YANNI XU|SELECTED WORK 2019-2022
YANNI XU
EXPERIENCE Landscape Intern at Harn Museum of Art, Gainesville, FL|2021 Assisting routine garden maintenance Independent Studies, Gainesville, FL |2020 Tortoise backyard habitat design and build in North Florida Guizhou Architectural Design and Research Institute Guiyang, China|2016-2018 Participated in the landscape design projects Green Consultant Project in Amaravati and Krishna River Front Development for Krishna Pushkaralu, an urban planning project Amaravati City Gallery located in Andhra Pradesh, India, with local firms and government. Involved in urban planning, village revitalization, and architecture projects in China. EDUCATION University of Florida, FL, US Master of Arts in Landscape Architecture|Current Friedrich-Schiller-University of Jena, Germany Bachelor of Arts in German as a Second Language/Art History and Film Studies|2015
(352)-871-2323 yannixu@ufl.edu 3901 SW 20th AVE, APT804 32607, Gainesville, FL SKILLS
Illustrator Photoshop Indesign Rhino Revit Sketch-up Auto CAD LandFX Arc GIS Lumion Cinema 4D
hello!
LANGUAGES CHINESE ENGLISH GERMAN
AWARDS David W. and LeAnn S. Johnston Award|2020 (The best Graduate Terminal Project Proposal) Tremron Award 2nd|2020 (Hardscape Design Competition) ASLA Florida Chapter Jacksonville Section Scholarship|2020 (Scholarship recognizes excellence in undergraduate and/or graduate students) Outstanding Achievement Award|2020 (The International Student Achievement Awards) Witters Competition Award |2021 Foster Conant Scholarship Award|2021 (This award recognizes excellence in detail design) Witters Competition Award |2022 INVITED TALK A Sustainable Pottery Studio in Mokalsar, Dec.24th 2020, School of Architecture&Design, Manipal University Jaipur, India CONFERENCE Council of Educators in Landscape Architecture’s annual conference|2021 Vernacular landscape infrastructure and women’s water issues, India (Presentation) Environmental Design Research Association’s annual conference|2021 Women and Water: Lessons from Vernacular Landscape Infrastructure in India (Abstract accepted) PROFESSIONAL AND SCHOLARLY ORGANIZATIONS Member of the Sigma Lambda Alpha Honor Society Member of the American Society of Landscape Architecture 1
WHAT IS INSIDE... Competition Award Projects
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Dance Movement inspired the design The Petnix-Wauberg Performing Arts Center
The Site Redevelopment Gainesville Center for Civic Arts
A Live, work, play African American Community Duval & East University Avenue District
Research-based Design Projects
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Vernacular landscape infrastructure for a pottery studio in India
A dementia friendly Japanese garden for a single-family house
Coastal resiliency through Learning Landscape
Landscape Design Projects
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A Tortoise Garden For Northern Florida Jimin’s Garden
Stormwater runoff treatment on Campus Stadium Swale
Other Works
Competition Award Projects
Tremron Award 2nd 2020 (Hardscape Design Competition)
Dance Movement inspired the design The Petnix-Wauberg Performing Arts Center Gainesville, FL Spring 2020 Individual Work Site Design Structure Design
performing stage
auditorium
farming area
This movement is among people, between people and nature, also among nature.
performing stage
parking lot
Sometimes it could be active and capriole. Sometimes it could be fluent and tranquil. Sometimes it could be dramatic. DESIGN CONCEPT student center
residential area
performing stage
The University’s Lake Wauburg recreational area is located between Gainesville and Micanopy along US 441 and is adjacent to Paynes Prairie State Preserve. To meet the needs of performing arts students and public use, the University of Florida decides to build a performing arts center in Wauburg recreational area. It includes a residential area, a student center, three outdoor performing stages, recording studios, a farming area, and a parking lot with a minimum of 200 parking spaces. This project also requires the illustration of the various pavements and wood construction details.
recording studio
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4
4 3 4 3 1 3 1 1 2 2 2
The paving was designed according to different areas. There is also a pavilion located near the student center.
