514

Applied Microeconomics

●

1・2

1 ●

Ishida

T5

Wed

4

HE515

Horticultural Resource Management

●

1・2

1 ●

Yoshida

T4

Thu

2

HE516

International trade in agriculture

●

1・2

1 ●

○

Kobayashi

T1

Thu

3

HE518

Economics of rural tourism

●

1・2

1 ●

○

Ohe

T4

Tue

1

HE519

Empirical Research in rural development

1・2

1 ●

○

Sugino(Kobayashi)

T3

Intensive

HE520

Trade theory and application to food systems

1・2

1 ●

○

Kawagoshi(Ishida)

Full

Intensive

HE521

Theory of Agribusiness Design

1・2

1 ●

Fujii (Ishida)

Full

Intensive

HE522

Advanced Lecture on Food-resources

1・2

1 ●

Ohshima (Yoshida)

T4-5
2019

Intensive

None in 2020

HE504

Special seminar of Ploblems for food and resources

1・2

1 ●

Nakashima (Kobayashi)

T4-5
2019

Intensive

None in 2020

HE505

－ 44 －

授業科目

Environmental Science andLandscape Architecture

Course ofProgramstudy

Credits

SeminarTeacher’sSpecialized
LicenseCompulsory

Language◎English○English byrequestPractice

LectureMode

SeminarElective

Year ofprogramCompulsory

ScienceCourseCredits●

Instructor

Term

Day

PeriodCourse code

Internship

1・2

2

academic advisor

Full

Intensive

HX501

International Internship Ⅰ

1・2

2

◎

Takagaki ・Shimoda

Full

Intensive

HX502

International Internship Ⅱ

1・2

3

◎

Takagaki ・Shimoda

Full

Intensive

HX503

International Internship Ⅲ

1・2

4

◎

Takagaki ・Shimoda

Full

Intensive

HX504

Bio-Environmental Ethics for Scientists andEngineers

1・2

2 ●

Tobase (Matsuoka)

T1-2

Intensive

HX505

English Presentation

1・2

2 ●

PENABAZ-WILEY (Yashima)

T1-2

Thu

Venture Business

1・2

2 ●

Kaku etc (Isoda)

T1-2

Ability to Complete in Technology

1・2

Graduate Seminar I

1～2

4

Graduate Research I

1～2

6

◎

2
●
●

3

HX506

Wed

3

HX507

5
Nishi-Chiba

TsuzukiT4-5

Mon

academic advisor

Full

Intensive

academic advisor

Full

Intensive

Term

Day

Mode

Language◎English○English byrequestPractice

LectureElective

Credits
Year ofprogramCompulsory

CourseScienceCourse ofProgramstudy

Agriculture

Teacher’sSpecialized
LicenseSeminar（Seminar / Practice-Expert program for Master's program）

Instructor

PeriodCourse code

Expert Seminar/Practice I (Horticulture Plant
Production)

1・2

2

academic advisor

Full

Intensive

HH534

Expert Seminar/Practice II (Environmental Sciencefor Bioproduction)

1・2

2

academic advisor

Full

Intensive

HH535

Expert Seminar/Practice III (Applied Biological
Chemistry)

1・2

2

academic advisor

Full

Intensive

HH536

Expert Seminar IV (Environmental Science andLandscape Architecture)

1・2

4

academic advisor

Full

Intensive

HG549

Expert Seminar V (Environmental Science andLandscape Architecture)

1・2

4

academic advisor

Full

Intensive

HG550

Expert Seminar VI (Food and Resource
Economics)

1・2

2

academic advisor

Full

Intensive

HE512※Language used in the class ◎English○English by request－ 46 －

授業科目

Basic Courses

Course ofProgramstudy

Agriculture

Teacher’sSpecialized
LicenseList of Courses【English Program】Master's Program●

Takagaki ・Tsukagoshi

Full

Intensive

Kashiwanoha
Campus

HH549

Special Lecture for Protected HorticultureⅡ- Hydroponic Technologies -

1・2

2

●

Takagaki ・Tsukagoshi

Full

Intensive

Kashiwanoha
Campus

HH550

Protected Horticulture Project Seminar/PracticeⅠ

1・2

2

●

● Takagaki ・Tsukagoshi ・Yashima

Full

Intensive

HH540

Protected Horticulture Project Seminar/PracticeⅡ

1・2

2

●

● Takagaki ・Tsukagoshi ・Yashima

Full

Intensive

HH541

Protected Horticulture Project Seminar/PracticeⅢ

1・2

2

●

● Takagaki ・Tsukagoshi ・Yashima

Full

Intensive

HH542

Protected Horticulture Project Seminar/PracticeⅣ

1・2

2

●

● Takagaki ・Tsukagoshi ・Yashima

Full

Intensive

HH543

International Comparison of Landscape Planning and Design Theory

1・2

2

●

ShimodaT4-5

Intensive

HG551

Technical Aspects of International Landscape Practices

1・2

2

●

ShimodaT1-2

Intensive

HG552

Landscape Architecture Project Studio-C

1・2

2

●

Kinoshita ・Shimoda

T3

Intensive

HG559

Landscape Architecture Project Studio-D

1・2

2

●

Shimoda ・Kinoshita

T4-5

Intensive

HG560

Landscape Architecture Project Studio-E

1・2

2

●

ShimodaT6

Intensive

HG561

Advanced Horticultural Postharvest Physiology

1・2

2

●

Kondo ・ Ogawa

Full

Intensive

HH555

Advanced lectures on applied biological chemistry

1・2

2

●

Egashira

T4-5

Intensive

HH545

Special Lecture on Landscape Science

1・2

2

●

Momohara

T5

Tue

5-6

HG556

Marketing Science

1・2

2

●

Yano

T4-5

Mon

4

HE513

Internship

1・2

2● Matsuoka

FullIntensive

HX501

International internship Ⅰ

1・2

2● Takagaki ・Shimoda

Full

Intensive

HX502

International internship Ⅱ

1・2

3● Takagaki ・Shimoda

Full

Intensive

HX503

International internship Ⅲ

1・2

4● Takagaki ・Shimoda

Full

Intensive

HX504

Project Management

1・2

2

●

Takagaki・Yashima

T4-5

Intensive

Kashiwanoha
Campus

HX510

Introduction to Japanese Horticulture

1・2

2

●

Yashima・Takagaki

T4-5

Wed

5

HX511

English Presentation

1・2

2

●

Yashima ・Shimoda

T1-2

Thu

3

HX506

Japanese I

1・2

2

●

Yashima・Takagaki

T1-2

Intensive

HX512

Japanese Ⅱ

1・2

2

●

Yashima・Takagaki

T4-5

Intensive

HX513

Graduate Seminar I

1～2

4

academic advisor

Full

Intensive

Graduate Research I

1～2

6● academic advisor

Full

IntensiveProtected Horticulturae
Landscape Architecture
All Programs

Specialized Courses

Practice

Lecture2

SeminarElective

1・2●－ 48 －

Instructor

Term

Day

PeriodCourse code

授業科目

Basic Courses

Mode

Special Lecture for Protected HorticultureⅠ- World wide Status in Protected cultivation -CourseCompulsory

