DIG Studio: EndScript: Quick Slides

Page 1


dig studio\\:


is


tera leann jordan david


RIVER BASIN

D2 E

HUC6-2

G F

HUC6-1

H

A

Post-Superfund Reclamation WILLAMETTE RIVER BASIN

PORTLAND INDUSTRIAL PORT

N.T.S. n>

01

WATERSHEDS

Port of Portland

J

B C

01 CONFLUENCE

A SCHNITZER

C TOYOTA LOTS

02 CATHEDRAL PARK

D2 McCORMIC & BAXTER

D1 ARKEMA

02

D1

COLUMBIA RIVER BASIN

E G

HUC6-1

F

01> A> C> 02> D1> D2> F> J>

H

N.T.S. n>

J FREEMONT BRIDGE

SCHNITZER -TERMINAL 5

A

SMITH & BYBEE

B

TOYOTA LOTS

C

ARKEMA & MCCORMICK

D

SWAN ISLAND

E

ALBINA RAILYARD

F

WESTSIDE RAILYARD

G

TANK FARM

H

CONFLUENCE SCHNITZER STEEL TOYOTA LOTS CATHEDRAL PARK B ARKEMA A McCORMIC & BAXTER ALBINA RAIL YARD C FREEMONT BRIDGE D

FALLOW INDUSTRIAL

H

SOCIAL INDUSTRIAL ECOLOGICAL

E

<COLUMBIA RIVER BASIN; LOWER WILG LAMETTE RIVER BASIN; HUC6-1 F& HUC62 BASINS; Smith & Bybee north PDX buffer Fallow: inactive, no use

Transitioning Industrial Area

Active Industrial Area Level 1 Active Industrial Area Level 2

1:35000 n>

WILLAMETTE RIVER BASIN

FUTURE ACTIVATIONS

WATERSHEDS

J

PORTLAND INDUSTRIAL PORT

F ALBINA RAILYARDS

PRESENT FUTURE

HUC6-2

KEY LOCATIONS

D2

University of Portland

SUPERFUND SITES ALONG THE LOWER WILLAMETTE (above).


SC HN L EE

ST

E

RK

PA

T ET AM

ER

L IL

Z IT

W

ST RE FO

Topo

Topography of the Willamette These sections show the relationship within the river basin of the hills to the west that lead up into Forest park, and the Skidmore bluffs to the east that separate the infilled flood plane.

TRANSECT 5 1:12500

SK M ID E OR

IN

BL

RM 4

F UF

AL

TE

RK

ET

PA

AM

ST

L IL

TE

W

RE FO

TRANSECT 4

SK

M OR CC

M

1:12500

M

ID F UF

BL S

R

A

TE

M

ET

E XT

M

KE

RK

PA

BA

LA

AR

ST

&

IL

E OR

K IC

W

RE FO

TRANSECT 3 E

D FS

UF

RD

YA

BL

IL

P-1:35000 T-1:10000 n

E

RA

E

T ET

M

TOPO

OR

A

LA

1:12500

DM

I SK

N

BI

AL

IL W

TRANSECT 1

FS

N

1:12500

UF

LA

TE

TRANSECT 2

BL

IS

ET

RK

PA

M

ST

LA

AN

OR

SW

IL

RE

W

FO

M

ID

SK

1:12500


Edge Flex

RM-1

Shoreline future possibilites

RM-2

HIGH SHORELINE FLUX & XXXX INDUSTRY

RM-3

ECO-SERVICES Industy and ecosystem services co-exist, always overlapping to various degrees.

EAST BANK RM-1

RM-2

RM-3

RM-4

RM-5

RM-6

RM-7

RM-8

WEST BANK

RM-4

RM-5

RM-6

RM-7

:35000 >

DGE FLEX

RM-8

RM-9

RM-10

RM-11

RM-9

RM-10

RM-11

RM-12

Description of the amount of speculative change forseen at various points along the waterfront. Through analysis of the land uses along the waterfront we created a rating for points along the waterfront.