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4’
’
14 41’ 144’ 4’’’ ’
144’’
4’’x4’’, 96’’ 4’’x4’’, 4’’x4’’, 4’’x4’’, 96’’ 96’’ 96’’
4’’x4’’, 96’’
JOIST SPACE 1O’’ JOIST SPACE 1O’’SPACE JOIST SPACE JOIST 1O’’ 1O’’ 4’’X8’’ ,1644’’ ’’X 8’’,16 4 ’’ 4’’ ’’X X8’’ 4 ’’,1 ,16 64 4’’
2’’X8’’, 170’’ 2’’X8’’, 170’’ 2’’X8’’, 170’’ 170’’ 2’’X8’’,
14 4’’ 4’’’ 144’ 14
PERGOLA PERGOLA PERGOLA
8’’SCREWS 8’’SCREWS 8’’SCREWS 8’’SCREWS 4’’X8’’,164’’ 4’’X8’’,164’’ SUPPORTSUPPORT BEAM BEAM 4’’X8’’,164’’ SUPPORT SUPPORT BEAM BEAM 4’’X8’’,164’’ 12’’CARRIAGE BOLT 12’’CARRIAGE BOLT 12’’CARRIAGE BOLT 12’’CARRIAGE BOLT 4’’X6’’, 38’’LONG 4’’X6’’, 38’’LONG 4’’X6’’, 38’’LONG 4’’X6’’, CUT AT 45° AT BOTH ENDS 38’’LONG BRACES CUT AT 45° AT BOTH ENDS BRACES CUT AT 45° 45° AT BOTH BOTH ENDS BRACES BRACES CUT AT AT ENDS 4’’ WOOD SCREWS 4’’ WOOD4’’ SCREWS 4’’ WOOD SCREWS SCREWS WOOD
2’’X8’’, 2’’X8’’, 170’’ 170’’ JOISTJOIST 2’’X8’’, 170’’ JOIST
2’’X8’’, 170’’ BASE BEAM 2’’X8’’,2’’X8’’, 170’’ BASE 170’’BEAM BASE BEAM BEAM 2’’X8’’, 170’’ BASE
12’’CARRIAGE BOLT 12’’CARRIAGE BOLT BOLT 12’’CARRIAGE BOLT 12’’CARRIAGE
4’’x4’’, 96’’LONG POST 4’’x4’’, POST 96’’LONG POST POST 4’’x4’’, 96’’LONG 4’’x4’’, 96’’LONG
wood construction details
pavement design 5
Competition Award Projects
Witters Competition Award 2021
Accessible
Environmental
Painted lines guide people access the center.
Bio-swales improve the urban environment
The Site Redevelopment Gainesville Center for Civic Arts Gainesville, FL Spring 2021 One Week Competition Multidisciplinary teamwork Urban Design Landscape Design The design is inspired by the fire hose, which is commonly used in fire fighting. As one of the essential tools for extinguishing the fire, the faucet’s significance is obvious for firefighters or the people being helped. Site Analysis
Social-cultural Site Environment
Vegetation Garden
Multi-functional open spaces
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Bio-swale
bioswale
side
entrance
sw bio
ale on the east
sid e
e veg
tation gard
en
Before|After
ind
l ividua sitting ar
ea
ike
rk pa
ing lot on the e
as t
sid
e
b
entrance
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Competition Award Projects
Witters Competition Award 2022
A Live, work, play African American Community Duval & East University Avenue District Gainesville, FL Spring 2022 One Week Competition Multidisciplinary teamwork Urban Design The project requires us to think about how communities are being built today and how they support how we live, work, play, and go about our daily lives. At last, to develop a prototype for the neighborhood of the future. This opportunity zone (census tract 6) is at the southeastern corner of Gainesville and a transitional district from urban to suburban areas. This community has a dominant African American population, challenged by isolation and marginalization, requesting immediate redevelopment efforts for sustainable growth. GOALS AND OBJECTIVES
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A
A B
A forest wander
swale trail
D
waterfront observation
F G
F
G
forest wander
C
E
swale trail
G
outdoor gathering space
E
B
C
D
A
D E
B A
C
D
F
waterfront observation outdoor gathering space
D E
F
playground
playground
G toilet linear park
G
forest wander toilet swale trail linear park
outdoor gathering space outdoor gathering space
Stormwater Strategies
forest wander
forest wander
waterfront observation outdoor gathering space playground forest wander
swale trail
swale trail
waterfront observation
toilet swale trail
playground
waterfront observation outdoor gathering space playground forest wander
Mainly Circulation
toilet
linear park waterfront observation
linear park
playground
toilet swale trail
toilet
linear park waterfront observation
linear park
playground
toilet linear park
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Research-based Design Projects
The research presented in CELA 2021 The project presented in School of Architecture& Design, Manipal University Jaipur, India, 2021
Main issues in Mokalsar village, Rajasthan, India
Vernacular landscape infrastructure for a pottery studio in India
water scarcity
Mokalsar, Rajasthan, India Fall 2020 Individual Work Research-based Design Urban Design Vernacular Landscape Infrastructure Their construction developed through a deep understanding of its geography, topography, hydrology, climate, and ecology. Thet also had a strong cultural and religious dimension. This design studio pushes the agency of landscape architects in not only addressing critical water issues but also in providing multi-dimensional systems. The studio offers flexible opportunities to choose a focus, a system, and a site within these parameters.