Year ofprogramCompulsory

Credits

【Semi English Program】Master's Program●

Kondo ・ Ohara ・ Ohkawa

FullIntensive

Advanced Crop Production

1・2

2

●

Isoda

T4-5

Thu

2

HH504

Plant Molecular Breeding

1・2

2

●

Koba ・ Sassa ・ Kikuchi

T4-5

Tue

1

HH506

Food Production and Distribution Engineering

1・2

2

●

Shiina・Ogawa

T4-5

Mon

2

HH544

Advanced Plant Pathology

1・2

2

●

Shishido ・ Usami

T4-5

Thu

2

HH515

Advanced Lectures on Pest Management

1・2

2

●

Nomura ・ Choh

T1-2

Mon

1

HH516

Soil Fertility

1・2

2

●

Inubushi ・ Yashima

T1-2

Wed

1

HH518

Plant Nutrient Physiology

1・2

2

●

Sakamoto

T4-5

Mon

3

HH519

Advanced lecture on bioorganic reactions and pathways

1・2

2

●

Nishida・Matsuda

T1-2

Mon

3

HH551

Landscape Architecture Project Studio-A

1・2

2

●

Akita ・Ikebe ・Shimoda

Ｔ1

Intensive

HG557

Landscape Architecture Project Studio-B

1・2

2

●

Ikebe ・Akita ・Shimoda

Ｔ2

Intensive

HG558

Urban Open Space Planning

1・2

2

●

Kinoshita

T1-2

Wed

2

HG503

Regional Living Space Planning

1・2

2

●

Saito

T1-2

Tue

3

HG504

Advanced Theory on Nature, Landscape and Imagination

1・2

2

●

ShimodaFull

Intensive

HG508

Nature and Landscape

1・2

2

●

FuruyaT4-5

Intensive

HG505

Advanced Thecry on Landscape Planting

1・2

2

●

Omi

T1-2

Tue

5

HG513

Land Use Planning and Management

1・2

2

●

Akita

T4-5

Thu

2

HG514

Ecohydrology

1・2

2

●

Tang

T4-5

Mon

2

HG520

Environmental Informatics

1・2

2

●

Honjo ・ Umeki

T1-2

Thu

2

HG521

Quaternary Vegetation History

1・2

2

●

Momohara

T4-5

Wed

2

HG525

Development and Management of Landscape

1・2

2

●

Takahashi

T1-2

Wed

2

HG527

Landscape Ecology

1・2

2

●

Kobayashi ・ Kato

T1-2

Wed

1

HG528

Project of Landscape ScienceⅠ

1・2

4

●

Kobayashi ・ Takahashi ・ Umeki

T1-2

Wed

4・5

HG529

Project of Landscape ScienceⅡ

1・2

4

●

Kobayashi ・ Takahashi ・ Umeki

T4-5

Wed

4・5

HG530

Aquaenvironmental Ecology

1・2

2

●

Togashi・Kikuchi

FullIntensive

Advanced Lecture on Comparative Agro-environmentⅠ

1・2

1

●

Takagaki

T1

Mon

2

HE509

International trade in agriculture

1・2

1

●

Kobayashi

T1

Thu

3

HE518

Economics of rural tourism

1・2

1

●

Ohe

T4

Tue

1

HE519

Trade theory and application to food systems

1・2

1

●

Kawagoshi

Full

Intensive

HE521

Empirical Research in rural development

1・2

1

●

SuginoT3

Intensive

HE520

Bioresource Science
Environmental Science and Landscape Architecture

Practice

Lecture2

SeminarElective

1・2－ 50 －

Instructor

Term

Day

PeriodCourse code

HH501

HG531

授業科目

Food and Resource Economics

Mode

Advanced Fruit Tree Growing

CourseSpecialized Courses

Year ofprogramCompulsory

Credits

Environmental Science for Bioproduction

Instructor

Term

Day

PeriodCourse code

1・2・3

2

●

○

Kondo ・ Ohara

Full

Intensive

HH700

Ecological Plant Resources

1・2・3

2

●

○

Maruo ・ Tsukagoshi ・ Jyokan

T4-5

Intensive

HH701

Development of Plant Resources

1・2・3

2

●

○

Miyoshi ・ Kokubun ・ Watanabe

T1-2

Fri

Cultivation Science of Plant Resources

1・2・3

2

●

○

Special Seminar for Plant Culture and Breeding

1・2・3

1

●

Plant Genome Science

1・2・3

2

●

Plant Genome Breeding

1・2・3

2

●

Plant Cellular Breeding

1・2・3

2

●

Practice

Lecture◎English○English byrequestElective

Language

Physiology of Plant Resources

○

○

2

HH702
HH703

Isoda

T4-5

Intensive

Moriguchi ・Iwasaki(Kondo ・Jyokan)

T4-5
2019

Intensive

None in 2020

HH704

Sassa ・ Kikuchi

T1-2

Fri

1

HH705

Komatsuda (Sassa)

FullIntensive

Nakamura ・ Igawa

T1-2

Mon

4

HH707

Kawakami (Nakamura)

T4-5
2020

Intensive

None in 2019

HH708

Goto

Full

Intensive

HH706

1・2・3

1

●

Special Lecture on environmental physics of bio1・2・3
production

2●

Plant Physiological Information Engineering[Open for Master’s Program]

1・2・3

2

●

Goto

T4-5

Tue

1

HH710

Plant Ecophysiology[Open for Master’s Program]

1・2・3

2

●

Hikosaka

T1-2

Tue

3

HH711

Advanced Micrometeorology[Open for Master’s Program]

1・2・3

2

●

Matsuoka

T4-5

Wed

1

HH712

Advanced Theory of Plant Pathosystem

1・2・3

2

●

○

Shishido ・ Usami

Full

Intensive

HH713

Topics in Applied Entomology

1・2・3

2

●

○

Nomura ・ Choh

T4-5

Intensive

HH714

Physiological Ecology of Fungi

1・2・3

2

●

○

Yamato (Sakamoto)

Full
2019

Intensive

None in 2020

HH715

Advanced Plant Pathology[Open for Master’s Program]

1・2・3

2

●

○

Shishido ・ Usami

T4-5

Thu

2

HH716

Advanced Lectures on Pest Management[Open for Master’s Program]

1・2・3

2

●

○

Nomura ・ Choh

T1-2

Mon

1

HH717

Pedosphere Science

1・2・3

2

●

○

Inubushi ・ Yashima

Full

Intensive

HH718

Plant Growth and Nutrition

1・2・3

2

●

○

Sakamoto

T4-5

Intensive

HH719

Watanabe(Inubushi)

Full
2019

Intensive

None in 2020

HH720

Functional Genomics

Bioresource Science

Mode

○

HH709

Environmental Analytical Chemistry

1・2・3

2

●

Soil Fertility[Open for Master’s Program]

1・2・3

2

●

○

Inubushi ・ Yashima

T1-2

Wed

1

HH721

Plant Nutrient Physiology[Open for Master’s Program]

1・2・3

2

●

○

Sakamoto

T4-5

Mon

3

HH723

Food Production and Distribution ngineering[Open for Master’s Program]

1・2・3

2

●

○

Shiina ・Ogawa

T4-5

Mon

2

HH724

－ 52 －

授業科目

Horticultural Plant Production and Breeding

CourseYear ofprogramCompulsory

Credits
CourseProgramof study

Seminar

List of Courses（Doctoral program）

Lecture

Advanced Enzymology[Open for Master’s Program]

1・2・3

2

●

Advanced Food and Nutrition[Open for Master’s Program]

1・2・3

2

Advanced Microbial Engineering[Open for Master’s Program]

1・2・3

Advanced lecture on glycochemistry andglycomaterials
Plant Molecular Physiology ※１

