ERICA ALTHANS-SCHMIDT
Landscape Architecture
Erica Althans-Schmidt CAREER OBJECTIVE
303.827.4006 aserica@gmail.com
To work toward the reconciliation of nature in places where humans live, work, and play.
EDUCATION University of California, Berkeley, CA 8/13-5/16
Western Washington University, Bellingham, WA 8/02 - 8/06
Mississippi State University, Starkville, MS, 6/05 - 8/05
Master of Landscape Architecture GPA 3.857 Thesis: System Scale Approach to Living Roof Site Design
Bachelor of Science in Environmental Science Emphasis Freshwater Ecology; Mathematics Minor • Cum Laude Graduate of WWU Honor’s Program, GPA 3.83 • Recipient of the prestigious Thomas H. Huxley Award from Huxley College of Environmental Studies
Research Experience for Undergraduates Awarded an internship in the NSF funded biology Research Experience for Undergraduates. Research Report: Alternanthera philoxeroides affects dissolved oxygen similarly to native littoral wetland vegetation (Southeastern USA)
SKILLS & EXPERTISE Software Flora
INTERESTS REFERENCES
AutoCad; Adobe Creative Suite: Illustrator, Indesign, Photoshop; Rhinoceros 3D; ArcGIS; Microsoft Office: Word, Excel, Powerpoint Colorado Garden Plants, California Garden & Native Plants, Garden design/installation/maintenance, Living Roofs Plants Hiking, Backpacking, Camping, River Canoeing & Camping, Flower & Vegetable gardening, Cooking, Yoga, Knitting
Dawn Kooyumjian Lecturer
University of California, Berkeley dak@berkeley.edu
Kristina Hill Associate Professor
University of California, Berkeley kzhill@berkeley.edu
Henry Fleischmann Principal Co-Founder
Fleischmann Design Collaborative henry@fdcdesignbuild.com
EXPERIENCE Bionic, San Francisco, CA 2/16 - 4/16
Fleischmann Design Collaborative, Berkeley, CA 5/15-9/15
University of California, Berkeley, CA 9/14 - 12/15
Flowerland Nursery & Store, Albany, CA 5/14 - 11/15
Gwynne’s Greenhouse & Gardenshoppe, Lyons, CO 4/08 - 6/13
Western Washington University, Bellingham, WA 9/03 - 8/06
Students for Renewable Energy, WWU 5/03 - 8/06
Design Intern Developed a new plant database utilizing automatic data fill in InDesign. Assisted on a range of other tasks including perspective renders, on-site plant identification, and digital diagrams.
Landscape Designer Primarily worked in AutoCAD preparing base files from building and site measurements and correcting red-lined drawing sets. Researched appropriate plant palettes based on client and site conditions including appropriate riparian and fire-resistant plants.
Graduate Student Instructor
Graduate Student Reader
LA 112 Plant Identification and Use, Dawn Kooyumjian
LA 111 Plants In Design, Richard Hindle LA 110 Ecological Analysis, Iryna Dronova
Product Display and General Sales Assisted customers with plant selection, created and maintained displays, and helped with weekly plant orders.
Greenhouse Operations & Landscape Manager Supervised the day-to-day details of an operating retail greenhouse: organized growing, seeding, and propagation timelines; guided new and existing employees. Designed, prepared, planted, and maintained annual flower displays for prominent shopping centers and business parks in Boulder, CO.
Dept of Mathematics Fellow Assisted university students with upper-level math homework
Founding Member Spearheaded a successful campaign to purchase 100% renewable energy on campus, becoming one of the first public Universities in the nation to do so. Negotiated with the Administration, Board of Trustees, a local power distributor, and student body to reach a mutually agreeable outcome . Representative chosen by WWU to accept the EPA’s Green Power Leadership Award.