annual temperature average 33°C annual precipitation 248MM groundwater depletion in 2019
The felling of trees (upstream) results in environmental degradation that prevents flow to villages downstream. Open defecation spots pollute water sources. Water is collected from an unclean water source. Contamination is possible when the water is then stored in earthen or metal vessels in the kitchen area. Even when there is a functioning water supply system in a village, women leave early in the morning for the fields in the peak seasons and often cannot wait for the water to be supplied.
labor migration 8027 people (2010 census) 7786 people (2021 est.)
burden of pottery Almost 78% artisans have already left the traditional business in India
literate people are 4182 out of 2710 are male and 1472 are female
The history of clay could go back to 9,000-10,000 BC, when clay vessels were used to store food and water. The clay paste is made out of salty clay, sawdust, and granite. High-quality salty clay and unique granite make the famous Mokalsar water jar known Mokalsar, and it has a long history of making water jars for centuries. With an excess of hard work and low profit, now the business is slowing down. The industry has become a difficult task. Mainly three products ( small, medium, large)are produced by potters due to lack of diversification of the product. Around 50 families used to manufacture water jars. Currently, only five or seven families are making water jars.
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OBJECTIVES
BENEFITS OF VERNACULAR WATER INFRASTRUCTURE mostly low cost
investment + development effort + research
treated wastewater for irrigation use
sustainable production
flourishing vegetation
pottery exhibition
selling + transportation
suitable to the local ecology and culture
wastewater treatment SOCIAL SPACES
RAINWATER HARVESTING
CLAY
NAADI the big naadis attract migratory birds water harvested area
a place for several rituals
ramp & steps provides shade and vegetation productivity
South Mokalsar
SITE ANALYSIS
an important landmark A structure that collects surface water sourced for drinking for the community use. The naadi was constructed in Akhadana five hundred years ago.
Mokalsar
Water availability from the naadi ranges from two months to a year after the rains.
old potters’ house
Awada
water tower
site high way 325 secondary road green cover
Southwest Mokalsar
village area hilly wasteland argricultural area
TANNKA
Tanka is a rainwater harvesting structure for a family or small group. It provides drinking water. The first known tanka was built in this region was during the year 1607 A.D. Tannka provides drinking water for 4-8 months in a year. Time-saving for women fetching water being cheap, environment-friendly, and effective improves the health status of all family members.
dried-out naadi
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WATER CIRCLE CONCEPT
tannka section stone slap roofing
21cum capacity taanka
opening
g surroundin hment tc a c r la u circ
1-2% slope
inlet blocks sedimentation
water level in monsoon
4000 square meters capacity naadi
inlet
stone wall with lime mortar
deep catch pit water level in dry season wastewater collection for nursery use
collecting 22000 gallon rainwater per year
PROGRAMMING
natural area
foundation
ECONOMIC
naadi + open space
taanka pottery workshop + area open space gallery
residential area
maintain naadi in dry season + obtain clay resource
production
pottery exhibition
investment + development effort + research
selling + transportation
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SOCIAL-CULTURE
outdoor pottery exhibition
small gathering space surrounding taanka
gathering place near the naadi
VEGETATION
Vachellia leucophloea Reonja
Salvadora persica Salvadora
Prosopis cineraria Khejdi
Tecomella undulata Rohida
Acacia senegal Kummat
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2019
