TABLE OF CONTENTS ACADEMIC PROJECTS 01 HISTORY IMMERSION
04
02 LSU DORAN HALL GATHERING AREA
08
03 GREEN INFRASTRUCTURE - CITY
14
04 GREEN INFRASTRUCTURE - MANSION
22
PROFESSIONAL 04 HILLSTATE APARTMENT RESIDENCE
24
SKILLS
Dahy u n g Ya ng Master in Landscape Architecture - 2017 Louisiana State University Ro b e r t R e i c h S c h o o l o f L a n d s c a p e A r c h i t e c t u r e
05 GIS
26
06 AUTOCAD / RHINO / GRASSHOPPER
28
07 RHINO / PHOTOSHOP
30
08 VIDEO_AFTER EFFECTS/PREMIERE
32
09 HAND DRAWING
34
10 TRANSPORTATION ENGINEERING
38
11 SPSS - STATISTIC ANALYSIS
40
COMMUNITY SERVICE 10 2016 72HOURS URBAN ACTION 11 SEOUL ZOO 12 RESTORE 225/ LCRI MAYOR’S WORKSHOP
42 44 46
Zone A _Forest of Japanese Colonial
Forest of Forest of Japanese Japanese Colonial Colonial
Zone B_Forest of Development
Zone C_Forest of Gunsan Future
Kindergarten Forest
Kindergarten Forest Independence Plaza Independence Plaza
Happy Zoo Kitchen Garden
Happy Zoo Kitchen Garden
Hall for the senior citizens
Hall for the senior citizens
Forest trails
Forest trails
Forest of Development Forest of Development Rice Garden
Rice Garden
detention pond
Forest of Gunsan Future
0
0
detention pond
Playground
Flower Garden
Observatory
N
Playground
Observatory
Gunsan Tourism Support Center
Forest of Gunsan Future Flower Garden
N
Gunsan Tourism Support Center
5
20
30m
10
HISTORY IMMERSION 5
20
10
30m
Award: 6th Urban Forest Design Competition, Director of Korea Forest Service Prize (3rd) Site: Sinheung-dong, Gunsan-si, Jeollabuk-do, Korea People would experience the modern history of the Gunsan. Start with the ‘Japanese Colonial Forest’, visitors would go through independence plaza and experience historical stage. People can enjoy the top of the forest, appreciating the beautiful panoramic scenery of the city. Without saying a word, people can be engaged in Gunsan history.
Zone A: Forest of Japanese Colonial
Zone B: Forest of Development
Zone C: Forest of Gunsan Future
People might feel the oppressed history of Japanese imperialism when they pass through the forest composed of Metasequoia in high density.
As go through Independence, people would be dynamic and active. They overlook the panoramic view of the city and Keum River Estuary at the top of the forest.
Citizens could rewrite noble history with every generation. Without saying a word, every generation can be part of Gunsan future.
heavy rainfall
kindergarten
using existing walls not removed yet
SQUARE ENT
deep-rooted
EXIT
higher
grid pattern
+
H I S T O R Y
Symbolize Japanese colonial era Metasequia
Terraced forest symbolizes hard years in 60s and 70s to live better.
ern
Mod
Rosa multiflora THUNB.
Symbolize Korean thosedays
Pinus thunbergii
Oryza sativa
ric Histo
Stre
PARK
tre ric S
et Mo
Histo dern
Trees_luring birds
Trees become denser
existing walls
Z o n e A
view
Center
PARK
Center
view
Rooms become smaller
Gunsan Tourism Support Center
rain garden
When you walk through a dark forest, bright light suddenly Walls become appears. “Independence�
use resources at that time
hall for the senior
Hibiscus syriacus
Z o n e B
E C O L O G Y
Preventing the Landslides Quercus acutissima
Quercus variabilis
E D Z U o n e US CRC
Nitrogen Fixation Castanea crenata
Robinia pseudo acacia
Alnus japonica
BA AP NE
Sorbus commixta
Diospyros kaki
Cultural Plants Prunus mume
Symbolize Gunsan Ginkgo biloba
Camellia japonica
et
Existing Tourism Support Center is isolated. Flower garden in front of the center might augment visitors.
Morus alba
Ficus carica
Seasonal Plants Magnolia kobus
Nandina domestica
Spiraea prunifolia
N0
N10
N20
N30
N40
N50
N60
N70
N80
N90
N100
N110
N120
N130
N140
30.76
W20
Designer: Dahyung Yang
E. B. DORAN HALL
31
ELECTRICITY
32
2.82%
6%
6.0
5.2
6%
13.33%
W10 0%
33 %
% 1.19
32
ALK
MATCH EXISTING SIDEWALK
E50
E60
34
33
LEGEND TW: Top of Wall
Grading Plan
2.63%
EXIS
W SIDE G N I T
31
2
0 5.0
35
34
%
20.00
13.33%
BW: Bottom of Wall : Spot Elevation 1"=10' - 0"
N
L-3
3%
E40
3.3
E30
33%
30
33.
ARCHITECTURE
LSU Doran Hall Gathering Area
%
.18
18
ROBERT REICH SCHOOL OF LANDSCAPE
30 14.28%
30.64
31
32
27.50
29 30.80
00%
28.57%
E20
25.