TRAININGS Green Roofs for Healthy Cities San Francisco, CA, 10/15
Green Roof Professional Training Attended trainings for ‘Green Roof Plants & Growing Media’ and ‘Green Roof Waterproofing & Drainage’
16TH ST BART
Re-W i l di n g t he P la ygro u nd Ghigo DiTommaso New development plans near the 16th Street Mission could shade a neighborhood school and change the character of the block. What type of building massing and heights might be more appropriate for the block? How might an urban school embrace natural processes to teach students about place and process? PROPOSED FOOTPRINTS FOR MIXED USE DEVELOPMENT
COSMOPOLITAN GROVE + HEATED BENCHES
B
FORT BUILDING
PLAY MOUNDS
POROUS PLAY SURFACE
LIVING WILLOW STRUCTURE
OUTDOOR LUNCH SEATING
A
MARSHALL ELEMENTARY SCHOOL
NEW ATRIUM RAIN GARDEN
REFLECTION AREA
NEW MAIN ENTRANCE
RAISED STREET SHARED STREET
LIVINGtower
TOPOtypology
1
“natural”
abstract
TOPOtypology MAXIMUM SLOPE un-mown grass Red Fescue
1
“natural”
abstract
3
RIVERtypology
TOPOtypology MAXIMUM SLOPE un-mown grass Red Fescue
1
“natural”
abstract
meander
3
RIVERtypology
TOPOtypology
braided
MAXIMUM SLOPE un-mown grass Red Fescue
1
“natural”
abstract
meander
3
abstracted braided
PLACE & PROCESS CONCEPT
3
INVESTIGATE
EXPLORATIVE PLAY fort building, digging, tea parties, tower-climbing, trail-walking, stickstacking, and nature collages
RUN
CLIMB COOPERATE
GROW
BUILD
IMAGINE
GABION BENCH & WALL DETAIL
SLAG GABION BENCH DETAIL
SLAG GABION WALL DETAIL
GABION BENCH & WALL DETAIL
PERSPECTIVE OF CORNER
D
Lit glass slag walls and benches provide visual cohesion and interest between the school wall and plaza benches.
OF SCHOOL YARD
SECTION A
PERSPECTIVE OF CORNER
Heated benches tempers the cool microclimate created by the northside location of the plaza.
LIGHTING DIAGRAM
CIRCULATION DIAGRAM
LIVINGtower LIVINGtower LIVINGtower
LIVING WILLOW PLAY STRUCTURE Structure enables visual access of the plaza by the students of the school while also connecting students to seasonal processes, dynamic and ever-changing.
winter
spring
summer
COSMOPOLITAN GROVE
living roof / pollinator garden
heated slag benches
SECTION B
permeable paving above structural soil
FIRE TRUCK RIGHT-OF-WAY
PROTECTED PEDESTRIAN ONLY ZONE
SHARED STREET
(southbound only / school pickups/ drop0offfs)
SHARED STREET
(bi-directional travel)
PROTECTED PEDESTRIAN ONLY ZONE
SPACEMAKING
Ta ke Back t he Stre et Ghigo DiTommaso Streets divide. Though only a short distance of asphalt separates pedestrian sidewalks, active streets are pedestrian barriers that inhibit social interaction. As cities look for ways to transform their streets, temporary installations can lead to permanent support.
points define SPATIAL EXPERIENCE
These simple modules can be deployed within a couple hours by forklift and a couple workers. By arranging these modules in an array of different spatial patterns, different user experiences can be achieved.
distance defines SOCIAL EXPERIENCE
use points to define SPATIAL/SOCIAL EXPERIENCE
the IDEA
SPATIAL CONCEPT MODELS
collapsible scaffolding to create a temporary & living on-site structure
HYPOTHETICAL FLOW MORNING GLORY VINE fast growing annual
1 SCAFFOLDING • • •
growing support collapsible for transport screws into base pole insert to enable easy setup and removal
2 PLANT INFRASTRUCUTRE • •
1
dual-purpose water ballast for weight stability & a reservoir for plant growth and use separate containers for each plant to prevent root competition and easier replacement
3 INTERNAL SKELETON 4
•
metal skeleton provides a rigid cage to support cladding
4 CLADDING
2
•
3
reclaimed wood cladding for thermal comfort, sustainability, durability, and aesthetics
5 NINE POINT PALLET • •
pallet base made of aluminum for durability & aesthetics 9-points for ultimate maneuverability
5
EXPLODED AXON
MODULES Contained in one 20’ shipping container: • 12 growing units • 10 big benches • 24 small benches
PLAN
ON-SITE ASSEMBLY
UNPACK & ARRANGE
container for growing medium soil filled wick perforated base water reservoir and ballast 100°
99°
SECTION
ADD VINE SCAFFOLDING
PLANT VINE STARTS
WATER PLANTS & FILL BALLAST
After installation, the fast growing vines begin to grow and mature...
0 months
1
Maturing units become a social spatial space beckoning pedestrians to use and enjoy...
