Landscape Portfolio

Page 1

[PORTFOLIO]

URBAN CONFLICT TOPIC

ZIYICHEN

University of Michigan

ziyichen@umich.edu

BIRD HABITAT RESEARCH Eco-balance between species.............................................. 01 CONTENTS ALLEY RESPONSE Historical district micro-update ...........................................08 REBOOT Harbor district awakening ................................................... 13 MODS BIOLOGICAL SYSTEM IMPROVEMENT Nature response ................................................................. 19 OTHER WORKS Previous intern works..........................................................24

URBAN CONFLICT 1 ---- Eco-balance between species

BIRD HABITAT RESEARCH

Taihu Lake, Suzhou 709hm²

2020.3-2020.4

Group work

Suzhou Taihu Lake is located on the East Asia-Australia bird migration route, where many bird species transit and roost. The design reshapes the fragmented habitat of the wetland through the construction of different bird habitats and the use of reeds, an important bird nesting plant. While providing a nature education facility, it also reduces human disturbance to the wetland, thus achieving harmony between the city and the wetland.

01
Cygnus columbianus Aix galericulata Centropus bengalensis Anhima cornuta Phoenicurus auroreus Fulica atra Butorides striata
Highway Road 02
Taihu Lake cruise route

The survey collected the distribution height dates of birds and other species on the site as well as the flushing distances of birds as a reference for subsequent zoning.

Canopy

3.0-10.0

Shrub

1.0-3.0

Flower

0.0-1.0

Farmland

(-)0.2-1.5

Tall rass

0.0-0.5

Grass slope

0.0-0.2

Forest swamp

(-)10.0-1.0

Artificial floating island

(-)0.3-0.5

Nearshore

(-)0.3-0.0

Beach

(-)0.3-0.3

Stony beach

(-)0.3-0.3

Reed marshes

(-)0.3-1.5

Pool

Cave pores

Shallow waters

(-)0.6-2.0

(-)0.3-0.0

(-)1.0-(-)0.3

Deep waters

(-)3.0-(-)1.0

Tundra Swan
flush distance (m) distribution height (m)
Little Gre-be Common Teal Common Coot Black-crowned Night-heron Yellow Bittern Common Moorhen White-breasted Waterhen White-breasted Waterhen Little Ringed Plover Sparrows Reed Warbler Barn Swallow Long-tailed Shrike Black-faced Bunting Little Bunting White Wagtail Tawny-flanked Prinia Red-rumped Swallow Light-vented Bulbul Vinous-throated Parrotbill Streptopelia chinensis Ring-necked Pheasant Fish Crustacea Amphibious Mammal Insect Pigeon
Waterfowl Scansores Terrestores Other species Warbler Wader 5 15 10 03
[Animal analysis]

[Habitat areas]

According to habitat suitability analysis, the habitat areas are divided into nests, foraging areas and buffer zones based on the principle of minimum intervention and cost.

Pond area

Wader area

Pontederia cordata

Foraging area

Taxodium ascendens Pterocarya stenoptera

Acorus calamus Taxodium ascendens

Taxodium ascendens

Isolate area Metasequoia glyptostroboides Sapium sebiferum Camellia japonica Malus halliana Fatsia japonica Nandina domestica

Ophiopogon japonicus

Canna indica Typha orientalis Typha orientalis

POND Reed+Waterplant

A variety of aquatic plants are used around the fish ponds to create aquatic animal activity places, providing a lot of organic cycles for plants.

Acorus calamus

Sagittaria sagittifolia Scirpus validus Sagittaria sagittifolia Sagittaria sagittifolia

Pontederia cordata

Typha orientalis Zizania latifolia Zizania latifolia

Ophiopogon japonicus Ophiopogon japonicus

Pontederia cordata Heleocharis dulcis

Taxodium ascendens

ISOLATING

Reed+ Submerged plant

Isolate birds from human activity and provide protected areas for them who have short flight distances.