SCHNITZER -TERMINAL 5

A

Future Activations

Current and future useages SMITH & BYBEE

B

TOYOTA LOTS

C

ARKEMA & MCCORMICK

D

SWAN ISLAND

E

ALBINA RAILYARD

F

WESTSIDE RAILYARD

G

TANK FARM

H

Current hegemonic land uses are outlined in percentages. Graphed temporal projections reveal potential future alterations and overlaps to increase productive economic, ecological social space.

B A

1:35000 n>

D

FALLOW INDUSTRIAL

E

H

= FILTER

Smith & Bybee north PDX buffer Fallow: inactive, no use Transitioning Industrial Area

G

Active Industrial Area Level 1 Active Industrial Area Level 2 University of Portland

PRESENT FUTURE

FUTURE ACTIVATIONS

C

F

SOCIAL INDUSTRIAL ECOLOGICAL


dig studio\\: WHAT THE HEX? O FL

{ investigate } approaches to healthy design

WS

AN CH

C

MI

Design needs new approaches to create healthier landscapes, people and ecologies

BR

IZO

RH

ING

SWARM

CO E

EM ICA CH

IV AT

> to understand the health implications of design

L

OR AB LL

1. PROCESS OF DESIGN:

AGGREGATE

2. FRAMEWORK FOR DESIGN:

IN CK PA

Entropy is inherent in our urban and ecological systems, our futures are dynamic and indeterminate. Here, we discover a correlation between entropy and health. Design strategies and architectures overlook entropy, often operating under the contrived notion of static outcomes and complete control of systems. In contrast, DIG STUDIO asserts that instead of fighting entropy, it is in fact advantageous to engage entropy as a systemic approach to making healthier spaces. We understand that designs can be insufficient, that they can falter, or even fail; we are designing for that potential failure. These insufficiencies and failures are opportunities for ecological and social health.

G

> to address site complexity (embracing entropy)

{ the how } establishing a new methodology Entropy as design tactic is not just an exploration, but rather a critical & philisophical stance: a way to move toward healthier spaces. //Stigmergy* [aka Self Organizing Systems] Stigmergy is thought by many to be the principal mechanism whereby complex and coherent structures can arise “from the bottom up”, that is, through self-organized behavior of multitudinous agents that themselves have no conception of what they are building. As such, stigmergy is one of the foundation stones for an atomist philosophy of biology: all the complex and wonderful contrivances of the living world are explainable by the low-level interaction of “atoms”, autonomous and indivisible units that interact according to a discernible and limited set of rules. —Professor Scott Turner, Syracuse University

//Variable, Nonlinear Design Tactics

Explanation of the proposed methodology


{ gameboard } the new methodology

BRACE [THE GAMEBOARD]

1. Overlay the gameboard 2. Examine script archive & in process scripts & scores 3. Write scripts > individual scripts are initally written based on chemical plumes present in the river, in sediment/soil, & in groundwater (hotpots) 4. Run script(s) > programming and spatial form arise from scripting tactics when compounded along a time axis

HOTSPOT: GAME BEGINS HERE

scoring scripts script [noun] 1. the dialogue and instructions for a play, musical or other performance work 2. a program or sequence of instructions that is interpreted and carried out 3. to scratch an outline, sketch, from base *sker- cut, incise “A special looking glass into the labyrinths of potential space.”

GENERAL SCRIPT

-Cecil Balmond

[INITIAL PERFORMANCE]

H H

H

H

C C

C

C

C C

H

=

+ H

IMPAIRMENTS [E. G BENEZENE]

REMED I A T OR

p

Explanation of the concept of “scripts.”


\scripts remediation > regeneration: scripts initially based on phytoremediation processes, technology, and simple inputs of experiential components. together they begin to shape, within the scripting sequence, programming and performances for the gameboard. by-product of in-process scripts > initial program and performance

T E C H N O L O G Y B.

RAIL CONSTANT

T E C H N O L O G Y A.