2
3
Vines have grown to the top of the scaffolding and begin to cover the lines connecting the individual units to produce an inviting canopied ceiling..
4
5
6
M a ri achi M y Heart Linda Jewell A vibrant public plaza that echoes the traditional Mexican plaza with an American spin - celebrating the rich cultural heritage of the community. A respite from the sun that has places for locals of all ages to socialize, celebrate, and relax in spaces that range from intimate to public. The beating heart of Boyle Heights!
Perspective of Gazebo Plaza at Night
Collage of Current Conditions New and historic elements compete for hierarchical dominance in this sunny and exposed plaza.
Collage of Vision New design defines hierarchy, celebrates the cultural heritage of the community and creates spaces for cultural events. Vibrant colors and plantings provide shade and visual interest.
PL 84619 people (2% of LA) Density : 14, 150 people / sq mile
55%
ANCESTRY
IMMIGRATION
Asian White Black Other
Current Condition
81.2% Mexican
10000
without a high school degree
8000
AGE
6000
4000
52.4%
Mexico
Foreign Born
2000
El Salvador
10 or less
19-34
11-18
35-49
50-64
65+
The average resident of Boyle Heights is a 25-year-old Mexican, foreign-born or from an immigrant family, without a high school degree, makes less than $33K a year, lives in a rented household, drives a car, and may have future health complications from local pollution. HOUSING &
LA METR
10000
TRANSPORT
8000
10000 6000
OWN
4000
8000
RENT
2000
0
20 or less 20-40
40-60
Pollution Burden
PLAN LEGEND
4000
55%
without a high school degree
20 or less 20-40
60-125 125 and up
AGE
TO
HOUSING 68.1/100 &WN LA, 1 MI TRANSPORT 13%
6000
0
WN
40-60
13%
8000
6000
40-60
60-125 125 and up
Pollution Burden
68.1/100
1 SHADED MARIACHI SEATING OWN 2 METRO ENTRANCE A) ELEVATOR B) ESCALATOR/ STAIR HOUSING & 3 PROPOSED BUILDING: COMMISSARY KITCHEN RENT AND CAFE TRANSPORT 4 CAFE SEATING 5 SUCCULENT GARDENS & EXISTING METRO VENT STRUCTURES OWN 6 GAZEBO SQUARE 7 TRELLISED PICNIC / FARMER’S MARKET SHELTER RENT 8 SHELTERED SEATING 10000
20 or less 20-40
O
without access to a vehicle
60-125 125 and up
2000
DO
0
No rth
Median Age: 25 years
65+
Bo yle Av e
Demographics of Boyle Heights, LA
1
Pollution Burde without access to a vehicle
68.1/10
4000
2000
10 or less
11-18
19-34
35-49
Median Age: 25 years
50-64
65+
0
20 or less 20-40
40-60
60-125 125 and up
13%
without access to a vehicle
Ea
ast 1st St
8
6
7
ey
St
3
2
Ba il
4 1.
5
A B
New commissary kitchen and cafe activates the interior of the plaza and supports the local economy.
ION B. 1/8” = 1’ Perspective of Cafe Seating
Section A. Pergola structure creates a feeling of enclosure and a shaded space for vendors or family picnics. Existing Gazebo relocated and activated by a space designed for it.
Section B.
Parkinsonia x ‘Desert Museum’
Jacaranda mimosifolia grove for Cafe Seating Desert garden filled with low water succulents to add interest and delight
1” = 4’
Existing Metro vent structures are lifted, painted, and utilized as large planting beds to add to the sense of place.
1” = 8’
S3. Stormwater Wetland & Re-graded Flood terrace
H YD R O-LOG IC John Roberts A mile-long stretch of the Petaluma River north of downtown Petaluma is the site of a flood control project with concrete walls and a modified channel with degraded habitat and the possiblity of future catestrophic failure. Embracing the river as the heart of the city, the challenge of this project was to create a multi-functional landscape. The channel was regraded to maintain flood protection through an enlarged river terraces and earthen levees while provisioning for access on both sides. A planting plan was developed to restore and regenerate a lost transitional brackish/freshwater riparian landscape.
Water flow meanders through wetlands
COMMUTER CORRIDOR
PEDESTRIAN CORRIDOR
Stormwater input culvert from upland development converted into meandering wetland that filters urban pollutants and extends the patch size of each ecotone
Meandering path options in new floodplain terrace gives urban residents more path to stroll.
