BLA Portfolio UIUC

Page 1

1


LAND ON WATER

EXPO 2025

MUTUALISM

ADAPTING RIPARIAN CORRIDOR

OTHER WORKS

QUADARY

2


01.

Land on Water

Location: Los Angeles River, CA Studio

Project

2018

Spring

Responding to the issue of water pollution, homelessness, and lack of park space in Los Angeles, land on water use water dams and 3 scales of on water platforms to treat water pollution and create accessible recreation space. It adds shade, public access, and programmingto the River

3

Land on Water


LA Demographic

There are 88 incorperated cities in Los Angeles County, within them... Percentage of Total Population in the city

>95%

80%-94.99%

50%-79.99%

Population Density

Poverty

White

0 Cites

8 Cites

30 Cites

Hispanic or Latino

Los Angeles WaterShed

6 Cites

Los Angeles River

18 Cites

31 Cites

Asian

28.7% (Los Angeles County)

0 Cites

11.3%

0 Cites

11 Cites

African American

9.6% 48.5% 0 Cites

1 Cites

4 Cites

4

Land on Water


LA Hydrology

Water Quality Priority Level 1

Dams

inches

Debris Basins

Level 2

Water Clarity Benthic Algae

Master Plan

Level 3

Water Color

Enterococcus

Trash Type

E. coli

100-year Flood Zone 500-year Flood Zone

LA Average Precipitation

40

Severe Water Pollution

35 30 25

Water Clarity Benthic Algae

20 15 10 F

o

LA Average Temperature

48 46

Water Color

Enterococcus

44 42 40 38 36

Trash Type

0.4 Park Acres per 1,000 Acres Average: 3.3

E. coli

LA River Average Monthly Flow

200

Sepulveda Basin

Arroyo Seco

Big Tujunga

0

High Population Density

Water Clarity Benthic Algae

1800

Below Wardlow

1600 1400

Water Color

1200

Enterococcus

1000 800 600 400 200 0

Rio Hondo below Whittier Narrows Dam Rio Hondo

Trash Type

E. coli

River Islands (river width>150’) Floating Wetland Floating Park (river width>300’) High Water Quality Priority 490 people

5

Land on Water


3 scales of river strategies

Floating Park

Section at 9 mi

13 12 11

Parks, soccer fields, play grounds, community centers

Vierendeel truss: minimize water friction 10

Outlook

9

Stations

Outlook

Amphibians

8 7

Islands

15 16

14

Section between 14 mi and 15 mi 13

17

18

Create community space

Add shade along the river

Hopping Islands are floating platforms that activate river space as gardens and board walks. It could become mobile by tow boats for community events along the river. It could be either placed together to form a larger open space or horizontally to form a continuous path.

Floating wetlands

Section Between 38 mi and 39 mi

Section Between 39 mi and 40 mi

44

43 42 41 40 39

38

Floating Wetlands is a type of “river-ponics” that applies the principles of aquaculture and hydroponics. It’s capable of creating an intensive wetland effect, remove pollutants and suspended solids. It could be installed on a wide range of water depth and tolerate constant flutuations in water levels.

6

Land on Water


Recreation insects population Restricted Access

7

Land on Water


02. EXPO 2025 Location: Chicago, IL Studio Project 2017 Fall Analysis: Collaboration with Ziyu Wang, Xueling Hu

Historically, due to pollution and untreated runoff, biodiversity in the Chicago region has been in decline. But an ecosystem could not be sustainable without biodiversity. The design is an Expo of ecological processes in what it used to be the Chicago wilderness along with people’s role in sustaining this hub of biodiversity. In this plan, we intend to achieve this goal through three strategies: Preserve, educate, and provide.

EXPO Property Multiple themes Periodic International

Function Education Demonstration

Technology Culture Resource

Design for use Traffic Flow Main avenue Reusable Multi-phasing

The concept gain its root from Chicago’s past EXPO. The Chicago World Columbian Exhibition is an influencial event that had great influence on Chicago’s society and culture. 8

