THE LANGUAGE OF LANDSCAPE * * Citing The Language of Landscape Writen by Anne Whiston Spirn
Yini Tang
B.E n g i n e e r i n g, To n g j i U n i v e r s i t y, C h i n a | y i n i.t a n g.c n @ g m a i l.c o m | + 8 6 18 81759 9 0 0 5 1
v
THE LANGUAGE OF LANDSCAPE
| Contents
TO INTERPRET Landscape represents itself in a cer tain pat tern of point, line and sur face. Those pat terns are well orgnized under social and natural causes. Hence, it is the dut y of a landscape architect to interpret the u n s p o k e n r u l e s.
Views Through Train Window
16
Interpret Landscape in Different Regions Photography & Research
" Ta k i n g M a s u r e A c r o s s A m e r i c a n L a n d s c a p e" B y James Corner
TO CREATE To i n t e r p r e t i s t h e f i r s t s t e p, t o c r e a te i s t h e s e c o n d. B a s e d o n d e e p understanding of place, one could f u l l y d e f i n e t h e m u l t i - l a y e r i n fo r m a t i o n it of fers, including its substance and p r o c e s s, a n d t h e n t a k e i t s a d v a n t a g e to s o l v e i t s p r o b l e m s.
Memory of Wolong Mountain
2
Revel Human & Nature Relationship in Rural Spot
Productive Landscape Activation around Urban Edge
Broken Beauty
5
10
Restoration in Post-industrial Quarry
By Pablo Picaso
Stream
14
Translate music into traditional Chinese garden
Supplement
18
Other Works Fine Art
1
MEMORIES OF WOLONG MOUNTAIN Minimal Design for Spirit of Place
Te a m Ze r o C o m p e t i t i o n P r o j e c t, A u g u e s t 2015 C o l l a b o r a to r s: Q i a o q i D a i C o n t r i b u t i o n: S i te A n a l y s i s 70 % , D e s i g n 3 0 % , D r a w i n g 4 0 % M o d e l 10 % I n s t r u c to r : E r c u G o r g u l, X i a o fe n g Z h u S i te: Y i n a n , S h a n d o n g
INTRODUCTION | Memories of Wolong mountain T h e n at u r a l c o n d i t i o n s of Wo l o n g m o u nt a i n c h a n g e d y n a m i c l y as e l e va ti o n i n c re a s e, s o i l b e c o m e s p o o r a n d ve g e t a ti o n b e c o m e s s p a r s e r. A n d t h e s l o p a ls o c h a n g e s M e a nw h il e, re s i d e nts ex p l o i t
the mountain corresponding to the natural condition of the m o u n t a i n. Te r r a c e d f i e l d i s l o c a t e d a t t h e f o o t, w h e r e s t e e p i s g e ntl e r a n d s o il is r i c h; G raveya rd is l o c ate d i n g e ntl e h ill, w h i c h
T h i s p r o j e c t a i m s to u s e m i n i m a l m e t h o d to m a ke a d i a l o g u e w i t h Wo l o n g M o u n t a i n. B y e x p l o r i n g t h e v i a r a t i o n o f n a t u r a l c o n d i t i o n s o n d i f fe r e n t e l e v a t i o n s a n d t h e c o r r e s p o n d i n g h u m a n a c t i v i t i e s , w e b e g i n to u n d e r s t a n d t h e r e a s o n w h y r e s i d e n t s e x p l o i t t h e m o u n t a i n i n c e r t a i n b r r i l i a n t w ay s . I n s t a l l a t i o n s a r e d e s i g n e d o n a n o l d p a t h to r e s p e c t t h e s p i r i t o f e a c h s i te. T h e s e i n c l u d e a r i b b i n g fo r te r r a c e d f i e l d, a t r e s t l e fo r g r a ve y a r d, a n o b s e r v a to r y fo r q u a r r y a n d a p a r a p e t fo r te m p l e.
