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[ CONNNECT ] ivity Kathryn Harris Rachel Randall Veronica Acosta

EROSION theather site analysis

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theater design. clemson university

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Page 1: EROSION theather site analysis

[CONNNECT]ivityKathryn HarrisRachel RandallVeronica Acosta

Page 2: EROSION theather site analysis

Site Views

Page 3: EROSION theather site analysis
Page 4: EROSION theather site analysis
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CONFERENCE CENTER AND INN

line of importance

Page 7: EROSION theather site analysis

clemson house

tillman

stadium

little john

water tower

site

smoke stack

highest elevationsfeet above sea level

Page 8: EROSION theather site analysis

georgia

SOUTH CAROLINA

TO ATLANTA

TO CHARLOTTE

TO COLUMBIA

SAVANNAH RIVER

SENECA RIVER

_______ RIVER

CLEMSON,SC

LAKE

JOC

ASSE

ELA

KE K

EOWE

E//

LAKE

HAR

TWEL

L//

connectivityby water

Page 9: EROSION theather site analysis

georgia

SOUTH CAROLINA

TO ATLANTA

TO CHARLOTTE

TO COLUMBIA

SAVANNAH RIVER

SENECA RIVER

_______ RIVER

CLEMSON,SC

LAKE

JOC

ASSE

ELA

KE K

EOWE

E//

LAKE

HAR

TWEL

L//

connectivityby water

Page 10: EROSION theather site analysis

vehicular access

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pedestrian path

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service access

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shuttle option

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connectivityby land

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1:350

SUN PATH

Spring and fall equinox

Winter

solst

ice

summer

solst

icesummer solstice

Winter solstice

summer wind

winter wind

high noon

Sunset

Sunrise

y

x

x

x

x

y

y

y

solar orientation

Page 16: EROSION theather site analysis

zoning research

-CANNOT build below 660 feet above sea level-Maintain schoreline vegetation -quality resource -sound management -preserve wetlands and habitat -prevents erosion

-Did you KNOW? -An acre of trees can: remove up to 13 tons of pollutants from the air give off enough oxygen for 18 people daily conserve up to 100 lbs. of topsoil during a 2-inch rainfall reduce cooling costs 25 % in 90-degree weather. reduce noise pollution by 50% provide homes for 400 species of wildlife and thousands of beneficial microorganisms

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Ntree study+zoning

100’ building restriction

existing rowing facility @ 100’ from shoreline

proposed remaining trees- most desirable for landscape

Page 18: EROSION theather site analysis

brooks center2.73 mi.

off site shuttle.76 mi.

bowman field1.4 mi.

02min

12min

08min

$0.08

04min

21min

16min

$0.14

07min

45min

25min

$0.28

PROXIMITY MAPPING

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public

transition

private

buffer

buffer

buffer

transitionpublicbuffer bufferprivatelake hartwell

PRELIMINARY SITE USE

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site sectionn o r t h/s o u t h

660 ft.Lake Hartwell

highest point on site 720 ft.

tallest tree canopy 795 ft.

hwy93 -------site boundaries------

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Every 100’

Section 1

Section 2

Section 3

Section 4

Section 5

Section 6

Section 8

Section 7

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100’

EASTWEST SITE

Section 1

Section 2

Section 3

Section 4

Section 5

Section 6

Section 8

Section 7

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created by u s e r s and n a t u r e

STABILIZE SCULPT

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Stabilizeto maintain balance between the natural and the built.

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100’ building restriction

existing rowing facility @ 100’ from shoreline

buffer

theatre

public

private

bufferLobby

back ofhouse

site stabilizationa c c e s s

Page 26: EROSION theather site analysis

lakehartwell

rive

r

highway93

site stabilizationF O O T P R I N T

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lakehartwell

rive

r

highway93

site stabilizationt e r r a c i n g

640680720760

800840

full flood @660

N

Page 28: EROSION theather site analysis

site stabilizationC H A R A C T E R

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Sculptto allow and embrace natural transforma-tion.

Page 30: EROSION theather site analysis

preliminary site use

100’ building restriction

existing rowing facility @ 100’ from shoreline

lobbyauditorium

buffer

buffer

buffer

back of house

public

private

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views study

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site sculptureF O O T P R I N T

HIGHWAY 93lake hartwell

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site sculptureF O O T P R I N T

HIGHWAY 93lake hartwell

640680720760

800840

full flood @660

entrance @720

flyhouse pro-file @790tree canopy

Page 34: EROSION theather site analysis

site sculpturecharacter

Page 35: EROSION theather site analysis

created by u s e r s and n a t u r e

STABILIZE SCULPT

Erosion