Landscape Architecture Portfolio Blake Schouten

Blake Schouten Landscape Architecture Portfolio

0.0 Table of Contents 1.0

Braided Moments | LA River Redesign

2.0

Ash Breaks | Adaptive Fencing

3.0

Cascade Crest | Construction Documents

4.0

Landscape Wildlands | Wildfire Design

5.0

Fireline | Ecological Outreach Tool

6.0

Perspectives of Disruption | Site Design

7.0

Mine Seed | Design Research

8.0

Transversales Verdes | Superblock

9.0

Collaborative Partnerships

Right: Codesign Session, Overlook Field School, 2024.

Blake Schouten

+1 503-939-2089 blakeschouten4@gmail.com

Experience Overlook Studio Assistant University of Oregon | July 2024 - August 2024 - Prepared materials and participated community engagement and codesign sessions.

- Provided design critique and assistance throughout the schematic design of a riverfront masterplan.

- Taught lessons on technical workflows and design methodology.

Fuller Design Fellow Studio Assistant

University of Oregon | January 2023 - July 2024

- Collaborated with David Buckley Borden and a multidisciplinary science and design team.

- Produced narrative driven designs that spark discourse about practice and place.

- Organized engagement-based events on and off campus.

ASLA BLA Outreach Coordinator University of Oregon | March 2023 - Present - Planned and led academically focused workshops and engagement events.

- Served as a connection between undergraduate students and the department.

- Worked with the MLA Outreach Coordinator to organize ASLA oriented events.

Stage Manager Assistant

University of Oregon | April 2021 - Sept. 2022

- Assisted with design, installation, performance, and review of musical concerts.

- Communicated with performers in a clear manner to ensure timely and productive events.

Education Bachelors of Landscape Architecture University of Oregon | June 2024 Select Studios Date Instructor Comprehensive Project Overlook Field School Construction Documents Lookout Landscapes

Barcelona Urban Design Program Mine / Seed

LA River Redesign

| Fall + Winter 23/24 | Summer 2023 | Spring 2023 | Fall + Winter 22/23 | Summer 2022 | Spring 2022 | Winter 2022

|Liska Chan |Ignacio Lopez Buson + Mary Polites |Ignacio Lopez Buson |David Buckley Borden |Ignacio Lopez Buson + Phillip Speranza |Leslie Ryan + Erin Moore |Jean Yang

Collective Exhibitions Forest Field Reports, 2023, College of Forestry, Oregon State University, Corvallis, OR Arboreal Anglers, 2023, Green River Island, Mackenzie River Trust, Eugene, OR Holding Fire, 2023, Well Well Projects, Portland, OR Forest Fashion Lookout Edition, 2023, Lawrence Hall, University of Oregon, Eugene, OR Kitchen Sink Magazine Gallery Release, 2023, Hayden Gallery, University of Oregon, Eugene, OR

Awards Undergraduate Merit Award, 2024, Oregon ASLA

Publications

Above:

“Forest Fashion.” Arnoldia, Fall 2023, Volume 80, Issue 3, 48-56.

Public Engagement, Arboreal Anglers Project, The Shedd Institute, 2024.

1.0 Braided Moments | LA River Redesign Winter 2022 Studio

Instructor: Jean Yang Rhino + Grasshopper, Illustrator, Photoshop, InDesign, ArcGIS Pro Role: Schematic Design Responsibilities: Design Concepts, Site Inventory, Analysis, Perspectives, Sections.

One of the main challenges was the certainty of flooding on site. Detention ponds and terraced access allowed this part

Left to right: Conceptual Diagram Conceptual Plan Project Objectives

of the river to flood while still remaining accessible. Braids reintroduced on the G20 Parcel along the LA River serve several purposes. Daylighting these historic forms that the river once took create flood resilient spaces that are accessible and flexible for community events. The braids also enhance water quality on the site, slowing down runoff from adjacent businesses.