Gainesville, FL Fall 2021 Individual Work Research-based Design Built Environment Dementia is a leading cause of disability and dependency globally. (WHO, 2021) There are different symptoms associated with dementia. Many people often experience changes in behavior, memory, language, and/or communicative abilities. (Goodall, G et al.,2021).In 2019, 55.2 million people worldwide were predicted to be living with dementia. (WHO, 2021). In 2030, there will be around 78 million people with dementia in the world, rising to approximately 139 million in 2050. (WHO, 2021) Even when their overall health starts to decline, the vast majority of older persons would want to maintain living independently at home, with or without adequate professional home care. (Hoof et al., 2009) People living with dementia in the early stages of the disease may function independently. They are still involved in the activities. Despite this, the person may feel as if they are having memory lapses, such as forgetting familiar words or the location of everyday objects. The majority of dementia patients decide to enter a residential care facility until necessary. (Fogel, 1992) In this situation, the demand for a single-family house with a dementia-friendly Japanese garden gradually increases. Some research showed that Japanese gardens could benefit people living with dementia. This research project focuses on generating evidence-based design approaches found in scholarly papers for landscape architects to design a dementia-friendly Japanese Garden for people living in the early stage of dementia in a single-family house. Primarily, gardens and outdoor environments positively affect the quality of life of people with dementia. (Liao et al., 2020) Secondly, viewing the garden significantly reduced the heart rate, evoked short-term and long-term memories, and improved behavioral symptoms. (Goto et al.,2017) Viewing the Japanese garden reduced heart rate and enhanced behavioral symptoms significantly. (Goto et al.,2017) In addition, the effects of garden visits on improving dementia residents’ long-term memory, language abilities, spatial ability, aggression/anger, and anxiety/agitation were significant. (Liao et al., 2020) The power of the traditional Japanese garden to induce a feeling of nature comes from its compositional design and the intimate relationship between viewer and garden that provides a sense of oneness with nature even when the garden is observed from an interior space. (Goto et al.,2017) Based on the information in the literature review, I was able to come up with a list of key design solutions which are essential components for a dementia-friendly Japanese garden. Reference Charlotte F. Grant PhD & Jean D. Wineman DArch (2007) The Garden-Use Model, Journal of Housing For the Elderly, 21:1-2, 89-115, DOI: 10.1300/J081v21n01_06 Detweiler, M. B., Murphy, P. F., Myers, L. C., & Kim, K. Y. (2008). Does a wander garden influence inappropriate behaviors in dementia residents?. American journal of Alzheimer's disease and other dementias, 23(1), 31–45. https://doi.org/10.1177/1533317507309799 Edwards, C. A., McDonnell, C., & Merl, H. (2013). An evaluation of a therapeutic garden's influence on the quality of life of aged care residents with dementia. Dementia (London, England), 12(4), 494–510. https://doi. org/10.1177/1471301211435188 Fogel B, 1992, “Psychological aspects of staying at home” Journal of the American Society on Aging 16(2) 15 -27 Goto, S., Gianfagia, T. J., Munafo, J. P., Fujii, E., Shen, X., Sun, M., Shi, B. E., Liu, C., Hamano, H., & Herrup, K. (2017). The Power of Traditional Design Techniques: The Effects of Viewing a Japanese Garden on Individuals With Cognitive Impairment. HERD: Health Environments Research & Design Journal, 10(4), 74–86. https://doi.org/10.1177/1937586716680064 Goodall, G., Taraldsen, K., Granbo, R. et al. Towards personalized dementia care through meaningful activities supported by technology: A multisite qualitative study with care professionals. BMC Geriatr 21, 468 (2021). https:// doi.org/10.1186/s12877-021-02408-2 Global status report on the public health response to dementia. Geneva: World Health Organization; 2021. Licence: CC BY-NC-SA 3.0 IGO. Global action plan on the public health response to dementia 2017–2025. Geneva: World Health Organization; 2017. Licence: CC BY-NC-SA 3.0 IGO. Liao, M. L., Ou, S. J., Heng Hsieh, C., Li, Z., & Ko, C. C. (2020). Effects of garden visits on people with dementia: A pilot study. Dementia (London, England), 19(4), 1009–1028. https://doi.org/10.1177/1471301218793319 