EXPO 2025


Natural Preserve

Flora Biodiversity Density

Land use in Chicago Before 1900-1992

% 100

80

80

60

60

40

40

20

20

0

Land use Counties near Chicago

% 100

Before 1900 1900

1955

0

1992

Green Space

Agriculture

Developed

Vacant

Chicago Population 4,200,000

2,800,000 Tennessee Riffleshell 1,400,000

Long Combshell

1,050,000 700,000 350,000 1880

1900

1914

1920

Leafshell

1983 1985 1984 1986

Manufacturing Jobs 1940

1960

1980

2000

Blackfin Cisco

Passenger Pigeon

Longjaw Cisco Simpson’s Pearlymussel

Deepwater Cisco

Shortnose

Animal that disappear from Chicago

Contributor: Ziyu Wang

Soil and Pollution

Chicago River

Highway

Constant Construction

Chicago river

Aridity

Industrial landuse

Decodon verticillatus

Aster oblongifolius

Fauna that receeded from Chicago

Impervious surface and pollution hybathus concolor Sassafras albidum

Geranium bicknellii

campanula rotundifolia Potentilla palustri

9

Silphium perfoliatum

EXPO 2025


1

Open Plaza

2

Parking

3

Community Center

4

Sunflower Field

5

Public Open Space

6

Reservior

7

Marsh

8

Fishing Stations

9

Wildlife Observation Deck

10 Incubation

14

11 Linear Plaza 12 Savanna 13 Floodplain 14 Webster Wildlife Preserve

11

15 Tirer Plaza 16 Kayak House 17 Ozinga New location

12 13

9

1 10

15 Path

topography (2’ contour)

8 4 16 2

3

5 Site boundary

Path

Entrance 6 Road-forest-river transition

17

7

Floodable Water collective and reuse Fishing and incubasion deck

Bike Former Forest industrial preserve Factory CTA space

home for ducks, herps, birds Experimental field (on hillside) Tier structure

10

EXPO 2025


Natural Path for Barrier Wetland Studies

Fencing: Birdhouse Installation

Plants Library

Water Retention

Urban Temperature Control Experiment

Traffic Lane

5’

Pied-billed grebe

yellow headed blackbird

Willow

eastern bluebird

northern orioles

oven bird

marsh wren woodpecker great blue Blue-winged heron teal Big Bluestem

Marsh

Duck weed

Reservior

cordormant

blackbird 100’

Floodplain

Savanna Simulation

Plaza

11

EXPO 2025






04. Adapting the Riparian Corridor of the Little Calumet River Location: South Holland Studio Project 2018 Fall Analysis: Collaboration with Ziyu Wang, Xueling Hu Design: Collaboration with Maxwell Stuber, Sean O’Connor, Amanda Lerman

The main hope of the design is to reconnect the community to the river and adapt Little Calumet into the identity of South Holland. To reconnect the community, the group came up with prototypes to deal with flooding. Then, the riparian corridor is connected to present parks, bike trails, and churches through a continuous park and trail network. A specific theme is chosen for each site to integrate the riparian park to the city and emphasizes its identity as part of the life and history of South Holland.

Chicago Sanitary and Shipping Canal

Calumet Sag Channel 16 12 8 4 0

21 households 32 streets

(ft)

Pike Root Subbasin

Calumet River

Chicago Subbasin

(ft)

, since 1947

16

Little Calumet Galien Subbasin

19-ft Flooded Area

12 8

21 households 32 streets

15 - 16 ft (water enters Veteran Park)

4

(ft)

16

83 households 57 streets

16 - 19 ft (Flood watch start)

0

19 - 20 ft

12

20 - 21 ft

8 4

, since 1947

, 2013 - 2018

0

Flood susceptibility Sewage, River Flow

, since 1947

Level 1

19-ft Flooded Area

15 - 16 ft (water enters Veteran Park)

(ft)

16

21 households 32 streets

16 - 19 ft (Flood watch start)

, 2013 - 2018

12

19 - 20 ft

8

, 2013 - 2018

4 0

, 2013 - 2018 , since 1947 , 2013 - 2018

16

16 - 19 ft (Flood watch start)

, 2013 - 2018

12

19 - 20 ft 20 - 21 ft

8

River Flow To: Chicago Sanitary Canal

Topographic Change 1 2

4 0

Riparian Cooridor

Low Elevation

19-ft Flooded Area

15 - 16 ft (water enters Veteran Park)

21 households 32 streets

Flooding , 2013 - Hazard 2018

83 households 57 streets

, 2013 - 2018

284 households 84 streets

, 2013 - 2018

3

15 - 16 ft (water enters Veteran Park) 16 - 19 ft (Flood watch start)

, 2013 - 2018

20-ftHolland Flooded Area South

284 households 84 streets

21-ft Flooded Area

1925 households 170 streets

19 - 20 ft

20-ft Flooded Area South Holland

83 households

households Precipitation and River Water284 Level 57 streets

, 2013 - 2018

20 - 21 ft

84 streets

21-ft Flooded Area

1925 households 170 streets

23-ft Flooded Area

Contributor: Ziyu Wang

, 2013 - 2018

Chicago 20-ft Flooded Area South Holland

1 Calumet Sag Channel 2 Little Calumet River Watershed 3 Little Calumet River South Holland 4 Thorn Creek Watershed 5 Thron Creek