Sagittaria sagittifolia Hydrilla verticillata Myriophyllum verticillatum Nymphaea tetragona

Hosta plantaginea Hemerocallis fulva

Hemerocallis fulva Oxalis corymbosa Canna indica

Ophiopogon japonicus Taxodium ascendens

Nandina domestica Nandina domestica

Heleocharis dulcis Heleocharis dulcis Pontederia cordata Hosta plantaginea

Lythrum salicaria Pontederia cordata

NESTING Reed+Tree

The reed-intensive area near the lake is divided for nesting, connected with the woods, with better concealment and providing nesting places for birds.

Taxodium ascendens Cymbopogon citratus Taxodium ascendens Lythrum salicaria

Wader area

Reed+Waterplant

Wading area is a swamp with water depth below 0.5m, which is set up for birds that need to inhabit and breed in shallow water or shore.

Scirpus validus Thalia dealbata 04

Thalia dealbata Acorus calamus

Nandina domestica Oxalis corymbosa Oxalis corymbosa Rosa chinensis Orychophragmus violaceus Ophiopogon japonicus

Foraging area

Reed+Emergent plant

In shallow water areas, use reeds and emergent plant for wetland birds in the brooding period to create an important foraging place.

1 1 3 4 5 2 2 3 4 5
Nesting area Metasequoia glyptostroboides

Parking lot

Farmland experience area

Bird-watching platform

Visitor Center

Marinas

Green corridor

Bird-contacting platform

Bird-watching platform

Shadow of windmill

Floating island

Woodland walkway

Conservation area

① ② ③ ④ ⑤ ⑥ ⑦ ⑧ ⑨ ⑩ ⑪ ⑫ ⑩ ⑪ ⑫ ⑥ ⑦ ⑧ ⑨ ① ③ ④ ⑤ ②
activityies] 0 50m 4 3 1 2 100m 200m 05 1 3 2 4
[Human
[Wader area] 06
GRASS PURIFICATION REEDS FIXING BANK
[Woodland walkway] 07
URBAN RANOFF

URBAN CONFLICT 2 ---- Historical district micro-update

ALLEY RESPONSE

Suzhou, China 5.752hm²

Summer 2018

Individual work

The design is located in a historically protected residential area of Changmen community in Suzhou. By introducing the second-floor street system as a channel of internal and external contact, the design helps to mitigate the inconvenience of narrow streets and alleys, then creates more gray spaces in response to the voice of all-age residents for a variety of social leisure spaces.

08
Garden of Cultivation 1541-1984 Changmen Historic District
09
Old Manufacturing Bureau 1541-1984

[CHANGMEN DISTRICT]

Changmen is an ancient traditional style community along the Suzhou River, dating back to the Spring and Autumn Period, leaving with the layout of Suzhou courtyard houses in the past, filled with narrow streets, dense buildings, of which green space is extremely scarce.

Public space percentage

Green area model

Distributed on the outside of the street residential area. As a larger open space, these spaces are important part for the traffic in the community.

Courtyard model

Protecting the complete form of the residential compound, the interior has a small public inner court, bearing a lot of life functions.

Street pavement model

In front of the shops, this large area is used to store different kinds of goods and being an important place for parking.

BUILDING DENSITY
66% 18% 4% 12%
GREEN AREA
PAVEMENT COURTYARD
10
STREET
UNFUNCTIONAL GREEN SPACE CROWDED COURTYARD UNORDERED STREET

Most of the residents in the community are family residents, aged from 9 to 72, which demand various public spaces with different functions. The survey analyzes the statistics of various types of population needs

Name: Ms.Lin

Age: 35

Living condition: family

Frequency:

Average hour: 0.5-1h/day

Time: morning evening night

Behaviour: laundry

Name: Ms.Huang

Age: 50

Living condition: couple

Frequency:

Average hour: 0.5-1h/day

Time: morning evening

Behaviour: laundry

Name: Ms.Zhou

Age: 30

Living condition: family

Frequency:

Average hour: 0.5-1h/day

Time: evening

Behaviour: walking

Name: Grandma Tian

Age: 68

Living condition: couple

Frequency:

Average hour: 1-3h/day

Time: morning evening

Behaviour: shopping

Name: Mr.Zhao

Age: 42

Living condition: family

Frequency:

Average hour: 0.1-0.2h/day

Time: every day meal time

Behaviour: parking

0:00

Name: Ms.wang

Age: 65

Living condition: couple

Frequency:

Average hour: 2-3h/day

Time: moring afternoon

Behaviour: chatting sunbathing

Name: Grandma Zhang

Age: 72

Living condition: family

Frequency:

Average hour: 1-2h/day

Time: afternoon

Behaviour: chatting

Name: Grandpa Tian

Age: 70

Living condition: couple

Frequency:

Average hour: 1-2h/day

Time: morning evening

Behaviour: shopping

Name: Mr.Wang

Age: 35

Living condition: family

Frequency:

Average hour: 1-1.5h/day

Time: evening

Behaviour: shopping

Name: Ms.Zhang

Age: 59

Living condition: family

Frequency:

Average hour: 3-5h/day

Time: every day meal time

Behaviour: cooking doing the dishes

Name: Mr.Li

Age: 72

Living condition: couple

Frequency:

Average hour: 0.5-1.5h/day

Time: morning afternoon Behaviour: cleaning

Name: Hong

Age: 9

Living condition: family

Frequency:

Average hour: 0.5-1h/day

Time: evening weekend

Behaviour: playing or walking

Name: Ming

Age: 13

Living condition: family

Frequency:

Average hour: 0.5-1h/day

Time: evening

Behaviour: playing football

Name: Mr.Wang

Age: 68

Living condition: alone

Frequency:

Average hour: 1-1.5h/day

Time: morning afternoon

Behaviour: watering flowers

Name: Grandma Chen

Age: 63

Living condition: with grandson

Frequency:

Average hour: 1-2h/day

Time: afternoon evening

Behaviour: walking with grandson

Name: Ms.Lin

Age: 35

Living condition: family

Frequency:

Average hour: 0.5h/day

Time: morning evening

Behaviour: taking children on and off class

Name: Grandma Wu

Age: 68

Living condition: family

Frequency:

Average hour: 2-3h/day

Time: morning evening

Behaviour: shopping

Name: Ms.Zhang

Age: 70

Living condition: alone

Frequency:

Average hour: 1-2h/day

Time: morning afternoon

Behaviour: walking chatting

Name: Mr.Qian

Age: 43

Living condition: family

Frequency:

Average hour: 0.5h/day

Time: afternoon

Behaviour: get groceries

Name: Grandma Wang

Age: 72

Living condition: alone

Frequency:

Average hour: 3-4h/day

Time: afternoon

Behaviour: playing cards

Name: Grandma Li

Age: 68

Living condition: family

Frequency:

Average hour: 2-3h/day

Time: afternoon

Behaviour: playing chess

[RESIDENT
LIFE]
DAILY
18:00 MON. TUE. THUR SUN. 6:0 12:00 0:00 18:00 WE THUR FRI. SAT. THUR. SAT. 0:00 FRI. 0:00 SUN. 0:00 SUN. 0:00 SUN. 0:00 SUN. 0:00 SUN. 0:00 SUN. 0:00 0:00 0:0 FRI. FRI 0:00 FRI. 0:00 FRI. 0:00 FRI. 0:0 FRI. 0:00 11

[ALLEY RESPOND]

Combine the different activities of various groups of people in the venue and try to increase the gray space throughout the block. The innovative addition of second-floor corridor gives people an access to different blocks, parks, green space and part of the courtyard of the second floor, forming a complete second-floor system of streets and alleys.

2ND FLOOR ALLEY TO THE YARD
REACT OF PUBLIC SPACE REORDER THE STREET
12

URBAN CONFLICT 3 ---- Harbor district awakening

REBOOT

Kitakyushu, Japan 9.18hm²

2018.9-2018.11

Group work

The site is located in Moji, Kitakyushu in Japan, which used to be a coastal industrial wasteland and a park in the center of the city. The design utilizes historical legacies by re-establishing the landscape of two typical urban plots and meeting the demands of various residents to reboot the city.