32.54
32.80
34.13
35.46
36.79
BRIDGE
28
%
1.25
28.50
38.20
38
37
38.12
33
36
34
35
2%
E10
29
33.20
31.60
2%
% 7.69
E0 E0
8.00%
30
24.0
N0
N10
N20
N30
N40
N50
N60
N70
N80
N90
N100
N110
N120
N130
N140
W20
Designer: Dahyung Yang
E. B. DORAN HALL Existing Vegetation
gs
ta
lt - 1
W10
mf
ELECTRICITY
mf oa
ca -5 vr -7
sl
lb -9
at
oa sl ar- 4
mf
E20
ta
at
sl ca -8
at
PLANT LIST
lt - 3
Symbol Scientific Name Common Name
oa
Size
EG/DEC Wildlife
ID GS
Size
EG/DEC Wildlife
Acer Rubrum
Red Maple
4
25’ -100’
DEC
Birds Squirrel
sl
Stokesia Laevis
Strokes’ Aster
373 sf
12” -30”
semi-EG Butterflies
lt
Liriodendron Tulipfera
Yellow Poplar
4
25’ -100’
DEC
Humming Bird
mf
Monarda Fistulosa
Beebalm Wild Bergamot
459 sf
2’-5’
Humming Bird
io
Ilex Opaca
American Holly
1
25’ -60’
EG
song birds game birds
at
Asclepias Tuberosa
Butterfly Milkweed
310 sf
18”
Butterflies
va
Vaccinium Arboreum
Frakleberry
18
12’ -25’
DEC
pb
Persea Borbonia
Redbay
14
15’ -40’
EG
Birds Birds Butterflies
Shrubs
1"=10' - 0"
Area
ar
Aquatic Plants hm
Hibiscus Moscheutos
Marshmallow Hibiscus
273 sf
3’-8’
Humming Bird
oa
Orontium Aquaticum
Golden Club
868 sf
1’-2’
Wildlife
Typha Angustifolia
Narrowleaf Cattail
468 sf
4’-9’
Wildlife
Gelsemium Sempervirens
Carolina Jessamine
229 sf
vr
Viburnum Rufidulum
Rusty Blackhaw
7
10’ -20’
DEC
Bees Butterflies
ta
ca
Cephalantnus Accidentalis
Buttonbush
13
8’ -10’
DEC
Butterflies
Vines
lb
Lindera Benzoin
Spicebush
9
3’ -10’
DEC
Butterflies
gs
N
EX
N ISTI
LK E WA
Symbol Scientific Name Common Name Perennial
Trees
va -18
io - 1
Qty.
EG
Bees
Planting Plan
E40
L-4
E30
E60
hm
hm
ARCHITECTURE
pb-14
E10
E50
LSU Doran Hall Gathering Area
E0
ROBERT REICH SCHOOL OF LANDSCAPE
oa
Green Infrastructure Landscape Typologies
Plan A5
<City of Compton>
A4 A
Studio: LA7031 Water Systems Site: Gateway Towne Center, City of Compton, Los Angeles, California
11’
A3 A’
11’ 9’ 5’ 5’
A6
Residential
A2 A7
Residential
A8
A8
A1
C
Gateway Towne Center is an urban commercial site that has extensive exsisting impervious paving that related stormwater management issues. 76% of the city drains into Compton creek, which is tributary to the lower Los Angeles River. Therefore, this site has a significant potential in creating better access to green, improving stormwater runoff in the city by reducing impervious surfaces in the watershed. Gateway Cities are faced with similar challenges of trying to meet pollutant reduction goals for impaired waters in fully developed urban areas. With several landscape typologies, we can overcome this challenge and have opportunities to bring more people into the commercial areas.
5’ 5’ 9’
A10
12’
B7
Commercial
B8
A9 B’
Community Garden
C’
Nursery
B8
3’ 5’ 5’
A9 B
B2
12’
B5
B10
B9
B1
B6
12’
B4
5’ 5’3’
B2
A9
A9
B3
N
Commercial 50ft
Legends
Rain Gutter Downspout Splash Blocks Stormwater Pop-ups
Yard Drains
Slotted Pipes
Amended Soil Rocky Soil
10ft
Slotted Pipe (Underdrain)
Porous Concrete Bike Sidewalk Lane 4’ 5’
Front Yard
Residential Building
Rain Garden 9’
Travel Lane 10’
Travel Lane 10’
Permeable Porous Parking Bike Concrete Zone Lane Sidewalk 9’ 4’ 5’
Infiltration Planter
Residential Building
Infiltration Planter
Rocky Soil
Rocky Soil Slotted Pipe (Underdrain)
Community Garden
Pocket Park
Scuppers
Porous Concrete Bike Sidewalk Lane 5’ 5’
Permeable Travel Lane 10’
Flow-Through Planter
Slotted Pipe (Underdrain)
Porous Bike Concrete Lane Sidewalk 5’ 5’
Permeable Travel Lane 10’
10ft
Community Garden
Flow-Through Planter
Yard Drains
Amended Soil Rocky Soil Slotted Pipe (Underdrain)
Residential Building
Front Yard
Porous Concrete Bike Sidewalk Lane 5’ 5’
Travel Lane 12’
Right Turn Lane 12’
Median
Travel Lane 12’
10ft Porous Bike Concrete Lane Sidewalk 5’ 5’
Community Garden
Green Green Infrastructure Infrastructure Landscape Landscape Typologies Typologies
Compton, Compton, CACA Site Site Assessment Assessment Context Context Map Map
The Compton The Compton Creek Creek
City of City Compton of Compton 0
0
1
1
2
4 MILES
2
4 MILES
Open Open Spaces Spaces
Santa Susana Santa Susana
0
N
Land Use Land Use
N
N
LAND USES 0.5Mile
0
Santa Susana Santa Susana
0.5Mile
0
0.5Mile
0
0
1
1
2
4 MILES
2
4 MILES
N
N
LAND USES
0.5Mile LOW DENSITY RESIDENTIAL LOW DENSITY RESIDENTIAL
0
0.5Mile
0
Transportation Transportation 0.5Mile
Major Highway
MEDIUM DENSITY RESIDENTIAL MEDIUM DENSITY RESIDENTIAL HIGH DENSITY RESIDENTIAL HIGH DENSITY RESIDENTIAL
Santa Susana Santa Susana
San Gabriel
0
Circulation Circulation
N
San Gabriel
Major Highway
Secondary Highway Secondary Highway Existing Bike path
RESIDENTIAL AGRICULTURE RESIDENTIAL AGRICULTURE LIMITED COMMERCIAL LIMITED COMMERCIAL LIMITED MANUFACTURING LIMITED MANUFACTURING
Existing Bike path
Proposed Bike Path Proposed Bike Path
HEAVY MANUFACTURING HEAVY MANUFACTURING HIGH DENSITY RESIDENTIAL HIGH DENSITY PARKING RESIDENTIAL PARKING
Verougo Mountains
Verougo Mountains
SCHOOLS
San Gabriel
San Gabriel
San Gabriel
M
Verougo Mountains
710
0
1
5 0
2 0
3 1 Miles
10 5 2 Miles
3
605
110
5 605
Miles
IMPERIAL HWY
IMPERIAL HWY
Gateway Gateway Towne Towne Center Center Mall Mall BEACH
BEACH
BLUE
WROSECRANS AVE
WROSECRANS AVE
WCOMPTON BLVD
WCOMPTON BLVD
ALONDRA BLVD
20°F
GREENLEAF BLVD
GreenleafGreenleaf Blvd Blvd
ALONDRA BLVD GREENLEAF BLVD
City Average
Between Between 1811 and 1811 1994, and there 1994, were there30 were floods 30 floods along the along the Los Angeles Los Angeles River. ARiver. 100-year A 100-year flood isflood a flood is athat flood hasthat a 1% has a 1% chancechance of occurring of occurring every year. everyMost year.ofMost the area of theinarea the City in the City was subject was subject to potential to potential inundation inundation by a 100-year by a 100-year flood. flood.