Language

SeminarYear ofprogram

Elective

Applied Biological Chemistry

CourseMode◎English○English byrequestTerm

Day

PeriodCourse code

Kodama・Miyahara

T4-5

Intensive

Nishi-Chiba

HH725

●

Egashira ・ Hirai

T3

Intensive

2●

Amachi ・Soma

T1-2

Fri

2

HH727

1・2・3

2

●

○

Nishida・Matsuda

T1-2

Mon

3

HH728

1・2・3

2

●

○

Watanabe ・ Sonoda

T1-3

Intensive

Practice

Instructor

Biodynamics and Biochemistry ※２

1・2・3

2

●

○

KodamaT4-5

Intensive

Functional Science of Life Supporting ※３

1・2・3

2

●

○

Egashira ・ Nomura ・ Hirai

T4-5

Intensive

Microbiology and Resources Chemistry ※４

1・2・3

2

●

○

Amachi ・ Soma

T4-5

Mon

Theory of Microbial Industry[Open for Master’s Program]

1・2・3

2

●

Miyauchi (Amachi)

T1-2

Intensive

Molecular Environmental Physiology[Open for Master’s Program]

HH726

HH729
Nishi-Chiba
Campus

HH730
HH731

3

HH732
HH733

Nishi-Chiba
Campus

HH735

Nishi-Chiba
Molecular and Cellular Biolog
1・2・3
2 ●
HanaokaT4-5
Intensive○
CampusFor classes that say [Open for Master’s Program], we will accept up to 4 credits as credits required for completion only if you hadn’t taken the same class(es) in Master’s Program.
※1 Course Advisory : Advanced Lecture on Molecular Plant Science※2 Course Advisory : Advanced Enzymology※3 Course Advisory : Advanced Food and Nutrition※4 Course Advisory : Advanced Microbial Engineering

HH736

1・2・3

2

●

Miyamoto・ Fukuda(Kodama)－ 54 －

T4-5

Intensive

授業科目

Bioresource Science

CourseProgramof study

Compulsory

Credits

Seminar◎English○English byrequestCourseYear ofprogram

LectureLanguage

Elective

Landscape Architecture
Landscape Science
Environment andHuman Health
Sciences

Mode

Town and Country Planning

1・2・3

2

●

○

Nature and Landscape[Open for Master’s Program]

1・2・3

2

●

Landscape and Greenspace Design

1・2・3

2

●

Garden and Environment[Open for Master’s Program]

1・2・3

2

Meaning of the Garden[Open for Master’s Program]

1・2・3

Landscape Planning and Management

1・2・3

Day

PeriodCourse code

Karasaki (Saito)

T4-5

Thu

2

HG700

○

FuruyaT4-5

Intensive○

Ikebe ・ Kinoshita

T4-5

Fri

3

HG702

●

Mitani ・ Zhang

T1-2

Tue

2

HG703

2

●

Zhang ・ Mitani

T4-5

Tue

2

HG704

2

●

Yanai ・ Akita

Full

Intensive

Practice

Term○

Instructor

HG701

HG705

Ecodesign 2

1・2・3

2

●

○

Kinoshita ・ Ueda

T1-2

Fri

2
Nishi-Chiba

Environmental Information Science

1・2・3

2

●

○

Honjo ・ Umeki

T4-5

Tue

5

System Engineering of Landscape

1・2・3

2

●

○

Ishida(Tang)

T4-5

Intensive

Landscape Ecology[Open for Master’s Program]

1・2・3

2

●

○

Kobayashi ・ Kato

T1-2

Wed

1

HG709

Development and Management of Landscape[Open for Master’s Program]

1・2・3

2

●

○

Takahashi

T1-2

Wed

2

HG710

Quaternary Vegetation History[Open for Master’s Program]

1・2・3

2

●

○

Momohara

T4-5

Wed

2

HG711

Biodiversity and Conservation Biology[Open for Master’s Program]

1・2・3

2

●

UeharaFull

Intensive

HG712

Advanced People-Plant Relationships

1・2・3

2

●

Iwasaki ・Mishima

T4-5

Intensive

HG713

Advanced Lectures on Environment and Health
Sciences

1・2・3

2

●

○

Iwasaki ・Noda

Full
2019

Insensive None in 2020

HG714

Food Marketing

1・2・3

1

●

○

Sakurai

T4

Wed

3

HE700

Business Economics

1・2・3

1

●

○

Ishida

T5

Wed

3

HE701

Advanced Lecture on Farm Management

1・2・3

1

●

○

Yoshida

T5

Thu

2

HE702

Applied Statistics for Economic

1・2・3

2

●

○

Maruyama ・Kurihara

T4-T5

Fri

5

HE703

Economics of Rural Resource Management

1・2・3

1

●

○

Ohe

T5

Wed

1

HE704

Applications of International Trade Theories

1・2・3

1

●

○

Kobayashi

T2

Mon

4

HE705

Advanced Lecture on Comparative Agroenvironment Ⅱ

1・2・3

1

●

○

Takagaki

T4-T5

Intensive

Geography on Food Economics

1・2・3

2

●

Umeda

T4-T5

Tue

HG707
HG708

HE706
5
Nishi-Chiba

For classes that say [Open for Master’s Program], we will accept up to 4 credits as credits required for completion only if you hadn’t taken the same class(es) in Master’s Program.

－ 56 －

HG706

HE707

授業科目

Environmental Science and Landscape Architecture

CourseProgramof study

Compulsory

Credits

Compulsory

Seminar◎English○English byrequestInstructor

Term

Day

PeriodCourse code

Tobase (Matsuoka)

T1-2

Intensive

Sato(Yashima)

T4-5

Thu

4

HX701

Kaku etc (Isoda)

T1-2

Wed

3

HX702

◎

Yashima ・Takagaki

T4-5

Wed

5

HX703

Bio-Environmental Ethics for Scientists andEngineers

12●Multi-campus International LectureⅡ

1

2

●

Venture Business

1

2

●

1・2・3

2

International Internship Ⅰ

1・2

2

●

◎

Takagaki ・Shimoda

Full

Intensive

HX800

International Internship Ⅱ

1・2

3

●

◎

Takagaki ・Shimoda

Full

Intensive

HX801

International Internship Ⅲ

1・2

4

●

◎

Takagaki ・Shimoda

Full

Intensive

Global and Japanese Environmental Horticulture

Ability to Complete in Technology

1・2

2Advanced Seminar Ⅱ

1～3

2

Graduate Research Ⅱ

1～3

4

Practice

LectureYear ofprogramLanguage

Elective

Course

Mode

◎

●

●
●
●

HX700

HX802
5
Nishi-chiba

Tsuzuki

T4-5

Mon

○

academic advisor

Full

Intensive

HX900

○

academic advisor

Full

Intensive

HX901

Term

Day

Full

Intensive

1～3

2

Mode

Language◎English○English byrequestPractice

Expert Seminars / Exercises/ Laboratory Experiments

LectureCourseYear ofprogram

Elective

CourseProgramof study

Compulsory

Credits

Seminar（Seminar / Exercise-Expert Program for Doctral program）○－ 58 －

Instructor

academic advisor

PeriodCourse code

HX803

授業科目

Basic Courses

CourseProgramof study

Compulsory

Credits

List of Courses【English Program】Doctoral Program
Term

Day

PeriodCourse code

Global and Japanese Environmental Horticulture2●

Yashima・Takagaki

T4-5

Wed

5

HX703

Multi-campus International Lecture2●

Sato(Yashima)

T4-5

Thu

4

HX701

Japanese Ⅰ

2●Yashima・Takagaki

T1-2

Intensive

HX704

Japanese Ⅱ

2●Yashima・Takagaki

T4-5

Intensive

HX705

Project Management

2●

Takagaki・Yashima

T4-5

Intensive

HX706

Special Seminar/Practice in International CourseⅠ

2

●

●

Takagaki ・Shimoda

Full

Intensive

HX804

Special Seminar/Practice in International CourseⅡ

2

●

●

Takagaki ・Shimoda

Full

Intensive

HX805

●

Practice

LectureSeminar

Instructor

Elective

Year ofprogramMode

Special Seminar/Practice in International CourseⅢ

2●

Takagaki ・Shimoda

Full

Intensive

HX806

International InternshipⅠ

2●

Takagaki ・Shimoda

Full

Intensive

HX800

International InternshipⅡ

3●

Takagaki ・Shimoda

Full

Intensive

HX801

International Internship Ⅲ

4●Takagaki ・Shimoda

Full

Intensive

HX802－ 60 －

授業科目

Basic Course

CourseCompulsory

Credits

(Japanese and English course)