Te r r a c e d F i e l d
Graveyard
Quarry
Te m p l e
Dense Vegetation
Overwood
Moderate Vegetation
Sparse Vegetation
94% Soil 6% Rock
70% Soil 30% Rock
45% Soil 55% Rock
30% Soil 70% Rock
20m
30m
35m
50m
2
SITE ANALYSIS & STRATEGY | Four Nodes on An Old Path To d a y, t h i s m o u n t a i n i s g o i n g t o b e a p a r k f o r r e c r e a t i o n o f r e s i d e n t s . Ye t t h e g r a v e y a r d a n d t h e t e m p l e a r e s t i l l i n u s e. I n o r d e r t o k e e p t h e m e m o r i e s o f t h e
Terraced Field
Graveyard
Quarry
Temple
AXONOMETRIC VIEWS m o u nt a i n, a n d b a l a n c e t h e o l d a n d n ew way of u s ag e, fo u r n o d e s is s e l e cte d o n a n o l d p at h, a n d m i n i m a l a r t i n st a ll ati o n s a re d e s i g n e d.
Ribbing
Tr e s t l e
O bse r vator y
Parapet
Made by Dai
3
TERRACED FIELD | Ribbing
QUARRY | Observatory
To r e v e a l t h e o l d te r r a c e d f i e l d, a l a n d fo r m of a re p e ate d wave-s h a p e is s et, sy m b o li z i n g its continuously rising and falling ribbing, u p o n w h i c h, c o r n s t r a w p a v e s t h e p r e v i o u s path. This site could be used to go s i g hts e e i n g a n d re st, o n t h e s a m e t i m e i m p l y i ts ag r i c u l t u ra l m e m o r y.
A ramp digged downward from top of the precipice left by the quarr y implys the e x c a v a t i n g p r o c e s s o f a q u a r r y. T h e c a s ti n-p l a c e c o n c rete s t a i rc a s e a n d t h e we at h e r re s ist i n g ste e l p l ate a n d g l as s to e b o a rd of fe r a st ro n g i n d u st r i a l s e n s e.
Made by Dai
Made by Dai
GRAVEYARD | Trestle A s t h e p a t h p a s s i n g t h r o u g h t h e g r a v e y a r d, a t r e s t l e i s s e t to l e t to u r i s t s d i s t u r b l e s s to t h e g r a v e y a r d v i s i te r s, a n d m e a n w h i l e e n j oy t h e fo re st f ro m d i f fe re nt h e i g ht. T h e t re st l e is m a d e by wo o d, a m ate r i a l c l o s e r to t re e s; t h e o u t wa rd l e a n i n g to e b o a rd m i n i m i ze s t h e v is u a l distur bance to the graveyard and maintains t h e t ra n q u il at m o s p h e re.
Made by Dai
TEMPLE | Parapet To s e p e r a te t h e t w o f u n c t i o n s of te m p l e and viewing deck, the viewing deck is l o c a te d b e l o w t h e te m p l e; t h e te m p l e i s e n c l o s e d b y s to n e w a l l; a n d a l i t h e s h e et of c a s t-i n -p l a c e c o n c r ete s t a i r c o n n e cts t wo p l at fo r m s. I n t h i s way, t h e sacredness, introversion atmosphere is strenghthend and the need for sightseeing is satisf ied. T he wall also i n c re as e s t h e vo l u m of t h e m o u nt a i n to p.
Made by Dai
Made by Dai
Made byi Dai
4
PRODUCTIVE LANDSCAPE Urban Farming in an Abandoned Area around Port AS L A C o m p e t i t i o n P r o j e c t, M ay 2015 Personal Project I n s t r u c to r : E r c u G o r g u l S i te: Wa i g a o q i a o P o r t, S h a n g h a i
INSTRUCTION | China's Ports
| Leftovers along with Ports' Development
China has seven por ts w hose throughpu ts are among the top ten of the world. T he expension of por ts means countless c o n st r u ct i o n of re l ate d i nf r u st r u ct u re s, li ke h i g h way, fa cto r y, etc, af fe ct i n g b ot h t h e tex t u re of c i t y as we ll as li fe s of s o m e p e o p l e.