Mitchell, L., Burton, E., Raman, S., Blackman, T., Jenks, M., & Williams, K. (2003). Making the outside World Dementia-Friendly: Design Issues and Considerations. Environment and Planning B: Planning and Design, 30(4), 605–632. https://doi.org/10.1068/b2910 Ng, K., Sia, A., Ng, M., Tan, C., Chan, H. Y., Tan, C. H., Rawtaer, I., Feng, L., Mahendran, R., Larbi, A., Kua, E. H., & Ho, R. (2018). Effects of Horticultural Therapy on Asian Older Adults: A Randomized Controlled Trial. International journal of environmental research and public health, 15(8), 1705. https://doi.org/10.3390/ijerph15081705 Nancy J. Chapman PhD, Teresia Hazen MEd, HTR, QMHP & Eunice Noell-Waggoner BS, Int Arch., LD (2007) Gardens for People with Dementia, Journal of Housing For the Elderly, 21:3-4, 249 263, DOI: 10.1300/ J081v21n03_13 Polat, A.T., Güngör, S., & Kaklik, N. (2010). Kyoto Japanese Garden in Konya, Turkey; The Design Principles of Japanese Gardens. Van Hoof, J., & Kort, H. S. M. (2009). Supportive living environments: A first concept of a dwelling designed for older adults with dementia. Dementia, 8(2), 293–316. https://doi.org/10.1177/1471301209103276
people estimated worldwide were living with dementia. (WHO, 2021)
55.2 million
2030 78million
2050 139 million
The signs and symptoms of dementia
Research-based Design Projects
A dementia friendly Japanese garden for a single-family house
$818 billion
Memory
Attention
Communication
Reasoning, judgment, and problem solving Visual perception beyond typical age-related changes in vision (CDC)
estimated dementia costs in 2017 (WHO,2017)
Design Concept
Environmental Interventions
Safety (Edwards, C. A., McDonnell, C., & Merl, H. 2013)
Legible circulation (Charlotte et al.,2007)
Access (Charlotte et al.,2007)
Appealing area (Charlotte et al.,2007) Manageable door (Charlotte et al.,2007) Mutiple sitting options (Charlotte et al.,2007)
Comfort (Charlotte et al.,2007)
Circulation (Charlotte et al.,2007)
Avoid changes in elevation (Charlotte et al.,2007) View points with asymmetric pattern (Charlotte et al.,2007) Occupy a small space bigger than its actual size (Goto et al.,2017) View garden from the living area (Goto et al.,2017)
Aesthetics (Polat et al., 2010)
Invoke the sense of nature (Goto et al.,2017)
Key Design Strategies Doors unlocked (Charlotte et al.,2007) A semi indoor sitting area to view the garden from the building (Charlotte et al.,2007) A legible garden entry (Charlotte et al.,2007) A sitting area away from the house (Charlotte et al.,2007) A big and wide outlook (Polat et al., 2010) The rhythm of open (empty places) and closed areas (Polat et al., 2010) Asymmetric triangels with plants and rocks (Polat et al., 2010) The pebble layer making door and ground on one level (Polat et al., 2010) Paths which are smooth, wide and flat (Polat et al., 2010) Three types of paths The main path leads to the main entrance. The secondary path leads to the other semi entrances of the house. The informal path created a natural feeling. (Polat et al., 2010) 14
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Town of Marineland established in 1940, the town of Marineland has a population of 13 residents (census 2021) and encompasses .27 square miles (173 acres). The town started out as the world’s first oceanarium allowing visitors to experience marine life up-close. Today the town is a hub for research and conservation. When I heard that we need to deal with coastal resiliency, I felt very nervous because my experience with the sea is minimal. How can I deal with coast issues, but I am not really familiar with them? Fortunately, we had a chance to visit the site Marineland before we started to design a project. During the field trip, I realized that there were some structures I had seen before, but I did not know what they actually were. For instance, I have seen some crowed rocks from the beach out into the sea. I thought they were just random rocks on the beach and did not realize that is jetty, which is a structure that could prevent sand erosion. In this case, I thought, whether the public like me, having a great time on the beach, but knowing few things about this place. Meanwhile, I do believe dealing with coastal resiliency is not the business only for professionals and researchers only; everyone should be involved in the plan.