NEW MEDIUM DENSITY DEVELOPMENT
REGRADED RIVER WITH FLOOD TERRACE
EXISTING CONDITIONS
Flood Danger: Residential
Flood Danger: Industrial
Poor Habitat Quality
Underutilized Amenity Value
Inadequate Access
TECHNICAL SECTION / FLOODPLAIN TERRACING Proposed High Density Residential
Flood Terracing
Existing Residential
Existing Residential
Q100 Existing Q100 Proposed
15 10 5 0
Q2 & Low Flow Channel
Existing Residential
Flood Terracing
Proposed High Density Residential
1” 25’
PLANT PALETTE: FRESHWATER/BRACKISH ECOTONE TOP OF BANK RIPARIAN FOREST Big-Leaf Maple Black Oak Black Walnut Buckeye California Bay Coast Live Oak Box Elder Oregon Ash. Blue Elderberry Coffeeberry
MIDDLE & UPPER BANK Coyote Bush Monkey Flower Red Flowering Current Toyon. Califronia Brome California Fuschia California Poppy Lupine Purple Needle Grass Yarrow
Blue Elderberry California Blackberry California Rose Clematis Coffeeberry Coyote Bush Monkey Flower Mulefat Toyon
Brewer Saltbush. Blue Wildrye Califronia Brome California Fuschia Claifornia Poppy Creeping Wildryye Lupine Tufted Hairgrass Water Smartweed
RIVER TERRACE
MARSH
WILLOW THICKET Arroyo Willow Hooker’s Willow
UPPER MARSH Fat-Hen Saltbrush Frankenia Pickle weed Sea Lavender Marsh Gum Plan Brass Buttons Jaumea.
LOWER MARSH California Tule Olney Bulrush.
ECOTONES ARE DETERMINED BY TIDE LEVELS This section of the stream occupies the transitional zone where the tides lose dominance to freshwater flows. As it is really neither fully brackish or fully fresh, the vegetation that can exist within this stretch are unique and stratified by elevation.
100 yr 9.59ft MHHW 6.53ft MHW 5.96ft MTL 3.41ft MLW 0.87ft MLLW -0.06ft
TO P MID RIV
HIG LOW RIV
ER
CHA
NN
EL
TID
AL F
MA
HM
ARS
ER
TER
RAC
DLE
&U
PPE
OF
RB
BAN
K
ANK
E
H
RSH 100 YEAR FLOOD
L AT
TREE PLANTING PLAN (1) AM-5
(1) FL-5
(1) QA-5 (1) AC-5
(1) AC-5
(1) AM-5 (1) JH-5
(1) QA-5
(1) AC-5
(1) JH-5
(1) UC-5
(1) FL-5 nting
(1) UC-5
ke Pla
(1) UC-5
PLANTING DETAIL KEYNOTES 9.1 9.2 9.3 9.4 9.5 9.6 9.7 9.8
Root Observations Detail - Container Root Correction Detail - Container Rootball Shaving Container Detail Crown Correction Detail Tree Planting with Berm Tree Planting Slope - Soil Unmodified Shrub Planting on Slope Live Stake Planting
Limit o
f Willo
b Planting Limit of Shru
Planting Limit of Tree
(1) QA-5
(1) UC-5 (1) AC-5
w Sta
(1) UC-5
(1) AM-5
TREE LEGEND
TREE PLANTING KEY LEGEND ABBR QA-5 UC-5 AM-5 FL-5 AC-5 JH-5
QTY 4 5 2 2 4 2
BOTANICAL NAME Quercus agrifolia Umbellularia californica Acer macrophyllum Fraxinus latifolia Aesculus californica Juglans hindsii
COMMON NAME Coast Live Oak California Bay Tree Big Leaf Maple Oregon Ash Calfornia Buckeye Northern California Walnut
TYPE 5 gal 5 gal 5 gal 5 gal 5 gal 5 gal
Acer macrophyllum
Juglans hindsii
Quercus agrifolia
Fraxinus latifolia
Aesculus californica
Umbellularia californica
SHRUB & GROUNDCOVER PLANTING PLAN
(1) RC-1
(1) BP-1
(1) SC-1
(1) SC-1
(1) SC-1
(1) RC-1 (1) BP-1
(2) RC-1
(3) RC-1
(1) SC-1
(1) SC-1 (1) SC-1 (3) BP-1 (1) SC-1
nting
(3) RC-1
(1) RC-1
ke Pla w Sta f Willo
(1) BP-1 (1) RC-1
Limit o
(1) RC-1
b Planting
(1) SC-1
Limit of Shru
(3) BP-1
Limit of Tree
(3) RC-1
Planting
(3) SC-1
01’ 5’
1/16” = 1’
PLANTING DETAIL KEYNOTES 9.1 9.2 9.3 9.4 9.5 9.6 9.7 9.8
Root Observations Detail - Container Root Correction Detail - Container Rootball Shaving Container Detail Crown Correction Detail Tree Planting with Berm Tree Planting Slope - Soil Unmodified Shrub Planting on Slope Live Stake Planting
QTY 11 16 6
BOTANICAL NAME Sambucus cerulea Rhamnus californica Baccharis pilularis