S p a c i a l l y, a m o n g t h o s e p o r t s, s o m e a r e c l e a r l y zo n e d, s u c h a s X i a n g g a n g a n d S h e n z h e n, b u t o t h e r s, a r e o r g n i z e d a s c o l l a g e, g r o w i n g b a s e d o n a g r a n d m a t r i x o f f a r m l a n d a n d v i l l a g e. T h e re m a inin g v illiag e s a re g radu a ll y e n circle d, a ba n do n e d, d e st roye d, b u t l ate r a m a z i n g l y t u r n e d i nto s p o nt a n e o u s p a r k i n g l ot.
T h i s p r o j e c t a i m s to f i r s t a n a l y s e h o w u r b a n p r o c e s s h a s i n v a d e d a n a r e a n e a r o n e o f t h e b i g g e s t p o r t s i n C h i n a , a n d t h e n to r e g e n e r a te i t by m a k i n g u s e o f t h e fo r c e o f u r b a n p r o c e s s i t s e l f. B y a d d i n g E c o U r b a n F a r m i n g i n to t h e s y s te m , b o t h p h y s i c a l a n d s o c i a l r e s o u r s e s a r e m a x i m a l l y u s e d, i n o r d e r to m a ke t h e p l a c e h a b i t a b l e a n d p r o v i d e a w ay o f l i v i n g fo r l o w i n c o m e p e o p l e t h e r e. D i f fe r e n t e c o n o m i c m o d e s , fo o d p r o d u c t c a t a l o g u e a n d a r a i n w a te r i r r i g a t i o n s y s te m a r e c a r e f u l l y d e s i g n e d to r u n t h i s p r o d u c t i v e l a n d s c a p e.
Throughput 400 TEU
Worlds' Top 10 Ports History Shanghai
+ 1900s
Xianggang
Farmland
+ 1900s
Shenzhen
Viillage
+ 1994
Port
+
Ninbo 2001 Qingdao 2013
Elevated Road
-Village +
Guangzhou 2014
Spontaineous Parking
Site Tianjin
5
SITE ANALYSIS | Activity of Container Drivers
| Activity of Aboriginal People
STRATEGY | Urban Farming
B et we e n t r a n s p o r t m is s i o n s, c o nt a i n e r d r i ve r s m ay h ave a b re a k wa i t i n g fo r o rd e r s. D u e to t h e l o c at i o n of t h e s i te, i t b e c o m e s t h e p a r k i n g l ot a n d re st st at i o n fo r m a ny d r i ve r s.
M a ny a b o r i g i n a l p e o p l e l ef t. T h e re st s p o nt a n e o u s l y g row ve g et a b l e s, r a is e p o u l t r y, s e ll ve g et a b l e s to n e i g h b o u r, s e ll c o o ke d fo o d to c o nt a i n e r d r i ve r s i n re st a u r a nts a n d i t i n e r a nt ve h i c l e s.
U r b a n fa r m i n g i s proposed to regenerate the site. T hree modes of urban farming are introduced, to fit in dif ferent space, a nd to benifit all - aboriginal people, drivers and c i ti ze n s f ro m d ow ntow n.
Tr a n s p o r t i n g P r o c e s s
Export Order Parking Lot
Warehouse
Container Yard
Production & Business
Site
Site
Port
Warehouse
Aboriginal People
Container Drivers Urban Farming
Shanghai Citizen
Mobile Farming Aboriginal People
Inport Order
| Spatial Arrangement
Product
Container Drivers Grow Vegetables
Parking Lot
Transport
Compound Farming
Warehouse
Container Yard
Port
Parking Lot
Grow Vegetables
Raise Poultry
Sell Vegetables
Restaurant
Itinerant Vender Restaurant Vegetables| Poultry
Restaurant Sell Vegetables Homemade
Orchard Grow Fruits
Picking Fruits
6
SITE PLAN
IRRIGATION SYSTEM Rain water would be collected from par k inglot and cleaned t h ro u g h d ra i n g e, f il te r of p l a nts a n d g rave l, wate r a e rati o n c iste r n
Urban Farming Area
3 M a r ket 1 M o b il e Fa r m i n g 4 R e st a u ra nt & G ro c e r y 2 C o m p o u n d Fa r m i n g 5 O rc h a rd
6 L i v i n g A re a 7 Pa r k i n g l ot
8 R a i n Wate r F il te r 9 Ciste r n
05
0
100
a n d t h e n b e e n u s e d i n t h re e k i n d s of fa r m i n g i r r i g ati o n. E l e ct r i c i t y g e n e rate d f ro m p i ezo b a c k s u p t h e sy ste m.