13

PORT

EDUCATIONAL PLACE

HOSPITAL

GORVERNMENT

PARK

CHURCH

VACANT AREA

WAREHOUSE

RESIDENTIAL

COMMERCIAL FACILIITIES

GREENSPACE

MUNICIPAL UTILITIES

14

9% moutain area

20% people to mountain area

46% people to park

higashi moiji building moji youth gymnasium moji guild hall moji library kanmon moji retro observation room mojiko pharmacy kaikyo plaza mojiko post office premier hotel A.T. furniture center oimatsucho building shorenji kitakyushu municipal minatoga

park

area park port area 15

port deserted area

[WEEKEND COMMUTE TRACK]
34% people to port area park area
85%
moutain land port area starting point trip destination
6%
The survey shows that during the weekend, the residents in Moji district often travel to the mountain areas, parks and the port area. However, those parks and port areas only provide single function that cannot meet the demands of the complex requirements of the residents. moutain

TRAILWAY

[SEASIDE AWAKENING]

To make use of the openness of the coastal area, we make a landscape renovation of the original railway, and reuse the remnants of city industrial containers to carry out the transformation for public activity space. The abandoned space will be turned into an art center to reinvigorate the port to attract young people.

DESERTED SPACE

ABANDONED CONTAINERS

popup - CONTAINER ART

0 5 10 20
flower cube cafe shop light studio art gallery
16

[COMMUNITY PARK AWAKENING]

Carry out efficient spatial composition in a limited area of the community park. Considering the various needs of residents, more sports venues are added in to this park.

17

Trail reconstruction

Retain the site's original railway tracks, retain the memory of the industrialization process, and make more use of ornamental grass and other plants to carry out landscape transformation of the tracks, giving people a beautiful walking space experience.

Vacant rebuild

Set aside space for gathering, planning the abandoned site, focusing on the concept of public space operation, and creating artistic techniques out of the old empty spaces to show the concept of recycling economy.

18

URBAN CONFLICT 4 ---- Nature response

MODS BIOLOGICAL SYSTEM IMPROVEMENT

Wusu, Xinjiang 5023hm² research area

2020.5-2020.7

Individual work

GIS and Data Analysis

Located in Wusu, Xinjiang, the city is formed by the development of MODS system and relies on oasis for production and development. The design handles the vulnerability of the site, preventing farmland and urban ecology from being eroded by desert.

19
1970 1970 1970 1970 1970 2015 2015 2015 2015 2015
[DEVELOPMENT OF LAND USE] 20
Saline - alkali Soil Area
Oasis Area Desert Area Iceberg Area Agricultural Land

[MODS BIOLOGICAL SYSTEM]

MODS means Mountain-Oasis-Desert System. The mountains provide rich grainy material for the oasis, which are important soil-forming materials of the oasis. At the same time, mountains send a large amount of surface water and groundwater to the oasis, thus determining the size and scope of the natural oasis, affecting the development potential of the artificial oasis.

River source Soil composition Trail reconstruction Water irrigation Desert erosion Mountain Oasis Underground soil Underground water Desert Surfacewater permeation
21
Groundwater permeation

[WATER FILTRATION TO CLARIFY

Use the green spaces between parks and the bank of water systems to purify the water polluted, so that the water going into farmland is fully filtered and the wetland in the oasis is naturally formed.

STEP 6

Irrigation system

Ecological

Eco-floating

STEP 5

Ecological embankment

STEP 4

Ecco-floating island

Sand-sinking corridor

STEP 3

Oxygenation tank

Sand-sinking corridor

STEP 2

Sand-sinking corridor

Sedimentation pool

STEP 1

Sedimentation Pool

[ROAD GREENWAY TO PROTECT CITY]D]

The regularly planting method is used to block the sand and dust, and the greenway is widened to form an orderly activity space under the tall trees.