Clockwise from bottom: Site Section Circulation and water diagram Vignette

2.0 Ash Breaks | Adaptive Fencing Overlook Summer 2023 Studio - Collaboration with Tellez Santaella Instructors: Ignacio Lopez Buson & Mary Polites Rhino + Grasshopper, QGIS, Illustrator, Photoshop, InDesign Ash Breaks was a project developed in collaboration over a month spent at the Overlook Farm in Pennsylvania. The ash forest on site had been decimated by Emerald Ash Borers and lacked a sufficient canopy. We were tasked with thinking about how to re-purpose on site material to promote ecological restoration and science communication.

We proposed a modular fence system that used ash and poplar to create a modular fence for ecological management. By weaving in new and old land management

Clockwise from bottom left: Project framework Ash Break Typologies Mapped Snag Density Initial Fence Plan along low angled slopes

practices, we aimed to honor the deep history of the site as a productive landscape while also looking towards the future of these forests.

In the project, we used a combination of GIS and Drone surveying to accurately map the forest conditions and propose interventions that reacted to these existing conditions. The network and form of the fence was iterated on through grasshopper and physical models. This helped bridge the gap between large scale and small scale work on site.

Clockwise from left: Model photos Fence Timeline

LEGEND Friendly Hall

3.0

LA 489 / 589 SPRING 2023

EXTENT OF WORK

CONSTRUCTION STUDIO: Discrete Topographies

Fenton Hall

Cascade Crest | Construction Documents

Prof. Ignacio Lopez Buson

VEHICULAR LANE

BLAKE SCHOUTEN

5" TRENCH DRAIN

467.7'

HP 470.27'

Spring 2023 Studio

PROPOSED CONTOUR

EXISTING CONTOUR

70

4

468

9.5

46

9 46

5%

468.5

SLOT DRAIN

X MA

HP 469.49'

Instructor: Ignacio Lopez Buson Rhino + Grasshopper, AutoCAD, Photoshop

MAX 5%

TRENCH DRAIN 469

468.49'

BENCH TREE TRUNK

468.5

Tykeson Hall

MAX 5%

LP 466.85'

TB 468.71 BB 467.21'

468.14'

467.82'

TB 447.55' BB 446.05'

468.54'

ANNOTATIONS

TB 469.91 BB 468.41'

TB 469.48' BB 467.98'

.5

468

HP

HIGH POINT

LP

LOW POINT

TB

TOP OF BENCH

BB

7

BOTTOM OF BENCH FLOW DIRECTION

5

467.

TB 469.48 BB 467.98'

TB 469.42' BB 467.92'

1" SLOT DRAIN

TB 470.4 BB 468.9'

3%

While this project was focused on the SD to DD process, I used a novel workflow to directly involve environmental and grading information into the design. Through Grasshopper, we explored unique paving patterns that were then integrated into circulation, drainage, and planting strategies.

OVERFLOW DRAIN 468

467.56'

MAX

Details of specific elements were also included in the set of plans and referenced in the drawings. Drawings were primarily made in AutoCAD with a select few in Rhino to incorporate paving patterns and Grasshopper information. A model was also fabricated using a unique workflow moving from Grasshopper to lasers to achieve a detailed gradient effect that reflected the unique paving system.

46

Role: Design Development / Documentation Responsibilities: SD to DD process, Documentation, Site analysis, Paving systems with an emphasis on parametric iteration.

Checked: Project #:

.5

468

HP 469.35'

Date:

06, 06, 2023

Rev. #:

Date:

PHASE

100% DD

5

469.

Clockwise from bottom left: Materials Plan Grading Plan Model Photo

Facing page, clockwise from bottom left: Site Sections Site Renders Details Paving Detail LEGEND Friendly Hall

LA 489 / 589 SPRING 2023

EXTENT OF WORK

CONSTRUCTION STUDIO: Discrete Topographies Prof. Ignacio Lopez Buson

VEHICULAR LANE

BLAKE SCHOUTEN

TRENCH DRAIN

4" x 8" VERONA PAVER

STORMWATER PLANTER

P

PLANTER (P)

P

P

P

BIKE RACK

BENCH P

TREE TRUNK

01 L601

P

P

P

BIS

Drawn By:

P

Checked: Project #:

02 L601

P

0001 A

Date:

05, 10, 2023

Rev. #:

Date:

#

P

01 L602

PHASE

SCALE

100% DD 1" = 20'-0"