US AverageUS Average
17
Fertility: high Fertility: high -Inherent (high) (high) inches inches 10-12 10-12 About About : inches capacity capacity water water -Available -Available ASSOCIATION ASSOCIATION CHINO ASSOCIATION CHINO ASSOCIATION - Available water - Available capacity: water Aboutcapacity: 10-12: inches About(high) 10-12 -Inherent (high) Fertility: -Inherent high Fertility: high -Inherent CHINO CHINO (high) 10 inches 10 inches (high) About About capacity: capacity: water Available - Available -water ASSOCIATION ASSOCIATION CROPLEY CROPLEY CROPLEY ASSOCIATION CROPLEY ASSOCIATION - Available water - Available capacity: water About capacity: 10 inches About (high)10 inches (high) Fertility: high RAMONA-PLACENTIA RAMONA-PLACENTIA ASSOCIATION ASSOCIATION - Available -water Available capacity: water 8-10inches capacity: 8-10inches (high) (high) high -Inherent -Inherent (high) (high) Fertility: inches inches 10-12 10-12 About About :capacity: :capacity: capacity capacity RAMONA-PLACENTIA RAMONA-PLACENTIA ASSOCIATION ASSOCIATION - Available water - Available water 8-10inches (high) 8-10inches (high) water water -Available -Available ASSOCIATION ASSOCIATION CHINO CHINO 10 inches 10 inches (high) About (high) capacity: capacity: waterAbout Available - Available-water ASSOCIATION ASSOCIATION CROPLEYCROPLEY
Artesia Artesia 22
20 21
20
19
19
19
Artesia Blvd Artesia Blvd
k
k
Compton Compton gets 15gets inches 15 inches of rain per of rain year. perThe year. number The number of of days with days anywith measurable any measurable precipitation precipitation is 28. is 28.
ee Cr
ee Cr
Precipitation Precipitation
Flooding Flooding ZoneASSOCIATION ZoneASSOCIATION RAMONA-PLACENTIA RAMONA-PLACENTIA - Available-water Available capacity: water8-10inches capacity: 8-10inches (high) (high)
on pt
on pt
23
m Co
21
22 23
m Co
20°F Jan Feb Mar JanApr Feb May Mar Jun Apr Jul MayAug Jun Sep Jul Oct Aug Nov SepDec Oct Nov Dec
.5
18
17
17
18
Flooding Flooding history history
.5
18
18 .5
30°F
CORRIDOR
30°F
LINE
CORRIDOR
40°F
ALAMEDA
RO
50°F
40°F
Channelized Channelized Tributary Tributary
MET
LINE
WILMINGTON BLVD
BLUE
50°F
Soil Type Soil Type
Poverty Poverty Poverty Poverty
BLVD
BLVD
ALAMEDA
RO
MET
WILMINGTON BLVD
WELSEGUNDO BLVD
Circulation, Circulation, Drainage Drainage Patterns Patterns and Pervious and Pervious Surfaces Surfaces
LONG
CENTURY BLVD LONG
CENTURY BLVD
Compton City Compton City
City Average
The racial The makeup racial makeup of Compton of Compton is diverse, is diverse, consisting consisting of primarily of primarily Latino Latino (74%) and (74%) and African African American American (24%). (24%). The cityThe is generally city is generally a working-class a working-class city with city some with middlesome middleclass neighborhoods, class neighborhoods, and is home and is to home a relatively to a relatively young community, young community, at an average at an average 25 25 years ofyears age, of compared age, compared to the American to the American medianmedian age of 35. age of 35.