FARMLAND]MLAND]
island
embankment
Tamarix chinensis Tamarix chinensis Tamarix chinensis Pinus sylvestris Pinus sylvestris Populus alba var. pyramidalis Elaeagnus angustifolia Elaeagnus angustifolia Populus euphratica Fraxinus rhynchophylla Ulmus macrocarpa Lolium perenn Haloxylon ammodendro Haloxylon ammodendro Haloxylon ammodendro Sambucus williamsii Caragana arborescens Caragana arborescens Sanguisorba officinalis Sanguisorba officinalis Nanophyton erinaceum Nanophyton erinaceum Nanophyton erinaceum Seriphidium kaschgaricum Medicago falcata Medicago falcata Nanophyton erinaceum Pedicularis achilleifolia Heteropappus altaicus Heteropappus altaicus
Caragana arborescens 22

[SHELTER-BELT TO PROTECT FARMLAND]

According to the research, the maximum ratio of windbreak to protected farmland is 20:1. The corresponding proportion of windbreak belt and shrub belt are planted around the farmland to cope with the aggravating desertification process.

Land reclaimation

STEP 1

The water flows through the site to moisten the land with conditions for reclamation.

STEP 2

The oasis are gradually developed with trees being cut down.

STEP 3

Reclaim the land, then starts to grow a large area of crops.

STEP 4

With no trees and shrubs blocking the wind, the land starts to erode and the oasis area degrades.

Shelter-belt princeple

20H H
effective windbreak distance H 20H 23
weak wind area
26 OTHER WORKS Nanjing ---- Suzhou ---- Michigan 1999 2017 2021
Internship Experience 08.01.23 [RENDERING WORK FROM INTERNSHIP]MLAND] Internship Experience 08.01.23 New England Revolution Stadium Internship Experience 08.01.23 Content 01/ Projects - Related Projects - Works 02/ Other Experience - Life in KC New England Stadium Revolution Populous Group, LLC. Design Intern, Kansas City, US 5/2023 – 8/2023