COMMON NAME Blue Elderberry Coffeeberry Coyote Bush
TYPE 1 gal 1 gal 1 gal
QTY BOTANICAL NAME 271 Salix lasiolepis 271 Salix hookeriana
COMMON NAME Arroyo Willow Hooker’s Willow
SEEDING PLANTING KEY LEGEND BOTANICAL NAME Bromus carinatus Epilobium canum Eschscholzia californica Lupinus microcarpus Nassella pulchra Achillea millefolium californica
Baccharis pilularis
Rhamnus californica
WILLOW STAKE PLANTING KEY LEGEND ABBR SL-ls SH-ls
30’
SHRUB & GROUNDCOVER
SHRUB PLANTING KEY ABBR SC-1 RC-1 BP-1
14’
COMMON NAME California Brome California Fuschia California Poppy Lupine Purple Needle Grass Yarrow
TYPE Seed Seed Seed Seed Seed Seed
TYPE Live Stake Live Stake
Sambucus cerulea
Seed Mix
Willow Stake
S1. New Medium Density Residential Setback from Regraded Flood Plain New Medium Density Housing on regraded wide levee to protect vulnerable existing housing
Existing Housing
Access path from new development to Urban Nature Corridor Path
Meandering Pedestrian Path to prolong enjoyment of river corridor & urban nature
Alley Access for new development
S2. Existing Industry maintained through floodplain regrading and levees
Existing Industry
Upland Native Vegetation on regraded levee to protect existing industry
Path for bicycle commuters
New flood terrace. Willows provide habitat and shade river edges. Original flood wall replaced by design.
Upland native vegetation on regraded levee to protect existing industry
Transition riparian
A Chance Encounter A Union of Paths Wrapped up in Each Other
Develop of story in five parts of a tale of two lovers. Represent this story with picture, plan, and an axonometric path.
A Developing Distance
Walter Hood
Death and Depression
A P ath fo r Two Lov ers
P RECE D E N T M O D E LS A bst r a ct i o n s o f Po i n t, Li n e , Pl an e TEAM Erica Althans-Schmidt Maggie Luo
Parc de la Villette // Point, Line, Plane
Miller Garden // Plane
Miller Garden // Line
P la nti n g Desi gn & M a i n te nanc e Gwynne’s Greenhouse | CO Before returning to school to pursue an MLA, I designed and maintained florascapes for commercial and business properties in Boulder, CO. The planting beds were designed and installed before my tenure with the business but were blank slates each spring to fill with new plant and color combinations.
Design Sketch
Final Product
UP R OOT TEAM Erica Althans-Schmidt Emanuel Gonzales Jonathan Hallet Gino Orlando Leega Tran
CONCEPT DEVELOPMENT
Wilderness invokes the feeling, in many of us, of a place that is beyond human control: uninhabited, isolated, powerful. This pure idea of nature has often played the muse for designed landscapes but being constrained by scale, these parodies are really highly exaggerated constructions of the human imagination. They are idealized hybrids that hide both their constructed nature and natural processes beneath a beautiful surface. In our design, the intention is to render the hand of the designer self-evident from without, while synthesizing and exaggerating the form of nature from within. The visitor is immersed within the bowl of hyper-nature, yet the landscape arises modestly from a grid of poles. We intend to create a dual experience whereby the landscape must be entered to be understood.
2015 San Francisco Garden Show Installation Bronze Prize
Preliminary Sections 1/4� = 1 foot
C ONST R U C T ION D ETA I L S
CONSTRAINTS
COMPOSITE
OPTIMAL SITE ANALYSIS
Use Service Area Network Analysis on locations of Farmer’s Markets using a distance impedance of .25, .5, .75, 1, 1.25, 1.5 miles. Weight as constraint.