Specialized Course
Environmental Science and Landscape Architecture

Elective

LecturePhysiology of Plant Resources

1・2・3

2

●

Ecologiacl Plant Resources

1・2・3

2

Development of Plant Resources

1・2・3

2

Day

Kondo ・ Ohara

Full

Intensive

HH700

●

Maruo・ Tsukagoshi・ Jyokan

T4-5

Intensive

HH701

●

Miyoshi・ Kokubu・ Watanabe

T1-2

Fri

Practice

Instructor

PeriodCourse code

Term

SeminarCompulsory

Course2

HH702

Cultivation Science of Plant Resources

1・2・3

2

●

Isoda

T4-5

Intensive

Plant Genome Science

1・2・3

2

●

Sassa ・ Kikuchi

T1-2

Fri

1

HH705

Plant Cellular Breeding

1・2・3

2

●

Nakamura ・ Igawa

T4-5

Mon

4

HH707

Special Lecture on environmental physics of bioproduction

1・2・3

2

●

Goto

Full

Intensive

HH709

Advanced Theory of Plant Pathosystem

1・2・3

2

●

Shishido ・ Usami

Full

Intensive

HH713

Topics in Applied Entomology

1・2・3

2

●

Nomura ・ Choh

T4-5

Intensive

HH703

HH714

Intensive

None in 2020

HH715

Physiological Ecology of Fungi

1・2・3

2

●

Yamato (Sakamoto)

Full
2019

Advanced Plant Pathology[Open for Master’s Program]

1・2・3

2

●

Shishido ・ Usami

T4-5

Thu

2

HH716

Advanced Lectures on Pest Management[Open for Master’s Program]

1・2・3

2

●

Nomura ・ Choh

T1-2

Mon

1

HH717

Pedosphere Science

1・2・3

2

●

Inubushi ・ Yashima

Full

Intensive

HH718

Plant Growth and Nutrition

1・2・3

2

●

Sakamoto

T4-5

Intensive

HH719

Soil Fertility[Open for Master’s Program]

1・2・3

2

●

Inubushi ・ Yashima

T1-2

Wed

1

HH721

Plant Nutrient Physiology[Open for Master’s Program]

1・2・3

2

●

Sakamoto

T4-5

Mon

3

HH723

Food Production and Distribution ngineering[Open for Master’s Program]

1・2・3

2

●

Shiina ・Ogawa

T4-5

Mon

2

HH724

Advanced lecture on glycochemistry andglycomaterials

1・2・3

2

●

Nishida ・Matsuda

T1-2

Mon

3

HH728

Plant Molecular Physiology ※１

1・2・3

2

●

Watanabe ・ Sonoda

T1-2

Intensive

HH729
Nishi-Chiba
CampusBiodynamics and Biochemistry ※２

1・2・3

2

●

KodamaT4-5

Intensive

Functional Science of Life Supporting ※３

1・2・3

2

●

Egashira ・ Nomura ・ Hirai

T4-5

Intensive

Microbiology and Resources Chemistry ※４

1・2・3

2

●

Amachi ・ Soma

T4-5

Mon

3

HH732

Intensive

Nishi-Chiba
Campus

HH736

2

Molecular and Cellular Biology

Food and Resource
Economics

Mode

1・2・3

2

●

HanaokaT4-5

Town and Country Planning

1・2・3

2

●

Karasaki(Saito)

T4-5

Tue

Nature and Landscape[Open for Master’s Program]

1・2・3

2

●

FuruyaT4-5

Intensive

Landscape and Greenspace Design

1・2・3

2

●

Ikebe・Kinoshita

T4-5

Fri

Landscape Planning and Management

1・2・3

2

●

Yanai・Akita

Full

Intensive

Ecodesign 2

1・2・3

2

●

Kinoshita・ Ueda

T1-2

HH730
HH731

HG700
HG701

3

HG702
HG705

Fri

2
Nishi-Chiba
5

HG706

Environmental Information Science

1・2・3

2

●

Honjo ・ Umeki

T4-5

Tue

System Engineering of Landscape

1・2・3

2

●

Tang ・ Ishida

T4-5

Intensive

Landscape Ecology[Open for Master’s Program]

1・2・3

2

●

Kobayashi ・ Kato

T1-2

Wed

1

HG709

Development and Management of Landscape[Open for Master’s Program]

1・2・3

2

●

Takahashi

T1-2

Wed

2

HG710

Quatemary Vegetation History[Open for Master’s Program]

1・2・3

2

●

Momohara

T4-5

Wed

2

HG711

Advanced Lectures on Environment and Health
Sciences

1・2・3

2

●

Iwasaki・ Noda

Full

Intensive

None in 2020

HG714

Food Marketing

1・2・3

1

●

Sakurai

T4

Wed

3

HE700

HG707
HG708

Business Economics

1・2・3

1

●

Ishida

T5

Wed

3

HE701

Advanced Lecture on Farm Management

1・2・3

1

●

Yoshida

T5

Thu

2

HE702

Applied Statistics for Economic

1・2・3

2

●

Maruyama ・Kurihara

T4-T5

Fri

5

HE703

Economics of Rural Resource Management

1・2・3

1

●

Ohe

T5

Wed

1

HE704

Applications of international trade theories

1・2・3

1

●

Kobayashi

T2

Mon

4

HE705

Advanced Lecture on Comparative
Agro-environment Ⅱ

1・2・3

1

●

Takagaki

T4-T5

Mon

2

HE706

－ 62 －

授業科目

Bioresource Science

Credits
Year ofprogramMaster’s program
Course of
Study

New

Enviroument Science for Bioproduction

Instructor(none)

Special Lecture for Protected Horticulture Ⅰ

2

Kondo

(none)

Advanced Horticultural Science

2

Kondo

Advanced Food Technology

2

ShiinaAdvanced Postharvest Technology

2

Ogawa

(none)

Advanced Chemical Ecology

2

Nakamuta(none)

Topics in Pesticide Application

1

Yogo (Nakamuta)

Hanaoka

Advanced Lectures on Protein Engineering

2

Ando ・ Soma

Advanced Lecture on Molecular Plant Science

2

Watanabe・Sonoda

Advanced Lecture on Biotechnology of Bioresources

2

Sato ・ Sonoda

Advanced Functional Physiology

1

Sano ・ Sakuta (Sonoda ・ Kodama)Landscape Project Design Studio Ⅰ

4Ikebe ・ Mitani

Landscape Project Design Studio Ⅱ

4

Fujii ・Yanai

LandscapeScience(none)

Vegetation Geography

2

Okitsu(none)Nature Therapy

1

Miyazaki(none)

Seminar in Conservation Ecology and Sustainable
Development

2

Furuya,Momohara

Advanced Lecture on Food System

2

Saito ・ Sakurai

Landscape Architecture

2

Environment andHuman Health
Sciences

Shiina ・ Ogawa

All

Applied Biological Chemistry

Credits2

Instructor

Advanced Lecture on Gene Regulation

Food and Resource Economics Course

Environmental Science and Landscape Architecture

CourseFood Production and Distribution Engineering

Credits(none)