Suzhou Parallect Design Intern, Suzhou, China

7/2019 – 8/2019

China

1/2020 – 2/2020

[RENDERING WORK FROM INTERNSHIP]MLAND] 27
Yuhua District Logo Design Design Group No.2 Landscape Design Institute Intern, Nanjing, China Jianshui Hotel Reconstruction
EXISTING CONTOUR PROPOSED COUNTOUR SPOT ELEVATION 846 846 845 845 845 843 844 844 845 844 842.40 842.90 842.04 842.54 LEGEND 842.96 843.46 843.76 843.86 843.56 843.36 844.16 844.66 844.36 844.42 844.92 844.62 845.08 845.44 845.94 845.44 842.10 845.44 846.50 FFE =845.5 FFE =845.5 FFE =845.5 FFE =845.5 FFE =845.5 FFE =845.5 FFE =845.5 FIRST FLOOR ELEVATION 841.5 842 843 844 845 845 844 843 844 843.5 843 842.5 CATCH BASIN 844 844.6 844.6 844.6 844.6 844.6 844.9 844.9 844.6 844.5 842.5 843.5 844 843.5 844.9 849.99 846 846.49 842 842.10 844 843 842 842 844 SITE BORDER [TOWNSHIP DESIGN AND CONSTRUCTION DOCUMENTS] Project Data Revision/Issue Project Name and Address No. Concerned Ziyi Chen ziyichen@umich CONSTRUCTION DETAILS (RAIN N NTS 12/12/2022 ART STUDIO IN PITTSPIELD TOWNSHIP KEY AREA QUAN. BOTANICAL NAME COMMON NAME CALIPER SPACING ROOT AA 477sq.ft 68 ARONIA ARBUTIFOLIA CHOKEBERRY 2 GAL 18'' O.C. CONT. AT 465sq.ft 66 ASCLEPIAS TUBEROSA BUTTERFLY MILKWEED 2 GAL 18'' O.C. CONT. BA 281sq.ft 8 BAPTISIA AUSTRALIS BLUE FALSE INDIGO 3 GAL 42'' O.C. CONT. IB 544sq.ft 173 IRIS VERSICOLOR BLUE FLAG IRIS 1 GAL 12'' O.C. CONT. IC 467sq.ft 12 ILEX VERTICILLATA ‘CACAPON’ WINTERBERRY 3 GAL 42'' O.C. CONT. PS 388sq.ft 124 PHLOX SUBULATA MOSS PHLOX 1 GAL 12'' O.C. CONT. PV 252sq.ft 7 PANICUM VIRGATUM RED SWICHGRASS 3 GAL 42'' O.C. CONT. RF 234sq.ft 20 RUDBECKIA FULGIDA BLACK EYED SUSAN 2GAL 24'' O.C. CONT. PLANT SCHEDUALE A RAIN GARDEN PLAN SCALE: 1'':10' B RAIN GARDEN SECTION NTS IC AA PV BA ARONIA ARBUTIFOLIA ILEX VERTICILLATA ‘CACAPON’ BAPTISIA AUSTRALIS STONE ENERGY DISSIPATORS UNCOMPACTED NATIVE SOIL PERFORATED UNDERDRAIN IN GRAVEL BED CONNECTED TO STORM DRAIN OR FRENCH DRAIN GROUND COVER OR WOOD SOIL FILTER MIX: 50% SAND 20% COMPOSTED LEAVES 30% TOPSOIL 6'' MAXIMUM PONDED WATER DEPTH SHEET FLOW 6'' SHEET FLOW LEGEND RF IB AT PS IC 127sq.ft IC 122sq.ft IC 95sq.ft IC 133sq.ft AA 141sq.ft AA 114sq.ft AA 100sq.ft AA 110sq.ft PV 150sq.ft PV 130sq.ft BA 195sq.ft BA 178sq.ft BA 178sq.ft RF 265sq.ft RF 202sq.ft IB 173sq.ft IB 215sq.ft PS 215sq.ft PS 105sq.ft AT 180sq.ft AT 72sq.ft N KEY AREA QUAN. BOTANICAL NAME COMMON NAME CALIPER SPACING ROOT AA 477sq.ft 68 ARONIA ARBUTIFOLIA CHOKEBERRY 2 GAL 18'' O.C. CONT. AT 465sq.ft 66 ASCLEPIAS TUBEROSA BUTTERFLY MILKWEED 2 GAL 18'' O.C. CONT. BA 281sq.ft 8 BAPTISIA AUSTRALIS BLUE FALSE INDIGO 3 GAL 42'' O.C. CONT. IB 544sq.ft 173 IRIS VERSICOLOR BLUE FLAG IRIS 1 GAL 12'' O.C. CONT. IC 467sq.ft 12 ILEX VERTICILLATA ‘CACAPON’ WINTERBERRY 3 GAL 42'' O.C. CONT. PS 388sq.ft 124 PHLOX SUBULATA MOSS PHLOX 1 GAL 12'' O.C. CONT. PV 252sq.ft 7 PANICUM VIRGATUM RED SWICHGRASS 3 GAL 42'' O.C. CONT. RF 234sq.ft 20 RUDBECKIA FULGIDA BLACK EYED SUSAN 2GAL 24'' O.C. CONT. PLANT SCHEDUALE A RAIN GARDEN PLAN SCALE: 1'':10' B RAIN GARDEN SECTION NTS IC AA PV BA ARONIA ARBUTIFOLIA ILEX VERTICILLATA ‘CACAPON’ BAPTISIA AUSTRALIS STONE ENERGY DISSIPATORS UNCOMPACTED NATIVE SOIL PERFORATED UNDERDRAIN IN GRAVEL BED CONNECTED TO STORM DRAIN OR FRENCH DRAIN GROUND COVER OR WOOD SOIL FILTER MIX: 50% SAND 20% COMPOSTED LEAVES 30% TOPSOIL 6'' MAXIMUM PONDED WATER DEPTH SHEET FLOW 6'' SHEET FLOW LEGEND RF IB AT PS IC 127sq.ft IC 122sq.ft IC 95sq.ft IC 133sq.ft AA 141sq.ft AA 114sq.ft AA 100sq.ft AA 110sq.ft PV 150sq.ft PV 130sq.ft BA 195sq.ft BA 178sq.ft BA 178sq.ft RF 265sq.ft RF 202sq.ft IB 173sq.ft IB 215sq.ft PS 215sq.ft PS 105sq.ft AT 180sq.ft AT 72sq.ft 28

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