PovertyPoverty
Los AngelesLos River Angeles River
76%76%
60°F
23
19
23
20
20
91
Legend Legend
8 %8 %
US AverageUS Average
0in Jan Feb Mar JanApr FebMay MarJun Apr Jul MayAug JunSep Jul Oct AugNov SepDec Oct Nov Dec
1935
1935
1928
1928
1958
Pervious Pervious SurfaceSurface Study in theSite Study Site
1958 in the
Gateway Gateway Cities Cities Greenway Greenway Master Master PlanPlan LosLos Angeles Angeles County County
Retailer Retailer State Highway State Highway RestaurantRestaurant Roads SecondarySecondary Roads Fitness Center Local Roads Fitness Center Local Roads Bank Bank Blue Line Blue Line Crystal Casino Crystal Casino Freight Railroad Freight Railroad Public Art Public In Public ArtSpaces In Public Spaces Pervious Pervious Camino College El CaminoEl College Surfaces Surfaces
Fe Ave
0in
City Average
91
Santa
1in
1903
Fe Ave
1in
1903
Santa
2in
1905
St. Alameda
2in
City Average
1905
St. Alameda
3in
1899
Line
3in
1899
Blue
4in
Line
5in
4in
Blue
5in
N
Miles
Compton's Compton's climate climate is a local is steppe a local steppe climate.climate. On average, On average, Compton Creek Compton Creek there are there 286are sunny 286 sunny days per days year. perThe year. July Thehigh Julyis high is around around 82 degrees. 82 degrees. The January The January low is 46. low is 46. SurfaceSurface rainwater rainwater Industrial Facilities runoff goes runofftogoes the to the Industrial Facilities 80°F 80°F Metals Facilities Related Facilities Compton Compton creek. creek. Metals Related 70°F
Age
Population: Population: 321,418,820 321,418,820
Age 18 - 44 41% Age 18 - 44 41% Age 45 - 64 19.5% Age 45 - 64 19.5%
Pacific Ocean Pacific Ocean 10
WELSEGUNDO BLVD
60°F
Major Highway Major Highway Secondary Highway Secondary Highway Existing BikeExisting path Bike path Proposed Bike Proposed Path Bike PathN
Under Poverty Under 83%Poverty 83%
Over Age 65Over 7.5%Age 65 7.5% Under Age 18 Under 33.1% Age 18 33.1%
Race Race Race Race Latino 74% Latino 74%Age Age Age Age
Mediteranean-like Mediteranean-like climate. climate. Mild winters, Mild winters, hot dryhot dry summers, summers, and brief and periods brief periods of drought. of drought.
70°F
M
5
African American African 24% American 24% White 1% White 1% Others 1% Others 1%
SouthSouth California California Coastal Coastal Ecoregion Ecoregion
Climate Climate
SITE
18
0
Age
M
91
17
Pacific Ocean Pacific Ocean Miles
Race Race
SITE 91
19
10
110
Compton Compton Creek Creek Subwatershed Subwatershed 2 42.1 Mile 42.1 Mile2
Pacific Ocean Pacific Ocean
Low Density Low Residential Density Residential Medium Density Medium Residential Density Residential High DensityHigh Residential Density Residential Residential Agriculture Residential Agriculture Limited Commercial Limited Commercial Limited Manufacturing Limited Manufacturing Heavy Manufacturing Heavy Manufacturing High DensityHigh Residential DensityParking Residential Parking Schools Schools
405
5
Miles
SITE
Open SpaceOpen Space Schools Schools
18 .5
5 605
M
.5
10
605
SITE
SITE
M
0.6 0.6
5
405
110
SITE
710
19
Los Angeles Los Angeles River River Watershed Watershed 2 834 Mile 834 Mile2
5 605
710
105
19
405
110
10 5 Miles
605
105
.5
110
Los Angeles Los Angeles
19
405
405
10 5 Miles
710
Santa Monica Santa Monica
Compton a watershed 42.1 square Compton Creek Creek drains drains a watershed of 42.1ofsquare miles miles andlast is the lasttributary major tributary enter Los Angeles major to entertothe Losthe Angeles River River Compton Creek Compton and Creek is the Subwatershed Subwatershed it reaches the Pacific before itbefore reaches the Pacific Ocean.Ocean. Compton Creek Compton Most Creek of its isroute is encased in a concrete flood control ofMost its route encased in a concrete flood control channel. it passes West Greenleaf channel. ShortlyShortly after itafter passes under under West Greenleaf 1000 People / 1000 People Acres / Acres Boulevard, it changes to an earth-bottom with riprap it changes to an earth-bottom sectionsection with riprap Compton City ComptonBoulevard, City banks. banks. Demographics Demographics Los AngelesLos Angeles River River
710
105
110
5 0
710
105
710
19
105
405
0
M
710
Los Angeles Los Angeles 105
5 0
M
M
Verougo Mountains
Los Angeles Los Angeles
Santa Monica Santa Monica
0
Verougo Mountains
19
Santa Monica Santa Monica
Verougo Mountains
SCHOOLS
San Gabriel
1 Mile
1 Mile
Los Angeles Los River Angeles River Flood Flood Insurance Insurance Flood Zone Flood Insurance Zone Insurance Zone ZoneLiquefaction Liquefaction Zone Liquefaction Zone Liquefaction Zone Zone Dam Dam Inundation Inundation Dam Zone Dam Inundation Zone Inundation Zone Zone Flood Insurance Flood Zone Insurance Zone Liquefaction Liquefaction Zone Zone Dam Inundation Dam Zone Inundation Zone Flood Insurance Flood Zone Insurance Zone
Liquefaction Zone Liquefaction Zone
Dam Inundation Dam Zone Inundation Zone
LA7031 LA7031 WaterWater Systems, Systems, Fall 2016 Fall 2016
Team: Y. Team: Zhang,Y.Y.Zhang, Matinopoulos, Y. Matinopoulos, Z. Li, Y. Tao, Z. Li,D.Y.Yang, Tao, D. I. Kornu Yang, I. Kornu
Green Infrastructure Green Infrastructure Landscape Landscape Typologies, Typologies, City of Compton, City of Compton, CA CA Site Analysis Site Analysis Overview
Overview
Corridor Analysis Corridor Analysis
Industrial Area
Destination
Destination
Major Road
Major Road
Secondry Road
Secondry Road
Rail Road
Rail Road
Potential connection
Potential connection State Highway
Pedestrian and bike trails along the Creek
Native Plants and Habitat Artesia Station
on
pt Cr
Cr
Proposed Bike Trail
Proposed Bike Trail
k ee
k ee
Existing Bike
Bike Trail
Artesia Blvd
Artesia Blvd
91
91
Legend State Highway
Secondary Roads Local Roads Trail
Existing Bike Trail
Filter Strip
Bike Trail
m
on
Legend
Filter Strip
Pedestrian and Filter Strip bike trails along the Creek
Native Plants and Habitat
Co
Artesia Station
Filter Strip
Greenleaf Blvd
Create better access to community Create better a m eaccess n i t i e s to to community enhance the am quality e n i t i eofs to enhance the quality of life in urban communities. As lifeainresullt, urbanmore communities. people will Ashave a resullt, moremore access people to will have more access to outdoor activities, and healthier outdoor andactivities, safe environments. and healthier and safe environments. ary
Institutional Area
Industrial Area
Access to CommunityAccess to Community Channelized Tribut
Residential Area
Institutional Area
pt
Metro Station
Secondary Proposed Green Streets Roads Roads Los Angeles River Proposed RiverLocal Walks
Proposed Green Streets Proposed River Walks
Green Space Analysis Green Space Analysis
m
Co
m
Co
pt
pt
Green RiverGreen Walk Street Street Pedestrian Complete Bridge
Access to Green
Access to Green
Santa Fe Ave.