Landscape Architecture Project Studio-A

2

Akita ・Ikebe ・Shimoda

Landscape Architecture Project Studio-B

2

Akita ・Ikebe ・Shimoda

Landscape Architecture Project Studio-C/D/E

2

Kinoshita ・Shimoda

Marketing Science

1

Yano

Stragetic Management

1

Sakurai

Applied Microeconomics

1

IshidaHorticultural Economics

1

IshidaHorticultural Resource Management

1

YoshidaComparative Study of Rural Economics 1

2

Yoshida ・ Nishiyama

International trade in agriculture

1

Kobayashi

Advanced Lecture on Food, Natural Resource andEnvironmental Economics

1

Kobayashi

Economics of rural tourism

1

Ohe

Advanced Economics of Rural Resource andEnvironment 1

2

Ohe

Advanced Lecture on Food-resources Issues 1

1

Theory of Agribusiness Design

1

Fujii (Ishida)
Advanced Lecture on Food-resources 2

1Advanced Lecture on Food-resources

1

Ohshima (Yoshida)

Advanced Lecture on Food-resources 1

1Ohshima (Yoshida)

Special seminar of Ploblems for food and resources

1

Nakashima (Kobayashi)

Special seminar of Ploblems for food and resources 2

1

Nakashima (Kobayashi)－ 64 －

授業科目

Bioresource Science

Horticultural Plant
Production andBreeding

CourseFood and Resource Economics Course

Old

ProgramDoctoral program
New

Applied Biological
Chemistry
LandscapeArchitecture
Food and Resource Economics

Environment andHuman Health
Sciences

Bioresource Science

Basic Courses

CourseCredits

Instructor

CourseCredits

Instructor

Special Lecture on Environmental Physics of Bioproduction

2

Goto

Bio-environmental Systems Engineering
Bio-environmental Meteorology

2

Topics in Applied Entomology

2

Nomura ・ Choh

Topics in Plant Protection

2

Nomura ・ Nakamuta ・ Ohyama

Molecular and Cellular Biolog

2

Hanaoka

Biomolecular Chemistry2

Ando ・ Soma

(none)

Advanced Lecture on Bioinformatics

2

Takahashi(none)

Functional Analysis of Landscape Planting

2

Fujii

(none)

Landscape Planting and Management2

Omi(none)

Advanced Lecture on Nature Therapy

1

Miyazaki

Advanced Lecture on Food Marketing1

IshidaFood Policy Science2

Matsuda ・ Kurihara

Applied Economic statistics

2

Kurihara ・ Maruyama

Environment and Resource Economics

2

Kikuchi ・ Maruyama ・ Takagaki

Marketing of foods and rural resources

2

Fuwa ・ Sakurai

Food Marketing

1

SakuraiAgri-Food System

2

Saito ・ Sakurai

Business Economics

1

IshidaAdvanced Lecture on Food Marketing1

IshidaAdvanced Lecture on Farm Management

1

YoshidaComparative Study of Rural Economics 2

2

Yoshida ・ Nishiyama

Applications of international trade theories

1

Kobayashi

Political Economy Approach to Food and Natural Resource
Economics

1

Kobayashi

Rural Resource and Policy Evaluation2

Ohe ・ Shimoura

Economics of Rural Resource Management

1

Ohe
Advanced Economics of Rural Resource andEnvironment 2

2

Ohe

Special Lecture in International Course

2

Takagaki，Yamaguchi

Special Lecture in International Course

2

Takagaki－ 66 －

授業科目

Food and Resource Economics

Old

ProgramEnviroument Sciencefor Bioproduction

Course ofStudy

Recommended Courses
Master's Program,
Bioresource Science
CourseSchoolDivision

CourseDivision of Earth and Environmental
Sciences

Basic Earth Surface Dynamics－1
Basic Earth Surface Dynamics－2
Advanced Lecture on Phylogenetics
Biomaterial Chemistry
Material Science in Bioinformation
Advanced Lecture on Molecular Biology

Graduate School of
Division of Advanced Science andScience andEngineering
Engineering

Advanced Lecture on Development
Regulation of Molecular Functions
Morphogenesis of Functional Status
Special Lecture on Molecular 4
Special Lecture on Molecular 5
Special Lecture on Molecular 6

Master's Program,Environmental Scienceand Landscape Architecture
CourseSchoolDivision

Venture Business
Venture Business Management
CourseBasic Earth Surface Dynamics－1
Basic Earth Surface Dynamics－2
Observation of Earth Surface Environment
Advanced Lecture on Ecology 2

Division of Earth and Environmental Atmospheric Remote Sensing
Sciences
Remote Sensing of Regional Environment
Urban Space Design
Theory of Community Design
Urban Planning of Human Place
Housing Planning and Design
Advanced Lecture on Phylogenetics
Biomaterial Chemistry
Material Science in Bioinformatics

Division of Advanced Science andEngineering
Graduate School of
Science andEngineering

Advanced Lecture on Molecular Biology
Advanced Lecture on Developmental
Biology
Molecular Functional Control
Morhogenes of Functional Control
Special Lecture on Molecullar Biology 4
professional Collaboration and Practise
TheorySpecial Lecture on Molecullar Biology 6
Urban and Regional Planning
Theory of Public Space
Architectural Planning and Design

Division of Creative
Engineering

Architectural Design
Human-Living Environment System
Theory of Living Environmental Design
Design Psychology
Visual Science
Introduction to Medical Information

Division of Fundamental Engineering

Biomechanics
Motor Control of Human Movement
Diagnostic Measurement Systems

Common Courses

Graduate School of Disaster Nursing Global Leader
Nursing
Degree Program－ 68 －

Venture Business
Venture Business Management
Professional Collaboration and Practise
TheoryDisaster Professional Collaboration
Exercise(Disaster IP Exercise)

推奨科目等

Common Courses

Doctoral Program,
Bioresource Science
CourseDoctoral Program,Environmental Scienceand LandscapeArchitecture Course

SchoolDivision
Graduate School ofCommon Courses
Science andEngineering

CourseSchoolCourseVenture Business
Venture Business Management

Division

Basic Earth Surface Dynamics－1
Basic Earth Surface Dynamics－2
Observation of Earth Surface Environment
Division of Earth and Environmental
Advanced Lecture on Ecology 2
Sciences
Urban Space Design
Advanced Topics in Urban/Space Produce
Theory of Community Design
Division of Advanced Science andEngineering

Advanced Lecture on Phylogenetics
Urban and Regional Planning
Nature Friendly and Barrier Free Design ofArchitecture
Theory of Care Design Ⅱ

Division of Creative Engineering

Topics in Environmental Ergonomics
Design Psychology for Human Life
Behavioral Environment Design
Human-Living Environment System
Visual Science
Introduction to Medical Information

Division of Fundamental Engineering Motor Control of Human Movement
Diagnostic Measurement Systems
Venture BusinessCommon Courses

Venture Business Management

Common Courses in the Graduate School
Master's Program

Division

SchoolGraduate School of
Science andEngineering
Graduate School of
Humanities andStudies on Public
Affairs
Graduate School of
Medical andPharmaceutical
Sciences

Ethics for Engineers and Intellectual Property
Advanced Seminar in Intellectual Property Rights
Ability to Manage Technology
Higher Education System
Public health
Introduction of drug discovery and life sciences Ⅰ
Introduction of drug discovery and life sciences Ⅱ
Academic Listening & Vocabulary
Academic Writing
Academic Speaking
Research Methodology

ALL

Data Science
Career Design
College-Linked Program @ Chiba
College-Linked Program @ local

Doctoral Program

Division

SchoolGraduate School of
Science andEngineering

Ethics for Engineers and Intellectual Property
Advanced Seminar in Intellectual Property Rights
Ability to Manage Technology
Academic Listening & Vocabulary
Academic Writing
Academic Speaking
Research Methodology

ALL

Data Science
Career Design
College-Linked Program @ Chiba
College-Linked Program @ local－ 70 －

推奨科目等

Special Studies in Urban Design
Graduate School of
Science andEngineering

Allowed Teaching Licenses and Study Requirements (for the Japanese)
Students earning the necessary credits stipulated in the School Teacher’s License Act and theOrdinance for Enforcement of the School Teacher’s License Act in a Master’s Program at the Graduate
School of Horticulture can attain the following types of teaching licenses for the following licensed
subjects.