Rescources
Marineland, FL Fall 2021 Individual Work Research-based Design
Concept Flowchart
Problem Matrix
Research-based Design Projects
Coastal resiliency through Learning Landscape
The Whitney Laboratory
Strategies
Key Design Elements
The A1A Scenic & Historic Coastal Byway
Retreat
Marine Learning Center
Specific Features of Barrier Island
Adaptation strategies
Learning Landscape
Allow nature to replenish itself
Marine History Exhibition
Raise public awareness
Nature based Solutions for Coastal Protection
Connect to A1A
Multimodal-Transportation System
Archeological Ruins
Sea Level Rise Beach Erosion Archieological site is damaged Vulnerable Ecosystem
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vegetation crib wall mangrove trail artifical jetty
campus historical exhibition marina play ground
camping cabin
parking researchers units
commercial area
learning parvilion salt marsh with oyster reef
obersvation
obersvation
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Protection Sand Dune
Connection
Inner coastal
Ecomarine Structure
Learning
Multi-Modal Transportation System Campus
Marina
Marine Historical Exhibition
A1A
Natural Trail
Observation
micro-mobility+pedestrian
pedestrian
vehicle
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Learning Pavillion
Playground
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Landscape Design Projects
A Tortoise Garden For Northern Florida Jimin’s Garden
Master Plan
Gainesville, FL Summer 2020 Individual Work Landscape Design Structure Design Jimin is a 15 years old Sulcata tortoise. He lives mainly in the owner’s backyard. As his body grows larger, Jimin needs more space to move around. This backyard was renovated with this purpose in mind. Using native Florida plants, a small house was designed to shelter Jimin from the wind and rain.
Existing Conditions
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Plan List
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Landscape Design Projects
Stormwater runoff treatment on Campus Stadium Swale Gainesville, FL Spring 2019 Individual Work Landscape Design Construction Drawings
MASTER PLAN
PLANT LIST
PLANTS PLANTS
Stadium Swale Stadium Swale Stadium Swale
PLAZA
GATOR POND WHICH IS A IS A LANDMARK IN FRONT OF THE ARCHITECTURE BUILDING IN THE UNIVERSITY
SITTING AREA PLAZA
OF FLORIDA. IT IS ALSO AS A CONTAINER COLLECTING AND RUNOFF IN THE SURROUNDINGS. FOR RELEASING THE PRESSURE OF RAINWATER RUNOFF FILTERATION, A BIO-SWALE WOULD BE BUILT AND WATER
TIGERT HALL FFE = 166.70
SHOULD BE FILTERED BEFORE IT GOES INTOA THE POND. WOULD BE BUILT AND WATER FOR RELEASING THE PRESSURE OF RUNOFF FILTERATION, BIO-SWALE
CONTAINER WALL
CONTAINER WALL
LITTLE HALL FFE = 165.50
Liriope muscari (Monkey Grass)
LITTLE HALL FFE = 165.50
Itea virginica (Sweet Spire) LOREM IPSUM
LOREM IPSUM
Pittosporum tobira ‘Wheeler’s Dwarf’
FFE = 165.35
FFE = 165.35
Pittosporum tobira ‘Wheeler’s Dwarf’
LITTLE HALL FFE = 165.50
Pittosporum tobira ‘Wheeler’s Dwarf’
PLANT CONTAINTER
Crytomium falcatum (Holly Fern)
FINE ARTS D FFE = 163.10 FINE ARTS D FFE = 163.10
FINE ARTS A FFE = 161.90
GATOR POND
FINE ARTS A FFE = 161.90
WALKING PATH IN SWALE AREA A FINE ARTS FFE = 161.90
Ophoipogon japonica (Mondo Grass)
FINE ARTS B FFE = 160.95 FINE ARTS B FFE = 160.95