200m
Drainage & Filter
Ciste rn & Wate r Ae ration
Irrigation
m³ g: min 120 Far =21 bile 28 Mo ³ * 5 m 40 7 6 8 2
4
m³ 00 325 ter: a inw Ra
6 1
ar / ye
g: min m³ Far nd 400 pou 10 =4 m Co ³ * 1 m 40
3 9
0 20 : 3 city rn a s t e e Cap i C rag Sto
5
h kw
m³
w 4k n: ratio Ae ter a W day
/t,
5 1. o : /day ez P i 0kwh 112
g: y htin /da Lig kwh 0 60 h/
³ ay 5m h/d : 86 kw ard : 22 rch ing O p m Pu Led vity Gra
ZONING 1 Retain Living Area
2 Ve h i c l e Tr a f f i c
3 P e d e s t r a i n Tr a f f i c
4 Gre e mway Conne ction
Parking Lot
Piezo
Water Collection
Farming
Piping
7
FARMING INSTALLATON | Irrigation Detail
PARKING LOT | Detail I n p a r k i n g l ot, e l e ct r i c i t y is c o ll e cte d by p i ezo; wate r is c o ll e cte d b y l e a n i n g g r o u n d, a n d i s p u r i f i e d p u r i f i e d t h r o u g h g r a v e l f i l te r
| Product Cateloge
a n d p hy to re m e di ati o n; a i r is a ls o p u r i f i e d by p l a nts.
Mobile Farming T h o u g h c o nt ro l of te m p e rat u re a n d wate r (N F T ), c o m m o n ve g et a b l e s c o u l d b e p rov i d e i n a ll s e as o n s. Composition of Automobile Exhaust NOX
6
PM
5 4
NOX Transformation
Absorption
Pt
Block
2
3 1
3 Water Pump 4 Planting Bed 5 Water Circulates Back 6 Artificial Lighting
1 Fresh Water 2 Water Container
Compound Farming Us e a cyc l e of m at te r a n d e n e rg y a n d h o m e m a ke p ro c e s s to p rov i d e a va r i at y of c ate l o g u e.
withered vegetables
4 5
Poultry Piezo Wood Mulch
Stone Base Made from Ruins of Buildings
Engineered Soil
1
Stone Base Made from Ruins of Buildings
Restraint with Drain Hole
Perforated Pipe Connected to Cistern
Worms on Stool Medium
Homemade Process
1 fish tank 2 water filte 3 Water Pump 4 Planting Bed 5 Water Circulates Back
3
Organic Fertilizers
Fresh Vegetables
2
Soil Subgrade 0.5% Gradient for Drain
Drying
| Filter Plant Selection
Pickle
Crush
Homemade Food
Freshwater Fish
Orchard Us i n g t h e te c h n o l o g y of i nte rc ro p p i n g, f r u i t c o u l d b e p i c ke d i n a ll s e a s o n s.
Poor Soil Adaptability Perilla frutescens
Filter Ability
Abutilon theophrasti Medicus
Lonicera japonica Thunb.
Lycium chinense Mill.
Physalis alkekengi
Physalis alkekengi
Chlorophytum comosum (Thunb.)Baker.
Pennisetum alopecuroides (L.) Spreng
Jan.
1
Feb.
Mar.
Apr.
May
Jun.
Jul.
Aug.
Sep.
Oct.
Nov.
Dec.
2
1 Water Pipe 2 Ribbing
8
SECTIONS
PERFORMANCE
| Mobile Farming C o nt a i n e r s of ve g et a b l e s a re t r a n s p o r te d by s p a re t r u c ks to t h e c i t y a n d s o l d d i r re ctl y to c i t i ze n s i n S h a n g h a i.
Pe d e st r i a n
M o b il e Fa r m i n g
L i v i n g A re a
Pa r k i n g Lot
E nt ra n c e
| Compound Farming T h r o u g h I n te r p l a n t a t i o n a n d c a r ef u l p l a n n i n g, f r u i t c o u l d b e p i c ke d i n e v e r y s e a s o n. I n f r u s t r u c t u r e i s b u i l t
R e st a u ra nt
C o m p o u n d Fa r m i g n
o n c i s te r n fo r p e o p l e to p a s s a n d r e s t.