Division

Type of License

Licensed Subject

Environmental

Middle School Teacher’s Specialized License

Science

Horticulture

High School Teacher’s Specialized License

Science; Agriculture

The following conditions must be satisfied to attain the abovementioned specialist licenses.
・

Prior attainment in an undergraduate faculty, etc. of the necessary qualifications for a Middle(Science; Agriculture).

・

Attainment of 24 or more credits from the courses stipulated below.

Details on how to apply, etc. are explained in Guidance, but please ask at the Academic Affairs
Group if anything remains unclear.

－ 72 －

教職科目

School First Class Teaching License (Science) or a Senior High First Class Teaching LicenseDepartment of Environmental Horticulture

Department
Licenses
Courseof study
Courses

Middle School Teacher's Specialized License/High School Teacher's Specialized License
Science
Environmental Science andLandscape Architecture Course

Bioresource Science Course
Advanced Plant Cell Technology

Ecohydrology

Plant Physiological Information
Engineering

Environmental Informatics

Plant Ecophysiology

Advanced Micrometeorology

Advanced Micrometeorology

Quaternary Vegetation History

Advanced Plant Pathology

Development and Management ofLandscapeAdvanced Lectures on Pest
Management
Soil Fertility

Food and Resource Economics
CourseLandscape Ecology

Plant Nutrition Physiology
Advanced Enzymology

教職科目

Advanced Lectures on Molecular Cell
Biology
Advanced Lecture on Gene
Regulation
Advanced Biochemistry

Department of Environmental Horticulture

Department

High School Teacher's Specialized License

Licenses
Courseof study

Agriculture
Bioresource Science Course

Environmental Science andLandscape Architecture Course

Food and Resource Economics
CoursePlant Molecular Breeding

Urban Open Space Planning

Marketing Science

Advanced Fruit Tree Growing

Regional Living Space Planning

Stragetic Management

CoursesAdvanced Studies of Vegetable Crop Advanced Theory on Nature,
Production
Landscape and Imagination
Advanced Ornamental Plant
Meaning of the Garden
Production
Environment and landscape
Advanced Crop Production
development

Applied Microeconomics
Horticultural Resource Management
Current issues of Social Business

Food Production and Distribution
Engineering

Regional Green Space Planning

Statistics for Economics

Advanced Food and Nutrition

Ecodesign 1

Economics of rural tourism

Advanced Lecture on Molecular Plant
Land Use Planning and Management International trade in agriculture
Science
Landscape Analysis and Assessment
Theory of Care Design
People-Plant Relationships－ 74 －

Requirements for the License of Nature Restoration Assistant Promoter
Graduates of Environmental Science and Landscape Architecture earning the following necessary
credits can attain the license of Nature Restoration Assistant Promoter. Nature Restoration Assistant
Promoter can get the right to apply the examination for the license of Nature Restoration Promoter after
the experience of practice more than 1 year. For details, see the homepage of Japan Greenery Researchand Development Center (http://www.jpgreen.or.jp/).
The following conditions must be satisfied to attain the license.
●

Attainment of 10 credits of special courses stipulated below.

●

Attainment of 2 credits of elective courses stipulated below.

FieldsCoursesSpecial courses

Landscape Ecology, Project of Landscape Science I & II

Elective courses

Advanced Theory on Nature Landscape and Imagination, Meaning of the Garden,
Quaternary Vegetation History, Environment and Landscape Development, Urban
Open Space Planning, Garden and Environment, Landscape Analysis andAssessment, Environmental Informatics, Ecohydrology, Development andManagement of Landscape, Landscape Planting and Management,
Aqua-environmental Ecology, Biodiversity and Conservation Biology, EcologicalEngineering, Regional Living Space Planning, People-Plant Relationships,
Regional Green Space Planning, Land Use Planning and Management－ 76 －

3．2019/2020 Class Timetable
Division of Environmental Horticulture（Master’s program）
Ⅰ
8:50～10:20

Mon.

Ⅱ
10:30～12:00

Advanced Lectures on Pest
Management

Advanced Lecture on Comparative
Agro-environmentⅠ

Nomura ・ Choh , E310

Takagaki , E310

Ⅲ
12:50～14:20

Term 1Ⅳ
14:30～16:00

Ⅴ
16:10～17:40

Advanced lecture on bioorganic reactions Project of Environment and Humanand pathways
Health Sciences Ⅰ

Project of Environment and Human
Health Sciences Ⅰ

Nishida ・ Matsuda , E205

Iwasaki・ Mishima

Iwasaki・ Mishima

People-Plant Relationships
Iwasaki ・ Mishima , E206

Tue.

Regional Living Space Planning

Plant Ecophysiology

Advanced Plant Cell Technology

Saito , E309

Hikosaka

Nakamura , E307

Urban Open Space Planning

Venture Business

Project of Landscape ScienceⅠ

Project of Landscape ScienceⅠ

Isoda , E103

Kobayashi , Expert Room (3F)

Kobayashi , Expert Room (3F)

Garden and Environment
Mitani ・ Zhang
Soil Fertility

Wed.

Inubushi ・ Yashima , E309

Kinoshita , E413

Landscape Ecology

Development and Managementof Landscape

Kobayashi ・ Kato , Expert Room (3F)

Takahashi , E412

Environmental Informatics

International trade in agriculture

Honjo ・ Umeki

Kobayashi

Thu.

English Presentation Ⅰ
PENABAZ-WILEY , E412
Advanced Microbial Engineering
Amachi ・ Soma , E309

Fri.

Ecodesign 1
Kinoshita

Ⅰ
8:50～10:20

Mon.

Ⅱ
10:30～12:00

Ⅲ
12:50～14:20

Ⅳ
14:30～16:00

Ⅴ
16:10～17:40

Advanced Lectures on Pest Management

Advanced lecture on bioorganic reactions Project of Environment and Human
Health Sciences Ⅰ
and pathways

Project of Environment and Human
Health Sciences Ⅰ

Nomura ・ Choh , E310

Nishida ・ Matsuda , E205

Iwasaki・ Mishima

Iwasaki・ Mishima

People-Plant Relationships
Iwasaki ・ Mishima , E206

Tue.

Regional Living Space Planning

Plant Ecophysiology

Advanced Plant Cell Technology

Saito , E309

Hikosaka

Nakamura , E307

Urban Open Space Planning

Venture Business

Project of Landscape ScienceⅠ

Project of Landscape ScienceⅠ

Isoda , E103

Kobayashi , Expert Room (3F)

Kobayashi , Expert Room (3F)

Advanced Food and Nutrition

Advanced Biochemistry

Theory of Microbial Industry
Miyauchi (Amachi)

Garden and Environment
Mitani ・ Zhang
Soil Fertility

Wed.

Inubushi ・ Yashima , E309

Kinoshita , E413

Landscape Ecology

Development and Managementof Landscape

Kobayashi ・Kato , Expert Room (3F)

Takahashi , E412
English Presentation Ⅰ

Environmental Informatics

Thu.

Honjo ・ Umeki

Yashima ・Shimoda , E412
Advanced Microbial Engineering
Amachi ・ Soma , E309

Fri.

