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West East North-south cross-section Parts list (pattern) : Seven A4 sheets (No.1 to No.7) No. of Parts : 16 Editor Mt. Fuji (Japan) Mt. Fuji sits on the foundation of Mt. Komitake, a volcano that erupted hundreds of thousands of years ago. Approximately 100,000 years ago, Older Fuji began to erupt on Komitake's southern incline. Older Fuji erupted repeatedly and explosively, scattering large volumes of volcanic ash over a broad area. Finally, some 10,000 years ago, the structure of the volcano changed, as Younger Fuji became active, with large quantities of molten lava flowing from the mountain's peak and sides. The last eruption took place in 1707 (the fourth year of the Hoei Era), creating Mt. Hoei. Since then, Mt. Fuji has been volcanically inactive. Recent avalanches have occurred on the mountain's slopes, centering on the Osawa Collapse. Motomaro Shirao Born in Tokyo in 1953; graduated from the Faculty of Science, Tohoku University; Master's degree (in volcanic geology) from the Graduate School of Science at the University of Tokyo; now a photographer and science writer; focuses on promoting science and scientific education through photography and writing on various subjects, from volcanoes to astronomy. View of completed model * This model was designed for Papercraft and may differ from the original in some respects. * Build the model by carefully reading the Assembly Instructions, in the parts sheet page order. Japan Mt. Fuji (volcanic structure) : Pattern

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Page 1: mt-fuji_e_a4

WestEast

North-south cross-section

Parts list (pattern) : Seven A4 sheets (No.1 to No.7)No. of Parts : 16

Editor

Mt. Fuji (Japan)Mt. Fuji sits on the foundation of Mt. Komitake, a volcano that erupted hundreds of thousands of years ago. Approximately 100,000 years ago, Older Fuji began to erupt on Komitake's southern incline. Older Fuji erupted repeatedly and explosively, scattering large volumes of volcanic ash over a broad area. Finally, some 10,000 years ago, the structure of the volcano changed, as Younger Fuji became active, with large quantities of molten lava flowing from the mountain's peak and sides. The last eruption took place in 1707 (the fourth year of the Hoei Era), creating Mt. Hoei. Since then, Mt. Fuji has been volcanically inactive. Recent avalanches have occurred on the mountain's slopes, centering on the Osawa Collapse.

Motomaro ShiraoBorn in Tokyo in 1953; graduated from the Faculty of Science, Tohoku University; Master's degree (in volcanic geology) from the Graduate School of Science at the University of Tokyo; now a photographer and science writer; focuses on promoting science and scientific education through photography and writing on various subjects, from volcanoes to astronomy.

1

View of completed model

* This model was designed for Papercraft and may differ from the original in some respects.

* Build the model by carefully reading the Assembly Instructions, in the parts sheet page order.

Japan Mt. Fuji (volcanic structure) : Pattern

Page 2: mt-fuji_e_a4

East

cross-

secti

on

East cross-section

North South

2

Japan Mt. Fuji (volcanic structure) : Pattern

Page 3: mt-fuji_e_a4

West cross-section

Wes

t cro

ss-se

ctio

n

Younger Fuji (10,000 years ago - today)

Older Fuji (100,000 - 10,000 years ago)

Mt. Komitake (hundreds of thousands of years ago)

Younger Fuji

Older Fuji

Mt. Komitake

Magma chamber

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Japan Mt. Fuji (volcanic structure) : Pattern

Page 4: mt-fuji_e_a4

Eastern base

Western base

Easternbase A

Westernbase A

Westernbase B

Easternbase B

Glue to easternbase B as the final step.

Rear tab

Rear tab

Rear tab

Glue toeasternbase B

Glue towest

cross-section

Glue towesternbase B

Canon Creative Park Mt. Fuji (volcanic structure)

4

Japan Mt. Fuji (volcanic structure) : Pattern

Page 5: mt-fuji_e_a4

Eastern incline 4

Eastern incline 3

Mt. Hoei

Eastern incline 2

Eastern incline 1

Eastern

incline 3

Eastern

incline 2

Eastern

incline 1

Mt . F u j i S ky l in e R d.

Subashiriguchi Trail

Yoshidaguc h i Trail

Lake Yamanaka

H i g a s h i f u j i g

o k o H

wy

Eastern incline

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Japan Mt. Fuji (volcanic structure) : Pattern

Page 6: mt-fuji_e_a4

Fu

j i Su

b

a r u L i n e

Mt.Omuro

Lake Kawaguchi

Lake Sai

Lake Shoji

Lake Motosu

Aokigahara forest

Western incline

Western incline 4

Western incline 3

Western incline 2

Western incline 1

Western

incline 3

Western

incline 2

Western

incline 1

Osawa Collapse

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Japan Mt. Fuji (volcanic structure) : Pattern

Page 7: mt-fuji_e_a4

Right-angle support

Rear tab Rear tab

Rear tab Rear tab

How to build the right-angle support

Glue these two identical pieces (with mark) together.

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Japan Mt. Fuji (volcanic structure) : Pattern