Greenleaf Blvd
Los Angeles River Walk Green River Pedestrian Bridge
Green Street Complete Street
Link the existing and proposed Link thegreen existing spaces and to proposed make healthier green spaces and to make healthier and productive site which can productive be a solution site to which the can problem be aofsolution severe topark the problem of severe park shortage in City of Compton. shortage People in can City enjoy of Compton. the amenities People easily. can enjoy the amenities easily. Greenleaf Blvd
ary
ary
Channelized Tribut
Freight Rail Alameda St.
Blue Line
Santa Fe Ave.
Channelized Tribut
Freight Rail Alameda St.
k
ee
Cr
k
ee
Cr
Blue Line
on
on
Casino
Greenleaf Blvd
Santa Fe Ave.
Commercial Area
Residential Area
m
Institutional Area
Freight Rail Alameda St.
Commercial Area
Co
Mobile Homes
Institutional Area
Casino
Opportunities Analysis Opportunities Analysis
ary
ary Channelized Tribut
l
l
Mobile Homes
Industral Area
Metro Station
Legends
Blue Line
Legends
Freight Rai
ary Channelized Tribut
Freight Rai
Industral Area
Commercial Area
Blueline Metro
Blueline Metro
Commercial Area
Residential AreaArea
Channelized Tribut
Residential AreaArea
Area
Santa Fe Ave.
Residential Area
Freight Rail Alameda St.
Residential Residential Area Area Area
Blue Line
Residential Area
Sport area
N
Pedestrian and bike trails along the Creek on k
ee
Cr
k
Impervious Area
Expected 92%Reduction of impervious in area on 92% of impervious area on pollutant siteload from TMDL site Baseline: 77% of Heavy Legend Green Space Metals (Cd, Pb, Cu, Zn)
Artesia Blvd
Artesia Blvd
91
91
-
-
Sport area
Sport area
Legend Green Space Sports Area Potential Waterfront Area River Los Angeles
Sports Area Potential Waterfront Area
Constraints Analysis Constraints Analysis
Potantial green space
pt
ee
Cr
Water Impervious Pollution Area
0.6 acres City/of 1000 Compton peopleranks 111 City in ofExpected ComptonReduction ranks 111inin pollutant load from TMDL cardiovascular disease cardiovascular disease Baseline: 77%Los of Heavy mortality out of 120 Los mortality out of 120 Metals Angeles cities Angeles cities(Cd, Pb, Cu, Zn)
Potantial green space
m
on
Water Pollution Air Pollution
Park Air Shortage Pollution
0.6 acres people Surrounded by 91 high-Surrounded by/ 1000 91 highway, metro and rail corridorway, metro and rail corridor
PedestrianPotantial and green bike trails along space the Creek
Potantial green space
Co
Artesia Station
pt
PoorPark Connectivity Shortage
Artesia Station
m
Site Issues
Poor Connectivity
500Feet
Co
500Feet
Site Issues
Sport area
N
Waterfront Los Angeles River
Waterfront Green Network of Walkways Green Network of Walkways
Impervious Area Reduce Impervious Area Mall and Casino Parking Mall and LotCasino Analysis Parking LotReduce Analysis
Covered Creek
Covered Creek
Blocked Creek
From 20 years ago
From 20 years ago
Fence Along the Creek
Impervious Surface Blocked Creek 92% of Site
According to the LA ParkingAccording lot regulation, to theparking LA Parking spaceslot beyond regulation, those required parking spaces beyond those required by code for a commercial mall.by Converting code for aextra commercial parking mall. spaces Converting used mostly extrainparking Nove spaces used mostly in Nove mber/December to pervious flexible mber/December use areas, will to pervious enhanceflexible the water use areas, qualitywill in enhance Co the water quality in Co mpton Creek and eventually mpton the LA Creek River, and with eventually reducingthe runoff LA River, and filtering with reducing runoff and filtering rainwater runoff before it leaves rainwater the mall's runoff35-acre before itparking leaveslot. the mall's 35-acre parking lot.