SHEET TITLE

MATERIALS PLAN

UNIVERSITY STREET

SHEET #

N

10'

0'

20'

L200

0001 A

#

469

P

BIS

Drawn By:

469

468

470

SCALE

1" = 20'-0"

SHEET TITLE

GRADING DRAINAGE PLAN

UNIVERSITY STREET

SHEET #

N

10'

0'

20'

L400

1'-2" Mass Timber Bench

CONSTRUCTION STUDIO: Discrete Topographies

01 L104

Anchor Screws

Fenton Hall

Prof. Ignacio Lopez Buson

Sand Setting Bed

Concrete Footing 1" below Frost Line

BLAKE SCHOUTEN

LA 489 / 589 SPRING 2023

Unit Paver

CONSTRUCTION STUDIO: Discrete Topographies

Compacted Crushed Stone Base

1'-6"

Fenton Hall

0'-1"

LA 489 / 589 SPRING 2023

Steel Edge Plate

Prof. Ignacio Lopez Buson

10MM Slot Opening

BLAKE SCHOUTEN

Flow to Stormwater Planters

Compacted Subgrade

0'-4"

0'-2"

0'-4"

Sand Setting Bed Compacted Crushed Stone

0'-4"

0'-10"

0'-4" 0'-4"

1'-6"

0'-2"

Planter

0'-5"

1'-4"

01

TYPICAL BENCH AND PLANTER EDGE

SLOT DRAIN

02

1" =1'-0"

1" =1'-0"

12'-0" Typical Tykeson Hall

2'-0" Minimum Bottom

BIS

Drawn By:

04 L602

Checked: Project #:

06, 06, 2023

Rev. #:

Date:

1'-0"

Date:

BIS

Drawn By: Checked:

0001 A

Project #:

#

0001 A

Date:

06, 06, 2023

Rev. #:

Date:

#

Swale Soil PHASE

PHASE

100% DD

SCALE

100% DD

Compacted Subgrade SCALE

N/A

VARIES

Overflow to approved discharge point

SHEET TITLE

SHEET TITLE

RENDER

DETAILS

SHEET #

03

L700

1" =1'-6"

L601

LEGEND 90% White 10% Light Gray 0% Dark Gray

0'-4"

N=585.96 E=1191.15 LA 489 / 589 SPRING 2023

TYPICAL SWALE

SHEET #

PAVER CENTERLINE

CONSTRUCTION STUDIO: Discrete Topographies

EVA Access

Stormwater Planter

Prof. Ignacio Lopez Buson

01 L601

"

04 L602

02

"

1" = 0'-6"

14'-0"

18'-6"

5'-6"

26'-6"

Nominal 1/16" joint

5'-0

18'-6"

7'-6"

Prof. Ignacio Lopez Buson

BLAKE SCHOUTEN

VERONA PAVER

20'-0"

1'-6" 17'-0"

CONSTRUCTION STUDIO: Discrete Topographies

0% White 60% Light Gray 40% Dark Gray

5'-0

N=578.46 E=1171.94

Steel Edge Planter

0'-

4"

10% White 80% Light Gray 10% Dark Gray

5'-0

03 L601

Bike Racks

6"

0'-

BLAKE SCHOUTEN

PAVER OFFSETS

LA 489 / 589 SPRING 2023

" 0% White 40% Light Gray 60% Dark Gray

109'-0" " 5'-0

ASTM C144 / C33 Sand Joint

01

ANNOTATION SYMBOLS XXX

SITE SECTION - TYPICAL STREET WIDTH

1" = 10' - 0"

03

RUNNING BOND 1" =2'-0"

0% White 10% Light Gray 90% Dark Gray ASTM C33 Sand Bed

Checked: Project #:

"

'-0

Date:

12

05, 10, 2023

Rev. #:

6" Steel Edge W/ 1/4" Dia. Pin at 24" O.C. Planting Bed

Compacted Crushed Stone Base

0001 A

Date:

Concrete Slab min 4" thickness

Unit Pavers

BIS

Drawn By:

Checked: Project #:

06, 06, 2023

Rev. #:

Date:

Planter Soil

20'-0"

110'-6"

24'-0"

20'-6"

SCALE

0'-6"

28'-0"

100% DD

0% White 50% Light Gray 50% Dark Gray

1" = 10'-0"

0001 A

Date:

PHASE

18'-0"

PHASE

BIS

Drawn By:

#

0'-4"

#

NORTHING EASTING Callouts

15 0'-2" 0'-3 16 "

02 L601

DIMENSIONS

#4 Steel Rebar

Steel Edge Planter Slot drain

N=XXX E=XXX

100% DD

SCALE

N/A

Compacted Subgrade SHEET TITLE

SHEET TITLE

02

SITE SECTION - FRIENDLY PLAZA 1" = 10' - 0"

PAVING DETAILS

SITE SECTIONS SHEET #

L600

01

PAVING LAYOUT

1" = 5' - 0"

04

VEHICULAR AND PLANTER EDGE 1" =1'-0"

SHEET #

L602

2

NEWBERG

NEWBERG

4.0 Landscape Wildlands | Wildfire Design

SALEM

SALEM

Fall 2023 Comprehensive Studio Part 1

ALBANY

ALBANY CORVALLIS

CORVALLIS

Instructor: Liska Chan ArcGIS Pro, Illustrator, Photoshop, Indesign

BEND

EUGENE

Role: Design Research / Communication Responsibilities: Site Analysis, Historical and Environmental research, Renderings.

Landscape Wildlands aims to communicate the challenges associated with land management in a time where fire is ever present. Where are areas that face the most pressure?

How do decisions made in the present impact future trajectories of the land? What can landscape architects do as designers in this field?

SISTERS

SISTERS

This project uses three larger chapters to unpack this system.

Past narratives explain why certain landscapes pervade throughout the west. An examination of conditions during the present identifies towns that face increasing pressure from fires. Speculations into the future in the form of landscape trajectories helps to imagine how we might plan for a changing world.

3.1 FIRE HISTORY

3.3 FIRESHED EXPOSURE PERCENT

1908

2021

PRESENT 47

BEND

EUGENE

REGIONAL MAPS 48

PRESENT 51

NEWBERG

60-70%

20-30%

30-40%

10-20%

SALEM

SALEM

ALBANY

ALBANY CORVALLIS

SISTERS

49

SISTERS

BEND

EUGENE

3.2 FOREST TYPES

REGIONAL MAPS 52

NEWBERG

CORVALLIS

Clockwise from bottom left: Project Goals Regional Analysis Maps Local Context

LOWEST 10%

PONDEROSA PINE & WOODLANDS ON PUMICE

PONDEROSA PINE & DOUGLAS FIR

PONDEROSA PINE & WOODLANDS

PONDEROSA PINE, DOUGLAS FIR, TRUE FIR

BEND

EUGENE

3.5 WILDLAND URBAN INTERACE

PONDEROSA PINE, LODGEPOLE PINE

50

WILDLAND URBAN INTERFACE EXTENT

2

55

56

TOLLGATE

CROSSROADS

SISTERS CORE

LOCAL TAXLOTS STREAMS

-

CONTEXT ARTERIAL ROADS HIGHWAY US FOREST SERVICE ROADS

USFS LAND PARK

N MILES

0

1

18

Tr a il s

+ G re

en Bu

Clockwise from bottom left: Community Wildland Burns Non-Commercial Thinning Composite Strategy Plan Infrastructure Fuelbreaks

f fers

1st Rotation Prescribed Burn

2nd Rotation Community Burn

3rd Rotation Prescribed Burn

TO BE R

EMO VED

NO

N_ C TH OM IN ME NI R NG CI AL

R

N TIO O TA

AL

GR

AZI

NG

COLLECTIVE ACTION

COMMUNITY BURNS

INFRASTRUCTURE FUELBREAKS

- Builds knowledge sharing.

- Fuel reduction in high risk areas.

- Changes perceptions on wildland fire.

- Mosaic creation.

- Integration with other strategies.