Ecodesign 1
Kinoshita
Special lecture for Environmental
Horticultural Engineering

Advanced Lectures on Molecular

Nakano(Shiina)

Nakamura・ Horiuchi

Egashira ・ Hirai

Hanaoka ・ Kagawa

Advanced Lecture on Molecular Plant
Science

Advanced Lecture on Gene Regulation

Landscape Architecture Project Studio-A Landscape Architecture Project Studio-B

T1-T3 Advanced Biofunctional Molecular
Inten- Chemistry
sive Dohi

Hanaoka

Akita ・Ikebe ・Shimoda

Landscape Architecture Project Studio-C Technical Aspects of International
Landscape Practices

Watanabe ・Sonoda

Empirical Research in rural development

Bio-Environmental Ethics for
Scientists and Engineers

Kinoshita ・Shimoda

SuginoTobase (Matsuoka)

Shimoda－ 78 －

Ikebe・Akita ・Shimoda

時 間 割

Term 2Division of Environmental Horticulture（Master’s program）

Term 4

Division of Environmental Horticulture（Master’s program）
Ⅰ
8:50～10:20
EcohydrologyⅡ
10:30～12:00
Food Production and Distribution

Ⅲ
12:50～14:20

Ⅳ
14:30～16:00

Ⅴ
16:10～17:40

Plant Nutrient Physiology

Advanced Ornamental Plant Production

Ability to Complete in Technology

Sakamoto , E310

MiyoshiTsuzuki

Theory of care design

Project of Environment and Human HealthProject of Environment and Human Health
Sciences Ⅱ
Sciences Ⅱ

Engineering
Tang , Expert Room (3F)

Shiina ・Ogawa , E309

Mon.

Iwasaki, E307

Iwasaki・ Mishima

Iwasaki・MishimaMarketing Science
Yano

Tue.

Economics of rural tourism

Plant Molecular Breeding

Horticultural Crop Management

Ohe

Sassa

Kondo･Ogawa

Plant Physiological Information
Engineering

Meaning of the Garden

Goto

Zhang ・ Mitani
Landscape Analysis and Assessment
Yanai

Advanced Micrometeorology

Wed.

Matsuoka

Regional Green Space Planning

Project of Landscape ScienceⅡ

Project of Landscape ScienceⅡ

Kinoshita , E309

Kobayashi , Expert Room (3F)

Kobayashi , Expert Room (3F)

Quaternary Vegetation History

Introduction to Japanese Horticulture
Yashima ・ Takagaki , E103

Momohara , E103
Advanced Plant Pathology

Advanced Studies of Vegetable Crop
Production

Shishido ・ Usami , E309

Maruo・ Tsukagoshi・ Jokan

Land Use Planning and Management

Thu.
Akita , E307
Horticultural Resource Management
YoshidaStragetic Management

Landscape planting and Management

Isoda

SakuraiOmi , E205

時 間 割

Advanced Crop Production

Fri.

Term 5

Division of Environmental Horticulture（Master’s program）
Ⅰ
8:50～10:20
EcohydrologyⅡ
10:30～12:00
Food Production and Distribution

Ⅲ
12:50～14:20

Ⅳ
14:30～16:00

Ⅴ
16:10～17:40

Plant Nutrient Physiology

Advanced Ornamental Plant Production

Ability to Complete in Technology

Sakamoto , E310

MiyoshiTsuzuki

Theory of Care Design

Project of Environment and Human HealthProject of Environment and Human Health
Sciences Ⅱ
Sciences Ⅱ

Iwasaki , E307

Iwasaki・Engineering
Tang , Expert Room (3F)

Shiina ・Ogawa , E309

Mon.

Mishima

Iwasaki・MishimaMarketing Science

Project of Environment and Human Health
Sciences Ⅱ

Yano

Iwasaki・Horticultural Crop Management

Special Lecture on Landscape Science

Kondo･Ogawa

Honjo , D112

Regional Green Space Planning

Project of Landscape ScienceⅡ

Project of Landscape ScienceⅡ

Kinoshita , E309

Kobayashi , Expert Room (3F)

Kobayashi , Expert Room (3F)

Quaternary Vegetation History

Applied Microeconomics

Introduction to Japanese Horticulture

IshidaYashima ・ Takagaki , E103

Plant Physiological Information Engineerin Plant Molecular Breeding

Mishima（～19：20）

Goto

Koba ・ Sassa ・ Kikuchi
Meaning of the Garden

Tue.
Zhang ・ Mitani
Landscape Analysis and Assessment
Yanai
Advanced Micrometeorology

Wed.

Matsuoka

Momohara , E103

Thu.

Advanced Plant Pathology

Advanced Studies of Vegetable Crop
Production

Shishido ・ Usami , E309

Maruo・ Tsukagoshi・ Jokan

Land Use Planning and Management
Akita , E307
Advanced Crop Production

Landscape planting and Management

Isoda

Omi , E205

Fri.

Special Lecture for plant culture andbreeding 1

Advanced Enzymology

Molecular Environmental Physiology

Advanced Lecture on Applied Biological Plant Physiology of Environmental Stress
Chemistry

SugayaKodama・Miyahara

Miyamoto・ Fukuda

Watanabe

T4-T6 Seminar for Landscape Management
Intensive Yamashita ・ Hiramatsu

Sato ・ Suzuki

Landscape Architecture Project Studio-D Landscape Architecture Project Studio-E International Comparison of LandscapePlanning and Design Theory

Environment and Health Science
Noda

Shimoda ・Kinoshita

ShimodaShimodaSpecial seminar of Ploblems for foodand resources

Advanced Lecture on Food-resources

Project Management

Nature and LandscapeNakashima

Ohshima (Yoshida)

Takagaki ・Yashima

Furuya－ 80 －

Full

Division of Environmental Horticulture（Master’s program）
Advanced Fruit Tree Growing

Advanced Theory on Nature, Landscape Environment and landscape development Landscape Design Studioand Imagination

Topics on Landscape Science 1

Kondo

Shimoda

Ikebe

Hasegawa・ Nishioro

Biodiversity and Conservation Biology

Aquaenvironmental Ecology

Seminar for Human Health in Green Space Risk management and field life
preservation

Professional InternshipⅠ

UeharaTogashi・Kikuchi

Kagawa ・Iijima (Iwasaki)

Iwasaki

Mishima

Professional InternshipⅡ

Professional InternshipⅢ

Professional InternshipⅣ

Statistics for Economics

Trade theory and application to foodsystems

Honjo

Kinoshita

Yanai

Kurihara ・ Maruyama

Kawagoshi(Ishida)

Theory of Agribusiness Design

Internship

International InternshipⅠ

International InternshipⅡInternational InternshipⅢ

Intensive Fujii (Ishida)academic advisor

Takagaki ・Shimoda

Takagaki ・Shimoda

Takagaki ・Shimoda

Expert Seminar/PracticeⅠ

Expert Seminar/Practice Ⅱ

Expert Seminar/Practice Ⅲ

Expert Seminar Ⅳ

Expert Seminar Ⅴ

academic advisor

academic advisor

academic advisor

academic advisor

academic advisor

Expert Seminar Ⅵ

Special Lecture for Protected
Horticulture Ⅱ

Special Lecture for Protected
Horticulture Ⅲ

Protected Horticulture Project
Seminar/Practice Ⅰ

Protected Horticulture Project
Seminar/Practice Ⅱ

academic advisor

Takagaki ・Tsukagoshi

Takagaki ・Tsukagoshi

Takagaki ・Tsukagoshi

Takagaki ・Tsukagoshi

Protected Horticulture Project
Seminar/Practice Ⅲ

Protected Horticulture Project
Seminar/Practice Ⅳ

Takagaki ・Tsukagoshi

Takagaki ・Tsukagoshi

Special Lecture for plant culture andbreeding 2

Advanced Chemistry of Agricultual
Production

Advanced Metabolic Regulation

Science for Food Technology

Core Studio in Landscape Architecture

Minamisawa (Inubushi)

Kamagata

Egashira

Miyagi・Nemoto (Shimoda)

Ecological Engineering

Seminar for Human Health in GreenSpace 2

Sagawa(Umeki)

Shioji ・ TokuyamaNo
Ohsawa (Sassa)Class
in 2019 Landscape Planning Studio

Motonaka・ Okano・ Shimojo

Topics on Landscape Science 2
Ishida時 間 割－ 82 －

Term 1Division of Environmental Horticulture（Doctoral program）
Ⅰ
8:50～10:20

Ⅱ
10:30～12:00

Advanced Lectures on Pest

Mon.