Impervious Surface 92% of Site
Fence Along the Creek
Porous Asphalt Pedestrian Pathway
Pedestrian Pathway
Porous Asphalt Bioswales
Industry Buildings
Industry Buildings
Compton Creek
Compton Creek
Air Polltion
Air Polltion
Channelized Waterway
Channelized Waterway
Unsafe Connection
Disconnection Unsafe Seperated by Sunk Railway Connection
Hazardous Pedestrian Walkways
Disconnection Seperated by Sunk Railway
Hazardous Pedestrian Walkways
Comtpon Creek Tributary
Comtpon Creek Tributary
Channelized Waterway
Channelized Waterway
Legend
Legend Parking Lots (34.5 acres)
Parking Lots (34.5 acres)
Safe Pedestrian Pathway Safe Pedestrian Pathway Bioswale Cell / Porous Asphalt Bioswale Cell / Porous Asphalt
Building Analysis Building Analysis
Reduce Pollutants
Fe A
ve
San ta Fr Fe eig Av e ht Ra il
San ta d
Legend
Al am e am ed da S aC t or r id or
Al am e am ed da S aC t or r id or
Al
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Gateway Cities Gateway Greenway Cities Master Greenway Plan Plan Los Master Angeles Plan County Los Angeles Gateway Cities Greenway Gateway Cities Master Greenway Plan Los Angeles Master County, Los Angeles CA County, CA
k
Riv er
ng ele s
ee
Ar tesia Blv
d
Institution
Artesia Blvd
0
200
County
Feet 400
Industrial Building (64%)
Commercial Building (24%)
Commercial Building (24%)
Residential BuildingFeet (8%)
Residential Building (8%)
Institutional Building (4%)
Institutional Building (4%) Los Angeles River
N
0
200
400
Infiltration Planter
Extensive Green Roof
Artful Downspout Downspout
91
Industrial Green Wall Extensive Green Roof Los Angeles River
Irrigate Interpetive Native Plant Cistern
Rain Grden
Permeable Paving
Legend
Industrial Building (64%) A
Cr
ng ele s
on
A
os
Irrigate Native Plant
91
Institution
Commercial (24%)
Green Wall Artful Downspout
Artesia Blvd
T os
Artesia Station
Green Roof
Commercial (24%)
Gutter
Gutter
Gutter
Gutter
Downspout
pt m
Ar tesia Blv T
Artesia Station
k
k
To Los Anegels River
ee
nC r ee
To Los Anegels River
Cr
ro et
pt o
L
M
L
ue Bl
e Lin
Commerce
Gateway Towne Shopping Mall
o
ro et
om
Crystal Casino
o
ue Bl
M
pt o
nC r ee 91 Freewkay
91 Freew ay
e Lin
Co m
Commerce C
Gateway Towne Shopping Mall
on
Artesia Metro Station Crystal Casino
Co
Manufacturing Industry
Greenleaf Blvd
Industrial Extensive (64%) Infiltration Planter
Green Wall
pt m
Artesia Metro Station
Industrial (64%)
Co
Manufacturing Industry
Fr eig ht Ra il
Greenleaf Blvd
Greenleaf Blvd
ary
ary
Residence
Santa Fe Ave.
Greenleaf Blvd
Reduce Pollutants
The site has a lot of potential The areas sitefor hasinstalling a lot of potential water harvesting areas forstrategies. installing water harvesting strategies. Incorporating green roofs Incorporating in the Industrial green areas roofs willinreduce the Industrial impervious areas will reduce impervious surfaces and both air and water surfaces pollutants. and both Interpretive air and water green pollutants. infrastructure Interpretive green infrastructure in commercial area educates in commercial people. area educates people. Channelized Tribut
Freight Rail Alameda St.
Santa Fe Ave.
Channelized Tribut
Blue Line
Freight Rail Alameda St.
Blue Line
Residence
Bioswales
Permeable Paving Paving Permeable
Interpetive Cistern Rain Grden Permeable Paving
Capture 3.3M gallons Capture 1.3M gallons Capture 1.3M gallons Industrial Commercial Commercial (per a year) (per a year) (per a year) (per a year) Interactive Cistern Green WallInteractive Cistern Disconnected DownspoutDisconnected Downspout Extensive Green Roof
Capture 3.3M gallons
LA7031 Water Systems, LA7031Fall Water 2016 Systems, Fall 2016 LA7031 Water Systems LSU FallLA7031 2016 Water Systems LSU Fall 2016
Team: Team: Z. Y. Y. Tao, D. Y. Yang, I. Kornu Y. Tao, D. Yang, I. Kornu Z. Li,Y.Y.Zhang, Zhang,Y.D.Matinopoulos, Yang, Y. Tao, Z. Y.Li, Li, Matinopoulos, Y.Zhang, Zhang, D.Matinopoulos, I.Yang, Kornu Y. Tao,Z.Y.Li,Matinopoulos, I. Kornu
impervious paving that related stormwater management issues. This concept intends to play a significant role in improving stormwater management cleansing the storm water runoff by reducing bacteria in the watershed.With several design components such as a cistern for irrigation, this concept shows that we can overcome this challenge in artful and interpretive way.The concept is designed to enhance the water quality in Capitol Lake, with the goal of reducing runoff and filtering rainwater runoff before it leaves the mansion’s impervious surfaces. This project is for the multiple purposes of reduction in bacteria loading, public education, and recreation of a stormwater demonstration for visitors and students.
SITE ANALYSIS Pond
+ LP
3
Sensory Garden
Pool
Butterfly Garden CB CB
6
Pool
4
7
French Drain
8
Tennis Court
9
Flow Through Planter
3
6 10
9
Capitol Lake + Captital LP
9
13 Retaining Walls 23
14 Porous Paving / Trench Drain 15 Detention Pond
7.1% Lawn
+ HP
CB
2
16
Lawn
Lawn
21 Crosswalk
N
22 Overflow Parking
PRECEDENT IMAGES
Inspiration: Discovering Louisiana Scenic Rivers and Lakes
Area
Artful
Artful
Downspout (1)
Downspout (2)
Inspiration: Discovering Louisiana Prairies and Salt Domes
SWM Strategies Check Dam
Drainage Pattern
Scale: 1”= 50’ - 0”
Fence
Segment
Slope
070503
Water Body
Suspected sources of
Capitol
impairment Unknown
Lake
sources
Fecal Coliform Bacteria
Drainage
(colonies/100 mL)
Area(acres)
400 (5/01–10/31) 2,000(11/01–4/30)
1,731
Issues
Opportunities
Normal Rainwater Catchment Calculation
• Drainage Issues
• Potential Educational Place for students:
Governor’s Mansion - Roof
Parking Lot - Impervious Surfaces
• Catchment Area : 7,800 sq.ft.
• Catchment Area : 22,275 sq.ft.