1. O I L

+

2. PAHs 3. B - T E X 4 . PHT HAL AT E S

USER INTERFACE

RECIPE FOR EXPERIENCE

+

=

by-product of in-process scripts > performance > charting indeterminacy

VARIABLE SITE RESULTANTS H H

+

C

C

C H

H

C

SI TE CO NSTA NT

C C

H

H

ORG I N A L R E M EDIATION SCRIP T PRESENT

PRESENT

INSERTED SCRIPT

POSSIBLE FUTURES TEMPORAL ANALOG OF THE FUTURE [UNBRACKETED] 360° POSSIBILITES

POSSIBLE FUTURES TEMPORAL ANALOG OF THE FUTURE [BRACKETED] CONAL POSSIBILITES

Explanation of the concept of “scripts.” & outcomes


C

C

H

H

+

=

H

H H

H

C C

C H

C C C

H

C C C C

H

H

,

=

+

H

,

,

NAPHTHALENE

Cd Cd Cd

Cd Cd

NICOTIANA

CADMIUM

H C

Cl

,

TABACUM

Cl

Cd

+

=

Cd

,

BTEX PAH

Cd

=

+

Cl

& H

H C

Cl

C

Cl

+

Hg

,

ENDOPHYTE++

= JUNCUS MARITIMUS

MERCURY

FRESHMARSH

EFFLUENT TREATMENT BIOFUEL PRODUCTION STORMWATER DETENTION

POPLARS

= WILLOW

EFFLUENT

H C C

Cl

Cd

TCE

+ WASTEWATER

H C

PAH

BTEX

PAH

BIODEGRADATION

=

TCE

PAH

CLEANSED RIVER SEDIMENT

CONTAMINATEDNANOBUCK RIVERSEDIMENT

Cd

+

Cd

,

=

TCE

TCE

ACCUMULATION

Pb

+

ACCUMULATOR

Pb

SEQUESTRATION

Pb Pb

SEQUESTRATION

Pb

=

H

PAH

Pb

Pb

+

&

Cd

BTEX

Cd

HEAVYMETAL REMISLAND ISLAND ORGANICCHEMICAL

Pb

BTEX

PAH

BIRCH

BTEX

CH3

,

=

+

EG.

,

SEQUESTRATION

C

TOLUENE

&

H H C

H

BREAK DOWN OF BTEX COMPOUNDS

C

C

PLUME STOPPAGE AFTER ROOT GROWTH

C

C

BANKRESTORATION

,

ROBUST GRASSES

H

C

C

NANOTUBE

GROUNDWATER

=

BIODEGRADATION OGRANICCHEMS

CONTAMINATED

+

&

BIND+SEQUESTER

,

SEA LEVEL RISE

=

+

CLEANSED WATER

5 4 3

+

H

C

H

,

+ + + + +++ + +

BROKEN PHA’S

H

H

FILTER+DEGRADE

RAIL CONSTANT

USER INTERFACE

EG.

PAH’s

(POLYAROMATIC HYDROCARBONS)

,

climate change

ENDOPHTYE++

POPLAR

TNT

CH3

TNT

NO2

RDX RD

X

,

HEAVYMETAL ORGANICCHEMICAL

GMO

POPLARS

TCE

TCE

TCE

TCE

As

,

+ CHINESE BRAKE

FERN

=

SEQUESTRATION

RD

=

+

BIODEGRADATION

NO2

=

ACCUMULATION

O2N

+

GMO GRASS OUTCOMPETED

N

&

BROKEN RDX

N

TNT

NO2

O2N

N

SEQUESTER TNT

NO2

RD

SCRIPT ARCHIVE SET A-1 Set of scripts


McCormic & Baxter : Indeterminate outcomes


McCormic & Baxter : Siteplan with health scripts (left side) & process scripts (right side)


McCormic & Baxter : Existing section showing cap Proposed sectional alterations


TOME

 ON DISPLAY IN THE LOBBY


TOME

 ON DISPLAY IN THE LOBBY


TOME

 ON DISPLAY IN THE LOBBY


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