M a r ket
G ro c e r i e s
G ro c e r i e s
C o m p o u n d Fa r m i g n
| Orchard I t u s e s a c yc l e of m at te r a n d e n e rg y a n d h o m e m a d e p ro c e s s to p rov i d e a ve r i at y of c at a l o g u e, i n c l u di n g f is h, p o u l t r y, ve g et a b l e a n d h o m e m a d e fo o d. T h e b ro ke n h o u s e s
C i s te r n
Infrastructure
a n d o p e n s p a c e s is re p a re d to s et ve g et a b l e fa cto r y, fo o d m a r ket a n d g ro c e r i e s a n d fo r n ati ve p e o p l e to li ve.
I n te r c r o p p i n g
Spring
Summer
Autumn
Winter
9
BROKEN BEAUTY Post-industrial Quarry Revival B a c h e l o r G r a d u a t i o n P r o j e c t, S p r i n g 2015 Personal Project I n s t r u c to r : D e s h u n Z h a n g S i te: Y i n a n , S h a n d o n g T h i s p r o j e c t a i m s to r e s to r e t h e a b a n d o n e d q u a r r y i n Y i n a n V i l l a g e i n to a s c e n i c s p o t . T h e b a r e l e s s g r o u n d r e q u i r e s w a te r m a n a g e m e n t a s w e l l a s p h y to r e m e d i a t i o n. M e a n w h i l e, t h e s p e c i a l e x p e r i e n c e o f c l i f f o f fe r s a g r e a t o p p o r t u n i t y. W h a t ' s m o r e, t h e r e s to r a t i o n f a c i l l i t i e s t h e m s e l ve s c o u l d b e p a r t o f t h e b e a u t y: t h e c o l l o c t i n g w a te r fo r m i n g a s e a s o n a l w e t l a n d , t h e p l a n t s d a n c i n g w i t h t h e c l i f f, a l o n g w i t h e x i c i te m e n t o f fe r e d by t h e c l i f f s .
INTRODUCTION Ta k e a r i d e i n S h a n d o n g , o n e w o u l d n o t i c e a p e c u l i a r p h e n o m e n o n -- q u a r r i e s a re eve r y w h e re. I ts' l o c at i o n fo ll ow s t h e g e o l o g i c d i v i s i o n o f g a b b r o, a zo n e r i c h o f o r e. T h e a m o u n t i s a s to n i s h i n g, l e a v i n g t h e p r o b l e m o f r e s to r i n g t h o s e a b a n d o n e d ones becoming a reginal concern. Thousands of quarries
d i g g i n g o u t of d i f fe re nt t y p e s of m i n e ra l re q u i re d i f fe re nt k i n d s of p hy to r i m e di at i o n. I t is a c h a ll e n g e, b u t t h e va r i et y of fo r m s, s i ze s a n d c o m b i n ati o n c o r r e s p o n d i n g to i t s u n i q u e e n v i r o n m e n t a l s o p r o v i d e a c h a n c e fo r s p ati a l ex p e r i e n c e.
Ore Output Shandonng/ China
Variety
Site
10
SITE ANALYSIS | Original Habitat
| Quarries
HYDROLOGY | Strategy
| Process & Zoning
T h e b a r re n so il a n d ove ra ll d ro u g ht clim ate re st r ict t h e dist r ib u tio n of p hy to c e n o s i u m.
T h ro u g h t h r p ro c e s s of q u a r r y i n g, l a n d fo r m a re c h a n g e d a n d n ow t h e ste e p s l o p is ex p o s e d e as il y to r a i nwate r e ro s i o n i n s u m m e r.
F o u r s t r a te g y s a r e p r o p o s e d to l i m i t r a i n w a te r e r o s i o n a n d b u i l t a n e nv i ro n m e nt s u i t a b l e fo r p l a nts to g row.
T h e p ro c e s s of q u a r r y i n g is ex p l o i t to refo r m t h e l a n d fo r m.