High Elevation

, 2013 - 2018

Wetland

, 2013 - 2018

Forests

, 2013 - 2018

20 - 21 ft

Chicago 19-ft Flooded Area

5

19 - 20 ft

Storm Water Flow

, since 1947

4

Level 10

Chicago

Flooding Map (ft)

15 - 16 ft

16 - 19 ft

83 households Watershed 57 streets Sub-watershed

20 - 21 ft

20-ft Flooded Area

Open Water

284 households 84 streets

Stream flow constrictions, areas of significant erosion, key emergency route overtopped areas Other Flooding Hot Spots

21-ft Flooded Area

23-ft Flooded Area

1925 households 170 streets (ft)

16 12 Chicago South Holland

8 4

21-ft Flooded Area

23-ft Flooded Area

0

1925 households 170 streets , since 1947

Contributor: Ziyu Wang

16

Adapting the Riparian Corridor

Chicago

South Ho


Master Planning Union Pacific

Industrial District

Little Calumet River Route 6

Route 94

South Holland Commercial District

Severe Flooding Area

Route to Chicago

District and Nodes

Paths

Community Connection Water Storage River Speed

River Flow

Run off

Planting Diversity

Ecology

Natural Phenomenon

Culture Faith Transportation

Community

Hydrology

Rediscover South Holland

Environment

New Commercial District

Severe Flooding Area Throne Creek

Current Industrial zone, flood frequently.

Nodes:

Bus Connections Community Churches Park

Industry Commerce

Carrying water from Southern towns to South Holland. 17

Adapting the Riparian Corridor


Pool: planting reinforce bank and flitrate runoff

Path

Connection

Theme

River Access

Meander: gradually slow down river velocity

Natural history and education

Phytoremediation: remove nitrogen from soil and runoff

Section and Diagram 2,4 Contributor: Amanda Lerman

Prototype: Pool Undulating landscape increase run-off distance for more flitration and ground water recharge. The topography is reinforced at the bank with rip-rap to decrease soil loss.

Prototype: Meander Meandering river reduce the river speed and increase distance of waterflow, metigate flooding.

River Intervention= Pool + Meander River elbow inforcement and runoff flitration Meandering: Low to high frequency

18

Adapting the Riparian Corridor


Prototype: Pool Changing topography create ponding to provide habitat for microbes. In normal conditions, It’s an area for nature explore.

Normal Condition

Community programming: Boardwalk Faith, Community programs

Flooding

Prototype: Braid Riverflow is channeled and redirected. The topography is manipulated into layers with dynamic spatial experience at different water levels.

River Intervention= Pool + Braid

Detention and ecological areas Runoff flitration areas

River channel

Section and Diagram 2 Contributor: Amanda Lerman

Dry areas

Prototype: Dune/ Swale

The typical pre-settlement landscape condition that once covered this land re-imagined in idealized forms. Topographic changes encourage a greater overall water flow distance resulting in increased water storage habitat, and infiltration

Water retaining and flitration

Connection

Prototype: Braid Designed to store water temporarily as well as guide water via topographic changes.

Temporal ponding

River Intervention= Dune/Swale + Braid

Section and Diagram Contributor: Amanda Lerman Topographic obstruction

19

Adapting the Riparian Corridor


Prototypes Runoff simulation

Goals

Flooding/Runoff

Strategies

Mechanisms

Diversion

Trapping Water: Inflitration

Diversion and Ponding

Trapping Water: Flitration

Frame 30 Riparian Buffer Operation Mechanism

Frame 90

Increase access and Integrate river play in to people’s lives

River Park and Trail

Cultural Identity

Inspiration

Grasses, Shrubs, and Trees: Maintain Environmental Equilibrium through Regulating Environmental Factors

Planting Strategy

Recognition of the River

Runoff Velocity

Cultural Identity

Diversion

Diversion

Diversion and Ponding

Diversion and Ponding

85% extrusion, 0-18’ at random

92% extrusion, 0-15’ at random

54% extrusion, 0-10’ at random; 46% excavation, 0-10’ at random

50% extrusion, 0-15’ at random; 40% excavation, 0-8’ at random

Water Level

6’

11’

6’

Frame 150

8’

Frame 210

Frame 270

Frame 350 6’

8’

12’

6’

8’

12’

6’

8’

12’

6’

8’

12’

20

Adapting the Riparian Corridor


05. Quadary Location: Champaign Architectural Studio 2017

21

Quadary


05. Other works Location: Champaign 2016-2018

22

Other Works


Turn static files into dynamic content formats.

Create a flipbook
Issuu converts static files into: digital portfolios, online yearbooks, online catalogs, digital photo albums and more. Sign up and create your flipbook.