ROTATIONAL GR

FU

EL

BR

EA

KS

AZING

5.0 Fireline | Ecological Outreach Tool Fall 2022 Studio

Instructor: David Buckley Borden Rhino + Grasshopper, Illustrator, Photoshop, InDesign Role: Design Research / Engagement Responsibilities: Design Narrative, Research, ModelMaking, Public Engagement.

Part of a two-part studio, I studied and explored systems related to wildfires in Oregon with the goal of creating a

PUBLIC OPINION Smoke

All

Smoke is one of the largest causes of concern for f ire managers. This can lead to more active moderation of f ires.

It is imperative to work with the EPA and air pollution boards to inform about the importance of wildland programs.

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Thisf ires canrun lead more active f ires. public. Letting is to not always themoderation best answer,ofand It is imperativemust to work the EPA air pollution boards management be with considered inand culturally important to inform about the importance of wildland programs. areas.

Property loss is another large concern for the general public. Letting f ires run is not always the best answer, and management must be considered in culturally important areas.

Pro pub ma are

Closed ON EXIT: there are any Timber cards in Each player If removes 1 resource token from play. draw another card.

play,

Smoke is one of the largest causes ofby concern for high f ire Scrub Oak stands are characterized f requent, managers.

This can leadand to more active moderation of winds f ires. intensity f ires.

Crowning torching occurs with high

It is imperative to work with the EPA and air pollution boards and low humidity. to inform about the importance of wildland programs.

DECAYED Development PONDEROSA PINE

PUBLIC PUBLICOPINION OPINION POLE STANDS Smoke Policy

PUBLIC OPINION CLEARCUT Policy

ON EXIT: Lose a resource card.

You lose 2 resource tokens

You Each lose player 2 resource removes tokens 1 resource token from play.

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You

Wil pol dire clim

Invasive DOUGLAS FIR Management TIMBER CLOSED

Invasive Development CHAPARRAL Management

7

All players must return to the Town Tile.

12

All Each players player must removes return 1 resource to the Town token Tile. from play.

PUBLIC OPINION SCRUB OAK Smoke

­

Opening in the overstory caused by insect infestations, Openings disease diseases, and blowdown lead to high intensity Ponderosa Pine f ires. i

Each player removes 1 resource token from play.

PUBLIC OPINION Property

community engagement tool. The board game ‘Fireline’ details the tensions and benefits related to land management and wildfires. Players learn about past fire regimes and consequences, our current relationship to wildfires, and a future need for an ecological rational related to wildland management.

Left to right: Booklet Pages - Setup, Legends, Topo Game Cards Narrative Drivers Proposal Outcomes

PUBLIC PUBLICOPINION OPINION Property Smoke

10

­

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If there are more than 3are flame on the ON ENTRY: If there anytokens ponderosa pine board, draw another card. If not, roll for a rancards, play underneath that card. dom resource token.

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If t boa res

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Fire veg inv eva

129

7

Clockwise from bottom left: Rulebook Character Tokens Character Token Backs Set-up Game

6.0 Perspectives of Disruption | Site Design Winter 2023 Studio Instructor: David Buckley Borden Rhino + Grasshopper, Twinmotion, Illustrator, Photoshop, InDesign Role: Conceptual Design Responsibilities: Site Design, Site Analysis, Human-scaled design, Design Narrative, Graphic Representation.

During the second half of the concurrent studio, I designed a structure that seeks to engage people in the HJ Andrews Forest with Wildfire system knowledge. The tower aims to educate and reflect on the system of wildfires through the lens of disturbance. Imagery of downed wood, windthrow, burns, and logjams on the tower structure evoke discussions about disturbance events and our perspective on them.

Data embedded in colored flagging gradients display spatial and temporal information while serving as a wayfinding element. The repeating flags throughout the site allude to property boundaries and logging harvest plots.

Etched timelines and textures on the stairs detail significant historic fires as well as methods of clearcutting common to the Pacific Northwest. On top, the Osborne Fire Finder is repurposed into a viewfinder aligned to recent and historic disturbances. All of these elements serve to provoke a novel perspective on wildfires and our role in the system.

Clockwise from bottom left: Site Section Proposal Overview Site Plan

Site Plan - The Cab

Site Section

The Deck 24x24’

Prominence

Fire Stools Ubiquitous to the fire lookout, these stools offer guests a chance to relax and enjoy the view.