Soil
Forming Process
Precipitation
Reorming Process
350 mm Soil
Limestone Jan. Feb. Mar. Apr.
May Jun.
Jul.
Aug. Sep. Oct.
Nov. Dec.
Habitat Poplar Forest
Stripping
Quarring
Transporting
Smashing
Screening
Level Bench
Transporting
Steep ( > 45 )
Level Bench
Landform E xposed to Rainwate r Erosion Shrub Forest
Cypress Forest
Coniferous Forest
Meadow
> 60
o
o
45 - 60
o
o
30 - 45
o
o
15 - 30
o
<15
Reservoir
Transporting
Making Gibion Retaining Wall
Earthing
Herbage
1 D igging Leve l Be nch
2 P l a c i n g G e b i o n R e t a i n i n g Wa l l
3 Earhing
4 D igging Rese r voir
o
Medium ( 15 - 45 )
Gabion Retaining Wall
Shrub
80 m 50 m Rock /Soil
Gentle ( < 15 )
Urban Sludge & Topsoil
Tree
Ponding ( < 15 )
Reservoir
Hydrophyte
Light Water
11
PLANTING | Plant Selection
| Succession
SITE PLAN
Pl a nts a re s e l e cte d a c c ro d i n g to c o n d i t i o n s of li g ht, wate r as we ll a s d e g re e. To fe r y ili ze s o il, p i o n e e r s a re g rowe d f i r st.
Pl a nts a re s e l e cte d a c c ro d i n g to c o n d i t i o n s of li g ht, wate r as we ll as d e g re e. To fe r y ili ze s o il, p i o n e e r s a re g rowe d f i r st.
P l a n t s a r e s e l e c te d a c c r o d i n g to c o n d i t i o n s o f l i g h t, w a te r a s w e l l a s d e g r e e. To fe r y ili ze s o il, p i o n e e r s a re g rowe d f i r st.
Natural Condition
Planting Strategy Year 1
Year 10
Year 20
SECTIONS
Planting
Rainwater Management
Circulation
1 2 3 4
5 Leve l B e n c h 6 G a b io n Ret a in nin g Wa ll
O r ig i n a l Pat h N ew Pat h 7 to F i e l d s 8 to M ou ntain 9 to R i ve r
Po p l a r Fo re st S h r u b Fo re st C o ni fe ro us Fo rest s e as o n a l Wetl a n d
Soil Degree
Light
p hy to c e n o s i u m
Water
Growth Removal
Interplant Dominant Plants
Growth Removal
a-a
Afforestation 8
a
Plant Pioneers
b 1
Plant Selection
Succession
2
Year 1
b-b
a
80 m 50 m
b
6 5
f
f
3
3
3
c
3
0 5M
Light Water Habitat
Poplar Forest
Shrub Forest
Coniferous Forest
Seasonal Wet Land
Year 10
c d e
4
d e
f-f
5M
0
c-c
Year 20
Soil Degree
d-d 9
Light
7
Water
Hisp Cog Willo ong id Art rass w hrax on
5M
Sea Hon Cyp -buc ress e ktho ysuckle rn
150
300
500m
0
0
Rhu P s Ty oplar phin a
e-e
12
PERFORMENCE | Seasonal Wet Land Former machine paths are retained and re-organized into a circular track system, passing through dynamic spaces of
PERFORMANCE | Paths q u a r r i e s; s c e n e r y s a l o n g p at h s c h a n g e f ro m ye a r to ye a r.
Fo r m e r m a c h i n e p at h s a re ret a i n e d a n d re- o rg a n i ze d i nto a c i rc u l a r t ra c k sy ste m, p as s i n g t h ro u g h d y n a m i c s p a c e s of q u a r r i e s; s c e n e r y s a l o n g p at h s c h a n g e f ro m ye a r to ye a r.