• Catchment Efficiency Factor: 0.0625
• Catchment Efficiency Factor: 0.0625
• Total cf of Runoff Captured: 487.50cf
• Total cf of Runoff Captured: 1,392cf
• Total gallons of runoff captured: 3,656 gallons
• Total gallons of runoff captured: 10,440 gallons
• Average Annual Precipitation: 59.42 inches
• Average Annual Precipitation: 59.42 inches
Green Infrastructure and Louisiana History • Governor's Mansion: Gutter, Artful Downspout to Collect Rainwater
3. Capitol Access Road
• Enhance the quality of Capitol lake by installing
• Poor Access for Pedestrians and Wheelchairs
bioswale-cells in parking lot
• Lack of Stormwater Capturing System • Impervious Area
• Ensure Louisiana State Capitol is visible
• Low Soil Permeability
• Provide various native vegetation
= 59.42 x 80% = 47.53 inches • Estimated Normal Water Harvest:
• Irrigate Rose Garden with stormwater from roof
Design Strategies
173,770 gallons (0.53 acres)
= 59.42 x 80% = 47.53 inches • Estimated Normal Water Harvest: 496,213 gallons (1.52 acres)
ea
rm
Pe Trench Drain
ble
1 - Main Entrance
lk
a ew
Sid
Governor’s Mansion is an urban institutional site that has exsisting impervious paving that related stormwater management issues. This concept intends to play a significant role in improving stormwater management cleansing the storm water runoff by reducing bacteria in the watershed. With several design components such asLAa cisternLSU forFall irrigation, concept shows that we can Conceptual Plan - Louisiana Governor’s Mansion, Baton Rouge, 2016 LA7034:this LANDSCAPE TECHNOLOGY III - Dahyung Yang overcome this challenge in artful and interpretive way.The concept is designed to enhance the water quality in Capitol Lake, with the goal of reducing runoff and filtering rainwater runoff before it leaves the mansion’s impervious surfaces. This project is for the multiple purposes of reduction in bacteria loading, public education, and recreation of a stormwater demonstration for visitors and students.
Catch Basin
CB
(Appropriate for SWM)
17 Constructed Wetland
N
Capitol Access Rd
Area Drain
AD
2. Underground Parking Lot
20 Bioretention Swale
Wind from East
Capitol Lake TMDL (Jan, 2016) - Bacteria Needs to be reduced
1. Back Flow from Capitol Lake
Studio: LA7034 Technology III Swamps and Ecology Bottomlands and Detention Pond Site: Louisiana Governor’s Mansion, Baton Rouge, LA
CB
Overflow Parking
Sunny Area
<Green Infrastructure>
CB
H
CB
Lawn
Legends
Louisiana Governor’s Mansion 4
CB
Lawn
1
Scale: 1”= 80’ - 0”
SWM Strategies
CB
+ LP
22
24 Artful Downspout
3
▲ ENT
5.0%
21
20 Bioretention Swale
CB
Lawn
CB
17
18 Sandstone Trail 19 Rain Garden
CB
+ HP
7.1%
15
17 Constructed Wetland
16
Lawn
Governor's Mansion
18
16 Flag Pole
24
4
Pond
20 14
12 Trench Drain near Underground Garage
CB
CB
CB
CB
AD
19 24
11 Cistern for Rose Garden Irrigation
Lawn
CB
▲
12
9
CB
Lawn
5.6%
2
13
CB
11
8
10 Rose Garden
Tennis Court
W Hwy Dr
7
Lawn
1
5
7.1%
Observation Deck
▲
5
▲
Check Dam
Area
W Hwy Dr
CB
4
23 Bioswale
+ HP T
Permeable Sidewalk
CB
EN
2
%
7.1
kD
ec
Ch
◀
Pergola (Bus Station)
o
(P
% Lawn 4.4
al
ti ten
Lawn
) am
3.5%
Concept Plan
Legends 1
4.0%
Pond
Detention Pond - Reduce Bacteria
2 - Capitol Lake
SITE ANALYSIS - Louisiana Governor’s Mansion, Baton Rouge, LA
Porous Paving Near Underground Garage
3 - Underground Garage
Flow Thro
ugh Plante
r
4 - Governor’s Mansion
LSU Fall 2016 LA7034: LANDSCAPE TECHNOLOGY III - Dahyung Yang
pergola
flowering tree
tall pine forest wooden deck
flowering tree
pergola
110 complex
green area
sidewalk
green area
wooden rest main path area deck
green area
sidewalk
green area
sidewalk
green area
104 complex
110 complex
green area
sidewalk
green area
main path
rest area
green area
sidewalk
green area
sidewalk
green area
104 complex
playground in forest
pine forest
hackberry flower gardens
pine forest
playground in forest seat wall
hackberry flower gardens green area
mom’s garden
sidewalk seat wall
kid’s garden
sidewalk
green area
114 complex
sidewalk
kid’s garden
sidewalk
green area
114 complex
ㅗHillstate Apartment Residenceㄴㄴㄴ green area
mom’s garden
Synwha Consulting Co. LTD, Summer 2013 Site: Sinjeong Negeori Hillstate Apartment Residence, Mok-dong, Yangcheon-gu, Seoul, Korea
The site is located among the buildings. Thus, it is hard to commune with nature. Apartment residents might be proud of having their own forest. Tall pine forest which reached a height of around 40ft makes Hillstate Apartment Complex healthier. In ‘Seven Theme Gardens’, whole family would have some time to relax.