Ⅲ
12:50～14:20

Ⅳ
14:30～16:00

Ⅴ
16:10～17:40

Advanced lecture on glycochemistry and Plant Cellular Breeding
glycomaterials

Management
Nomura ・ Choh , E310

Nishida ・Matsuda
Garden and Environment

Plant Ecophysiology

Mitani ・ Zhang

Hikosaka

Development and Management of

Venture Business

Nakamura ・ Igawa

Tue.
Soil Fertility

LandscapeWed.

Inubushi・Yashima , E309

Takahashi , E412

Isoda , E103

Landscape Ecology
Kobayashi ・ Kato , Expert Room (3F)

Thu.
Plant Genome Science

Development of Plant Resources

Sassa

Miyoshi
Advanced Microbial EngineeringFri.
Amachi ・Soma , E309
Ecodesign 2
Kinoshita ・ Ueda

Term 2Division of Environmental Horticulture（Doctoral program）
Ⅰ
8:50～10:20

Ⅱ
10:30～12:00

Advanced Lectures on Pest

Mon.

Ⅲ
12:50～14:20

Ⅳ
14:30～16:00

Management

Advanced lecture on glycochemistry and Plant Cellular Breeding
glycomaterials

Nomura ・ Choh , E310

Nishida ・Matsuda

Nakamura ・ Igawa

Kobayashi
Plant Ecophysiology

Mitani ・ Zhang

Hikosaka

Development and Management of

Venture Business

Tue.
Soil Fertility

LandscapeWed.

Inubushi・Yashima , E309

Takahashi , E412

Isoda , E103

Landscape Ecology
Kobayashi ・ Kato, Expert Room (3F)

Thu.
Plant Genome Science

Development of Plant Resources

Sassa

Miyoshi
Advanced Microbial EngineeringFri.
Amachi ・Soma , E309
Ecodesign 2
Kinoshita ・ Ueda

T1-T3 Advanced Food and Nutrition
Insensive Egashira ・ Hirai

Plant Molecular Physiology

Theory of Microbial Industry

Bio-Environmental Ethics for
Scientists and Engineers

Watanabe ・ Sonoda

Miyauchi－ 84 －

Tobase ・Matsuoka

時 間 割

Applications of international trade
theories

Garden and Environment

Ⅴ
16:10～17:40

Term 4

Division of Environmental Horticulture（Doctoral program）
Ⅰ
8:50～10:20

Ⅱ
10:30～12:00
Food Production and Distribution

Ⅲ
12:50～14:20

Ⅳ
14:30～16:00

Ⅴ
16:10～17:40

Plant Nutrient Physiology

Ability to Complete in Technology

Sakamoto , E310

TsuzukiEngineering
Shiina ・Ogawa , E309

Mon.

Microbiology and Resources
Chemistry
Amachi ・ Soma
System Engineering of LandscapeIshida(Tang), E413
Plant Physiological Information

Town and Country Planning

Advanced People-Plant Relationships

Environmental Information Science

KarasakiIwasaki ・ Mishima

Honjo ・ UmekiEngineering

Tue.

Goto

Meaning of the Garden

Geography on Food Economics

Zhang ・ Mitani
Advanced Micrometeorology

Umeda

Quaternary Vegetation History

Food Marketing

Momohara , E103

SakuraiIntroduction to International
Horticulture

Wed.
Matsuoka

Yashima ・ Takagaki
Multi-campus International LectureⅡ

Advanced Plant Pathology

Thu.
Shishido ・ Usami , E309

Sato
Landscape and Greenspace Design

Applied Statistics for Economics

Ikebe ・ Kinoshita

Maruyama ・ Kurihara

Fri.

Term 5

Division of Environmental Horticulture（Doctoral program）
Ⅰ
8:50～10:20

Ⅱ
10:30～12:00
Food Production and Distribution

Ⅲ
12:50～14:20

Ⅳ
14:30～16:00

Ⅴ
16:10～17:40

Plant Nutrient Physiology

Ability to Complete in Technology

Sakamoto , E310

TsuzukiEngineering
Shiina ・Ogawa , E309

Mon.

時 間 割

Microbiology and Resources
Chemistry
Amachi ・ Soma
System Engineering of LandscapeIshida(Tang), E413
Plant Physiological Information

Town and Country Planning

Environmental Information Science

Karasaki

Honjo ・ Umeki

Meaning of the Garden

Geography on Food Economics

Engineering

Tue.

Goto

Zhang ・ Mitani

Wed.

Umeda

Advanced Micrometeorology

Quaternary Vegetation History

Business Economics

Introduction to International
Horticulture

Matsuoka

Momohara , E103

IshidaYashima ・ Takagaki

Economics of Rural Resource
Management
Ohe

Thu.

Advanced Plant Pathology

Multi-campus International LectureⅡ

Shishido ・ Usami , E309

Sato

Advanced Lecture on FarmManagement
YoshidaLandscape and Greenspace Design

Applied Statistics for Economics

Ikebe ・ Kinoshita

Maruyama ・ KuriharaFri.

Ecological Plant Resources

Cultivation Science of Plant Resources

Special Seminar for Plant Culture

Topics in Applied Entomology

Advanced Enzymology

T4-T6
Insensive

and Breeding
Maruo

Isoda

Moriguchi

Nomura ・ Choh

Kodama・ Miyahara

Biodynamics and Biochemistry

Functional Science of Life Supporting

Molecular and Cellular Biology

Molecular Environmental Physiology

Plant Growth and Nutrition

KodamaEgashira

HanaokaMiyamoto・ Fukuda (Kodama)

Sakamoto

Advanced Lecture on Comparative Agro- Nature and Landscapeenvironments II(Mainly Wednesday afternoon)

TakagakiIwasaki ・ Mishima

FuruyaAdvanced People-Plant Relationships－ 86 －

Full

None in2019

Insensive

Division of Environmental Horticulture（Doctoral program）
Physiology of Plant Resources

Plant Genome BreedingSpecial Lecture on environmental

Advanced Theory of Plant

physics of bio-production

Pathosystem

Kondo ・ Ohara

Komatsuda

Goto

Shishido ・ Usami

Inubushi ・ Yashima

Pedosphere Science

Environmental Analytical Chemistry

Advanced Lecture on Nature Therapy

Expert Seminars / Exercises/ Laboratory Experiments

Landscape Planning and Management

Yanai ・ Akita

Inubushi ・ Yashima

Nohara (Inubushi)

Iwasaki・ Noda

academic advisor

Biodiversity and Conservation Biology

International InternshipⅠ

International InternshipⅡInternational InternshipⅢ

UeharaTakagaki ・Shimoda

Takagaki ・Shimoda

Takagaki ・Shimoda

Pedosphere Science

Functional Genomics

Kawakami (Nakamura)

時 間 割－ 88 －