GATOR POND
SWALE
Ophoipogon japonica (Mondo Grass)
Pontederia cordata
Pontederia cordata
SWALE Ophoipogon japonica (Mondo Grass)
FINE ARTS B FFE = 160.95
SWALE
Pontederia cordata
Osmunda cinnamomea (Cinnamon Fern)
WALKING PATH IN SWALE AREA
Osmunda cinnamomea (Cinnamon Fern)
WALKING PATH IN SWALE AREA
fused
Agapanthus praecox
Agapanthus praecox
Crytomium falcatum (Holly Fern)
FINE ARTS D FFE = 163.10
GATOR POND
Osmunda cinnamomea (Cinnamon Fern)
MATERIALS MATERIALS
Iris virginica Blue flag iris
Iris virginica Blue flag iris
Iris virginica Blue flag iris
Crinum americanum Swamp lily
Crinum americanum Swamp lily
MATERIALS MATERIALS
Crinum americanum Swamp lily
Fakahatchee grass Tripsacum dactyloides
Fakahatchee grass Tripsacum dactyloides
Fakahatchee grass Tripsacum dactyloides
Liquidambar styraciflua (Sweetgum)
Zamia floridana (Coontie)
Zamia floridana (Coontie)
PLANT CONTAINTER
PLANT CONTAINTER
Yanni Xu LAA3420-Landscape Construction 1 Yanni Xu Fall 2019 LAA3420-Landscape Construction 1 Fall 2019
Yanni Xu LAA3420-Landscape Construction 1
Agapanthus praecox
Crytomium falcatum (Holly Fern)
scattered
connecting
Ajuga reptans (Ajuga)
FFE = 165.35
CONCEPT
cohesive
Ajuga reptans (Ajuga)
Ajuga reptans (Ajuga)
LOREM IPSUM
CONCEPT
DESIGN CONCEPT
Itea virginica (Sweet Spire)
Itea virginica (Sweet Spire)
SITTING AREA
PLANT CONTAINTER CONTAINER WALL
PLANT CONTAINTER
Liriope muscari (Monkey Grass)
Liriope muscari (Monkey Grass)
POND WHICH IS A IS ABEFORE LANDMARK IN INTO FRONT OFPOND. THE ARCHITECTURE BUILDING IN THE UNIVERSITY GATOR SHOULD BE FILTERED IT GOES THE
RECREATION AESTHETIC CONCEPT PLACE TO HAVE A REST
PLANTS
SITTING AREA
IS A IS A LANDMARK OF THE ARCHITECTURE BUILDING THE UNIVERSITY OF FLORIDA. IT IS ALSO ASINAFRONT CONTAINER COLLECTING RAINWATER ANDINRUNOFF IN THE SURROUNDINGS. GATOR POND WHICH
GOALS FLORIDA. IT IS ALSO AS A CONTAINER COLLECTING RAINWATER AND RUNOFF IN THE SURROUNDINGS. Gator pond is a OFlandmark in front of the GOALS PUBLIC RELATION FOR RELEASING THE PRESSURE OF RUNOFF FILTERATION, A BIO-SWALE WOULD BE BUILT AND WATER architecture building at BEFORE the University of PUBLIC RECREATION SHOULD BE FILTEREDRELATION IT GOES INTO THE POND. AESTHETIC Florida. It is also aRECREATION container collecting GOALS AESTHETICPLACE TO HAVE A REST rainwater and runoff inRELATION the surroundings. PUBLIC PLACE TO HAVE A REST
TIGERT HALL FFE = 166.70 TIGERT HALL FFE = 166.70
PLAZA
PLANT CONTAINTER
SITTING AREA
SITTING AREA
SITTING AREA
CONTAINER WALL
WALKING PATH IN SWALE AREA
WALKING PATH IN SWALE AREA
WALKING PATH IN SWALE AREA
Liquidambar styraciflua (Sweetgum)
CONTAINER WALL
Liquidambar styraciflua (Sweetgum)
Zamia floridana (Coontie)
St. Augustinegrass
CONTAINER WALL
St. Augustinegrass
St. Augustinegrass
Zoysiagrass
Zoysiagrass
Zoysiagrass
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ART INSTALLATION
MODEL
Ansgar is a tiny tot who lives in the forest. He feels nature with his heart. Feeling voices of the wind, feeling falling rains, feeling plants growing, feeling seasons changing. This is also his way to give his best blessing to nature. However, he is a shy boy and likes hiding. Tree trunks and dense grasses gave him a sense of safety. If you want to find him, you should look carefully under a tree or near the water. DESIGN CONCEPT