Ye a r 1 Spring
Ye a r 10
Ye a r 2 0
Circulation
Summer
Retained Machine Path
machine path quarry area natural river
13
STREAM Transform music to traditional Chinese garden
CONCEPT | From Music to Space
To n g j i C o r e S t u d i o, M ay 2014 Personal Project I n s t r u c to r : H o n g j u n Z h o u T h i s s t u d i o a i m s to d e s i g n t r a d i t i o n a l C h i n e s e g a r d e n. M y i n s p i r a t i o n i s f r o m a t r a d i t i o n a l C h i n e s e s o n g c a l l e d " L i u,S h u i (S t r e a m)" . I t r y to t r a n s l a te m u s i c i n to s p a c e.
I n t e r p r e t a t i o n o f 'L i u S h u i' ( S t r e a m) A 1 0:00
A 2 0:36
A 3 1:28
A 4 1:37
Melody Rhythm
B 1 3:13
B2 3:38
C1 5:17
B3 5:00
C2 6:19
C3 7:14
Sence of Space A
B
C
14
流水园(一)
唐艺倪 1150428 指导老师 周宏俊
PLAN
二
漫步初遇流水的闲适
S p a c e s e q u e n c e is fo l d e d i nto a l o o p.
流水一泻而下的灵动 PERFORMANCE
视野开阔明朗的愉悦
转译意象图
流水
白皮松 +0.300
凌水轩 一层
玉兰
这个园子来自于我对一首名为“流水”的古琴乐的解读 这首曲子的意境分为三段,分别是 从漫步初遇流水的闲适 ,到流水一泻而下的灵动,再到视野开阔的明朗愉悦
+0.600
0:00 舒缓的旋律,有漫步、闲适的感觉--竹外轩
+0.900
0:36 高音,像是水的引子--停水阁 玉兰
1:14 通过下滑音阶衔接产生一种急剧的转换,但是又提供了过渡回到漫步状--两山房 +0.600
1:28 用更高的泛音重申水的引子,像是透过另一个层次感受另一端的水--仙人洞
海棠
1:37 用重复的韵律过渡,仿佛顺其自然地回到漫步
+0.600
断廊 一层
+0.900
腊梅
3:13 过耳难忘的重复的动机,像是在前行的过程中水忽隐忽现--八音涧 3:38 达到高潮,像是水跌落、一气呵成、渐至平缓
白皮松
5:00 以高音的回转结束--桃源
+0.900
石榴
A
竹 腊梅
5:17 回归漫步,但情感上多了一分愉悦与明丽--<。)#)))≦乐亭、凌水轩 6:19 水的主题的重申,像是将水的能量泄出--半步桥
+0.600
一
一
竹外轩 一层
+0.600
7:14 淡出的尾音-断廊(模糊室内外界限以从室内过渡向室外)
空间组织
+0.600
柿树 竹 桃 鱼乐亭 一层 +1.200
白皮松 竹 芭蕉
榆树 停水阁 一层
B
桃 桂花
+0.600
+1.200
仙人洞
两山房 一层
+1.800 +0.600
八音涧 平面1:100
SECTIONS C
一剖面1:100
二剖面1:100
15
VIEW THROUGH TRAIN WINDOW Interpret Rural Landscape Along Rail Tracks P h o to g r a p h & R e s e a r c h P r o g r a m , F e b r u a r y 2015 P e r s o n a l Wo r k
PHOTOGRAPH Tr a i n to o k m e t h ro u g h Eu ro p e a n d C h i n a, h e re I s e l e c t m a i n l y 7 p l a c e s.T h e s u c c e s s i ve p h oto g ra p h s re c o rd u n i q u e l a n d s c a p e s of
d i f fe re nt p l a c e.
Nanchang, China
Ningbo, China
Shandong, China
Olvierto, Italy
Chur, Switzerland
Le Havre, France
Lil e, France
Gent, Belgium
Dinteloord, Netherland
M y i n te r e s t o f i n te r p r e t i n g d i f fe r e n t l a n d s c a p e p r o p e l s m e to t a ke a s e r i e s o f p h o to g r a p h s w h e n e v e r I g o o n a l o n g - d i s t a n c e t r a i n t r i p, to o b s e r ve h o w n a t u r e c o n d i t i o n a n d p e o p l eâ&#x20AC;&#x2122;s w ay o f l i v i n g c h a n g e a l o n g t h e r a i l t r a c k . T h o s e p h o to g r a p h l e d to f u r t h e r t h o u g h t o n t h e p a t te r n o f r u r a l l a n d s c a p e a n d i t s n a t u r a l o r s o c i a l c a u s e s b e h i n d.