Step4
Step3
Use Service Area Network Analysis on locations of Metro Stations using a distance impedance of .25, .5, .75, 1, 1.25, 1.5 miles. Weight as opportunity.
Geolocate Farmer’s Markts using Google Earth exported as KML
Union opportunities and total all opportunities. Union Opportunities and Constraints. Total Constraints & Opportunities Use attribute table to highlight polygons of greatest weight.
ASSUMPTIONS: People walk at 2 miles per hour and desire to walk is negatively correlated to distance, falling at an equal rate. In reality, there is probably an exponential decrease in desire to walk to a market with increased distance. Also, not all opportunities and constraints are the same weight however in this model we weighted them evenly.
Step2
Visually inspect optimal regions overlayed on a base map to select parcels for a new farmer’s market.
LIMITATIONS: CENSUS: Missing census data for central LA. Scale limitations: Poverty and Population density data was only available at the tract level and would have been more precise with Block Census Data. Furthermore, the ACS methodology for determining Poverty is opaque and may have skewed results in either direction. FARMER’S MARKET: Dataset may not represent all current markets. There may be more or less. With time, identifying more constraints and opportunities would improve the precision of the model.
Step5
In ArcScene, add raster, in properties: ‘Floating on a custom surface’; Elevation exaggeration: 1000
Our analysis identified only one region of greatest opportunity for a new farmer’s market - with a combined value of 21 - in the neighborhood of Willowbrook, just north of Compton - midway between downtown Los Angeles and Long Beach. Examining aerial imagery of the region identified by our analysis, we discovered that there were no open lots within the boundary but several public parking lots within 1/4 mile of the most suitable polygon. Though not explicitly part of the analysis, proximity to the highway system would increase accessibility by people using cars and by the farmers themselves.
Metro Data - LA GIS Data Portal Farmer’s Market Data LA Weekly Google Places Map LA Network - John Radke Census Data - ACS
SUITABILITY
Use ‘focal statistics’ on raster to smooth.
Step6 3D
Use ‘feature to raster’ on suitability layerselecting ‘total opps & constraints’
SOURCES
Visualize suitability map using 3D interpolation
RESULTS
LIMITATIONS & ASSUMPTIONS
7
Normalize Population Density for Tract Area. Classify both using Jenks Natural Breaks into 5 categories. Weight as opportunity.
Prepare Los Angeles Network for use in Network Analysis
PROPOSED SITE
3 4 5 6
Download Metro Line Data
Step7
2
Download & format ACS Census Data for Poverty and Population Density.
OPPOTUNITIES
1
OPP. UNION
The intent of this study is to identify a site most suitable for a new farmer’s market in Greater Los Angeles. To identify the optimal locations for a new farmer’s market in the Greater Los Angeles region we performed a suitability analysis which required identifying opportunities and constraints. We identified poverty and population density as opportunities as well as walking proximity to a metro station in order to serve an even larger population. The single constraint was walking proximity of the current locations of farmer’s markets. Suitablity for a new market was determined as a union of these weighted constaints and opportunities. Once optimal sites were selected, we investigated these regions visually to identify the best parcel for the location of a new farmer’s market.
Step2
METHODS PROBLEM
1. Geolocate LA Farmer’s Markets from Google Maps, KML conversion in ArcGIS 2. Network Preparation and Network Analysis 3. 3D Interpoation of opportunity & suitability rasters in ArcScene 4. Suitability Analysis
PROCESS DIAGRAM
Farmer’s markets bring fresh, healthy foods within easy reach of city dwellers. As obesity climbs and the link between poverty, obesity, and access to fresh food has become more apparent, promoting more fresh food markets within easy grasp of the most vulnerable populations while also prioritizing public transportation is a way to combat this problem.
TOOLS
Suitability Analysis to Identify Optimal Site for a New Farmer’s Market in Greater Los Angeles CYPLAN204C | Spring 2015 | John Radke, Professor Erica Althans-Schmidt | Siyu Liu | Chris He Public G Prioritizing IS - Sui taPoverty b i l i t y and A na l y s i sTransporation
THANK YOU! Erica Althans-Schmidt Portland, OR 303.827.4006 aserica@gmail.com
Eucalyptus
Japanese Cherry
Weeping Birch
Atlas Cedar
Sequoia Grove
Ancient Olive