Firefinder Ubiquitous to fire lookouts, this firefinder functions instead as a marker of past disturbances in the area.

Pull-Release Fabric

Tower Base

Trail Steps

Rolled up marine grade fabric is fastened with a velcro latch, allowing for guests to get out of the elements easily N

5

0

5

Feet

1 0

1

4

Feet

Contextual Plan - Terrain

N 50

Clockwise from left: Structure model. 1”=1’-0” The Cab Experience Flagging Plan Site Analyses Contextual Plan

0

50

Feet 150

7.0

Mine Seed | Design Research

Spring 2022 Studio - Collaboration with Spencer Daigle Instructors: Leslie Ryan & Erin Moore ArcGIS Pro, Illustrator, Photoshop, InDesign Role: Design Research / Engagement Responsibilities: Analysis, Model-Making, Drawings.

Large

Format

This project traces the story of two subjects: Ponderosa Pines and the Lucky Lass Superfund site in Lakeview Oregon. Both

Clockwise from bottom left: Lucky Lass Mine Section Ponderosa Pine Seed Dispersal Ponderosa Pine Successional Map Lucky Lass Soil section

are subject to resource extraction, land management conflicts, and occupy spatial extents. Ponderosa pine and uranium both embody deep space and time in intertwined and often juxtaposing ways; both preceded and will outlast human civilization. The project culminated in a gallery exhibition where we presented the plinths to the design community.

Right: Uranium Extraction Mapping + Timeline

Clockwise from bottom left: Plinth Model Lucky Lass Mine Plan Cone Detail Uranium Stockpiling

Right: Plinth + Drawings

8.0 Transversales Verdes | Superblock Summer 2022 Studio - Study Abroad Barcelona Instructors: Ignacio Lopez Buson & Phillip Speranza Rhino + Grasshopper, QGIS, Illustrator, Photoshop, InDesign Role: Concept Design Responsibilities: Site Plan, Analysis, Sections, Renderings, Community Canvassing.

I worked with a small team while studying abroad in Barcelona during the summer of 2022. Tasked with identifying and designing a superblock system, we developed a criteria for a quantitative GIS based approach.

Left to right: Conceptual Goals Site-specific Water Feature

The combination of analyses through GIS, Grasshopper, and canvassing was invaluable in informing a toolkit to deploy site specific interventions. In the case of this superblock design, while there was a longitudinal activation of the street, there were no lateral connections. Our design addressed that by creating space for businesses, sensor-based water features, and integrated and visible stormwater catchments.

Clockwise from bottom left: Site Location GIS Analyses Typical Street Axonometric

9.0 Collaborative Partnerships Through the Fuller Institute for Productive Landscapes, I’ve been able to collaborate on a handful of projects that mix a variety of mediums and narratives. This work is multidisciplinary and spans collaborations with Oregon State

University, The H.J. Andrews Experimental Forest, and local land trusts. Generally,projects aim to communicate connections between local cultural stories and complex ecological systems.

Mega Drought Dehydration Gauge Canteen Etched aluminum surplus canteen, enamel paint, para cord.

PNW Tree ID Trail Sign Red oak flooring, india ink, acrylic ink, lasers.

Series 2 Folk Meteogram Forecaster Etched steel, rubber gaskets, enamel paint.

Goth Archive Bandana 2-color silkscreen print on 20” cotton bandana.

Clockwise from left: PNW Tree ID Signs Recycled wood, paint, lasers. Trustman Art Gallery, 2022.

Collaborators: David Buckley Borden, Helen Popinchalk, Madison Sanders, Blake Schouten, Nancy Silvers.

Arboreal Angler Collection Wood body, logging hardware, acrylic paint. Green River Island, 2023.

Collaborators: David Buckley Borden, Adam DeSorbo, Asa DeWitt, Ashley Ferguson, Jenny Ginn, Blake Schouten, Nancy Silvers, and Sabine Winkler.

Project Zines DIY Zines, including process photos, creative process, speculative writing, and cultural know-how. University of Oregon, HJ Andrews Experimental Forest.