16
technique
Social Cause Production
36 C 90 hu m r, S * 2 w 18 itz 0m er lan d
Climate
Landform
NAatural Cause
26 Le 80 Ha m * vre 18 , F 80 ra m nc e
27 Na 15m nc * ha 12 ng 30 ,C m hin a
Cluster
10 Le 00 Ha 0m vre * 5 , F 20 ra 0m nc e
1 House
Boundary
Decomposed Pat tern
30 Di 80 nt m elo * or 30 d, 80 Ne m th er lan d
Unit
France
Nanchang
Jiangsu
Netherland
E a c h p at te r n of l a n ds c a p e h as i ts n at u ra l a n d s o c i a l c a u s e s
Shandong
Italy
Switzerland
36 Sc 00 ale m * 36 00 m
CAUSES
C o n c l u d e t h e p at te r n a n d s c a l e of fa r m l a n d a n d v ill ag e.
NATURAL RESONS
Mode
57 O 40m lvi er * to, 33 Ita 90 ly m
56 Sh 30 an m * do 29 ng 6 , C 0m hin a
PATTERN
17
MODULE A
MODULE B
MODULE A
MODULE C
OTHER WORKS
O t h e r Wo r ks Fine Ar t
MODULE C
PROTECTION
PROTECTION
SUPPLEMENT
MODULE B
extérieur
INTERIEUR
extérieur
INTERIEUR
extérieur
INTERIEUR
extérieur
INTERIEUR
extérieur
INTERIEUR
extérieur
INTERIEUR
extérieur
INTERIEUR
extérieur
INTERIEUR
extérieur
INTERIEUR
extérieur
INTERIEUR
extérieur
INTERIEUR
extérieur
INTERIEUR
COUPE
COUPE
1/500
1/500
CHIFFRES CLÉS :
CHIFFRES CLÉS :
SHON RT : 1794 m2 VOLUME : 7027 m3
SHON RT : 1794 m2 VOLUME : 7027 m3
ENVELOPPE :
ENVELOPPE :
COMPACITÉ : 0,3 adim BBIO MOY : % OUVERTURE : 62 % CONFORT LUMINEUX: 59 %
COMPACITÉ : 0,3 adim BBIO MOY : % OUVERTURE : 62 % CONFORT LUMINEUX: 59 %
BESOINS:
BESOINS: 29 kWh/m2 12 kWh/m2 7 kWh/m2 2 kWh/m2 0 kWh/m2
29 kWh/m2 12 kWh/m2 7 kWh/m2 2 kWh/m2 0 kWh/m2
B U R E AU D E S I G N
PL A Z A DESIGN
Erasmus Studio, August 2014 Collaborators: Damien Najeau, Anais Buon Contribution: Design 30%, Site Distribution 30%, Drawings 30% Instructor: Nadia Hoyet, Fabien Duchène Site: Strasburg, France
Tongji Core Studio, March 2015 Personal Project Instructor: Hongjun Zhou Site: Shanghai, China
LIUBAIZHANG SCENIC ARE A PL ANNING
TR ADITIONAL CHINESE GARDEN DESIGN
Internship Project, July 2014 Site: Anhui, China Area: 2275 ha
Tongji Core Studio, May 2014 Personal Project Instructor: Hongjun Zhou
DRAWING | A Night on Bus
18
FINE ART
| Photograph
| Carving
Dynamic Huizhou
Lotus Seedpod | Ballet
Art as a Thingking Tool
Fo r m e, a r t is a way to reve a l i nv is ib l e re l at i o n s h ip s b et we e n t h i n g s t h at a re s h a r i n g t h e s a m e "g ra m m a r ". I t a ls o s e r ve s as a m e di u m to t ra n sfo r m f ro m re a li t y to my p e rc e pti o n, f ro m i nte r p reti n g to c re ati o n. A s a l a n ds c a p e a rc h i te ct, I t a ke d e li g ht i n ex p l o r i n g t h e o r i g i n of t h i n g s. S o I e n j oy a r t.
Dermatitis | Sea Wave
19