Model Builder
Final Suitable Location
w ith in 0 ~ 14 degrees
Bu ild in g N ewRo a d
within 60m
Intersect buffered (good) areas
N a tio n a l P a rk
Buffer Bad Areas
Good A rea s
Within 0~14 Degree
Bad Areas
within 500ft of residental area
Land Use Map
Erase Bad from G ood
Fa llo w Land
Slope Map
Rip a ria n Ecosystem
S o u th wa rd
Shielding Forest
Union Good Areas(+) Overlay
Further than 500ft of Residential Area
S u ita b le A rea s Intersect with Vacant Parcels Vacant P a rc els
Fi n al S u i tab l e Ar e as
Union Bad Areas(-) Overlay Road Statistics Low Possibility of Building New Roads
National Park
Shield Forest Mixed Forest of Soft and Hardwood
Fallow Land Easy to Secure Land
Far from Existing Parks
Water System Far away from Riparian Ecosystem
Geographic Information Systeㄴmㄴㄴㄴ
Southward Map Warm Area
Elevation Lower than 200ft
Geographic Information System Practice, Fall 2012 Instructor: Eunhyung Kim Site: Suwon-si, Gyeonggi-do, South Korea The incoming population grows as Gwanggyo New Town is built. This, there has been a gradual decline in the quality of water because of recreational facilities and domestic waste water. To restore the quality of water, it is necessary to establish a sewage disposal plant. Geographic Information System plays a significant role in searching the suitable land for sewage disposal plant. I found good areas and bad areas by geoprocessing, then extracted and buffered data layers. When I erase bad areas from good areas, finally I could find suitable areas.
Hillshade Little Shaded Area
Computer Aided Design
Hand Graphics
Video Making
Hand Graphics LA4504 Dahyung Yang
Solution 1. Bus Bay Problem : Bus Stop is too close from the intersection and the entrance of transfer center.
60m
Solution : Move 60 meters to the west and then install ‘bus bay’ which relieves traffic tie up and enhance passengers safety. decleration busstopacceleration lane lane lane
bus station length 60m total length (160m)
Solution 2. Reversible Lanes Based on traffic volume, change one Sanseong exit lanes into entry lane during rush hour to shorten queues
Solution 3. Lengthen Entry
Transportation Engineering Studio: Transportation Engineering, Fall 2013 Site: Bokjeong Intersection, Jangji-dong, Songpa-gu, Seoul, South Korea This project is to ease the traffic congestion in Bok-Jeong Intersection by planning highway facilities and controlling traffic volume elastically. This plan would help reduce travel time expectation and move people and goods safely and efficiently on streets and highways.
Move 100 meters from Bokjeong Intersection to Sanseong direction. Lengthen entry lane increase in lane capacity and change traffic cycle elastically.
Factor Analysis
Reliability Analysis As a result of analyzing fifteen questions, these can be sorted into six factors. In view of contents, those factors were named as follows. 1) Facility factors, ②2) snack factors, ③ 3) story factors ④4)actor factors 5) ⑤service factors.
As a representative result of reliability analysis of five factors, all items of “facility factor; cleanliness, subtitles, seat comf” appeared to be worthy of retention. This results attributed to the fact that α = 0.630(>0.6), appeared to have good internal consistency.
① 1) facility factors : #9,8,13 ② 2) snack factors : #11,10,12 ③ 3) story factors : #4,5,7 ④ 4) actor factors : #3,1,2 ⑤ 5) service factors : #14,15 Result is credible because factor loading of each questions is more than 0.548 (>0.4).
①Reliability : the fact that a scale should consistently reflect the construct it is measuring. questions is more than 0.548 (>0.4).
Multiple Regression Analysis As a result of multiple regression analysis, R² = 0.18, which indicates how much would five independent variables(①actor, ②story, ③facility, ④snack, ⑤service) affect the percentage of dependent variable(satisfaction of movie, “Interstellar”). It’s 18%.
Twoway Analysis of Variance(ANOVA)
Significant Regression Equation movie “Interstellar” satisfaction = 2.122 + 0.232 x actor + 0.231 x facility
SPSS_Statistical Analysis 138 people who watched Interstellar at the cinema were surveyed; 63 were male and 75 were female. The data were analyzed by factor analysis, reliability analysis, multiple regression analysis and two-way analysis of variance(ANOVA).
To examine any difference in satisfaction of “Interstellar” moviegoers‘ depending on gender or age group. The younger the moviegoers are, the more likely they are content with movie “Interstellar”, and this tendency is meaningful as a result of F’s P-value is 0.673(>0.05). However, gender-based difference means nothing as a result of F’s P-value is 0.848(>0.05).
2016 72HOURS URBAN ACTION Awarded 1st Prize Site: 906-16, Bangbae-dong, Seoul, South Korea Instructor: Youngmin Kim Coworkers: Somi Go, Sujung Kim 72 Hour Urban Action is an upcoming voice in the global movement of participatory tactical urbanism. The teams design, build, sleep and party on site to generate interventions in public space within 3 days, a tight budget and limited space.
Seoul Zoo - Behavioral Enrichment Behavioral enrichment is an animal husbandry principle that seeks to enhance the quality of captive animal care by identifying and providing the environmental stimuli necessary for optimal psychological and physiological well-being. The goal of environmental enrichment is to improve or maintain an animalâ&#x20AC;&#x2122;s physical and psychological health by increasing the range or number of species-specific behaviors, increasing positive utilization of the captive environment, preventing or reducing the frequency of abnormal behaviors such as stereotypies, and increasing the individualâ&#x20AC;&#x2122;s ability to cope with the challenges of captivity.
Restore 225 - Fall, 2016 In the wake of the recent floods in Louisiana community, there are a number of great opportunities for those of people not affected to volunteer and give back. My primary goal as a landscape architect – fueled by experience volunteering ‘Restore 225’ on last semester to help flood victims in our community – is to achieve environmental and social equity through projects. What we did was helping them to take apart all the floors and built-in furniture.
LCRI MAYOR’S WORKSHOP -Spring, 2017 LSU Coastal Sustainability Studio Position: Research Assistant The intensive two-day, closed-door workshop provides six mayors with direct access to six nationally - renowned planning and urban design professionals for candid discussion on realworld problems and projects. Subject matter experts represents fields such as applied ecology, land conservation, sustainable design, green real estate development, disaster recovery, predisaster planning and mitigation, economic development, urban resilience and sustainable infrastructure planning, and coastal management.