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OTHER WORKS
Photoshop Perspectives|Photograhs|Posters|Drawings
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Construction Detail Drawings
PUGH HALL PUGHWALL HALL SEAT SEAT WALL WALL PUGH HALL SEAT 1 1
2
THE HUB THEWALL HUB SEAT SEAT WALL WALL THE HUB SEAT 2 2 4A 4A HS-01 HS-01
B
B B
B
A
CAPWALL DETAILS CENTER RETAINING O'CONNELL CENTER WALL RETAINING WALL O'CONNELL O'CONNELL CENTER RETAINING 4 3 3
3 4A HS-01
B B
DEPARTMENT DEPARTMENTOF OFLANDSCAPE LANDSCAPEARCHITECTURE ARCHITECTURE UNIVERSITY UNIVERSITYOF OFFLORIDA FLORIDA- -SPRING SPRING2020 2020
B
LAA LAA 3421 3421 LANDSCAPE LANDSCAPE CONSTRUCTION CONSTRUCTION 22
B B
A
DEPARTMENT OF LANDSCAPE ARCHITECTURE UNIVERSITY OF FLORIDA - SPRING 2020
B
4A 4A HS-01 HS-01
4A HS-01
LAA 3421 LANDSCAPE CONSTRUCTION 2
4B 4B HS-01 HS-01
PRODUCED BY AN AUTODESK STUDENT VERSION
4B HS-01
B B
B
1
PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION
4A 4A HS-01 HS-01
4A HS-01
PUGH HALL SEAT WALL
TYPE: COLOR: FINISH: SOURCE:
D D
C B
C C
B
B B
TYPE: COLOR: FINISH: SOURCE:
TYPE: TYPE: COLOR: COLOR: FINISH: FINISH: SOURCE: SOURCE:
B B
μ
（ （
^
ASSIGNMENT ASSIGNMENT 01 01
Gainesville, Gainesville,FL FL
30 3001 012020 2020
01 01
DRAWING SCALE: （
SUBMITTED SUBMITTEDFOR: FOR:
A A
DRAFT DRAFTSUBMITTAL SUBMITTAL
A
ASSIGNMENT ASSIGNMENT#:#:
A A
SYMBOL SYMBOL
ITEM ITEM DESCRIPTION
DESCRIPTION DESCRIPTION TYPE: TYPE: COLOR: COLOR: FINISH: FINISH: SOURCE: SOURCE:
ITEM
DATE: DATE:
FINISH FINISH SCHEDULE SCHEDULE FINISH SCHEDULE
YANNI YANNIXU XU
PROCEDURE PROCEDURE
DRAWN DRAWNBY: BY:
01
STEPS PROCEDURE STEPS
SUBMITTED FOR:
STEPS
SYMBOL
D
STRUCTURE DIAGRAM
CALCULATIONS CALCULATIONS CALCULATIONS
La Chua Trail Sunset Overlook Modeling
A
6
DRAFT SUBMITTAL
O'CONNELL 5 5
B
30 01 2020
5
ASSIGNMENT #:
CAP DETAILS DETAILS CAP CAP DETAILS 4 4
C
DATE:
4
YANNI XU
erlook k
uX innaY Yanni Xu Yanni Xu 1 noitcurtsnoC epacsdnaL-0243AAL Construction 1 LAA3420-LandscapeLAA3420-Landscape Construction 1 O'CONNELL RETAINING WALL 3D 3D MODELING MODELING O'CONNELL RETAINING WALL RETAINING WALL 3D MODELING 9102 llaF Fall 2019 Fall 2019
Gainesville, FL
D
A A
DRAWN BY:
PRODUCED PRODUCEDBY BYAN ANAUTODESK AUTODESKSTUDENT STUDENTVERSION VERSION
A
PRODUCED PRODUCEDBY BYAN ANAUTODESK AUTODESKSTUDENT STUDENTVERSION VERSION
A
B B
PRODUCED BY AN AUTODESK STUDENT VERSION
B
ASSIGNMENT 01
A A
A
DRAWING SCALE: DRAWING SCALE:
^ ^
μ μ
NOTE: CONTRACTOR MUST SUBMIT SAMPLES AND/OR OBTAIN SHOP DRAWING APPROVAL FOR ALL FINISH SCHEDULE ITEMS NOTE:SAMPLES CONTRACTOR MUST SUBMIT SAMPLES AND/OR OBTAIN SHOP APPROVAL FOR ALL FINISH SCHEDULE ITEMS NOTE: CONTRACTOR MUST SUBMIT AND/OR OBTAIN SHOP DRAWING APPROVAL FOR ALLDRAWING FINISH SCHEDULE ITEMS
7
RETAINING WALL O'CONNELL RETAINING WALL CALCULATIONS CALCULATIONS O'CONNELL O'CONNELL RETAINING WALL CALCULATIONS 7 7
8
FINISH SCHEDULE SCHEDULE FINISH FINISH SCHEDULE 8 8
DRAWING TITLE: DRAWING TITLE:
HARDSCAPE DETAILS
HARDSCAPE HARDSCAPE DETAILS DETAILS
DRAWING NUMBER:
DRAWING NUMBER: DRAWING NUMBER:
HS-01 HS-01 PRODUCED BY AN AUTODESK STUDENT VERSION
6
STRUCTURE DIAGRAM STRUCTURESTRUCTURE DIAGRAM DIAGRAM 6 6
DRAWING TITLE:
26
IRRIGATION SCHEDULE SYMBOL
ARC
PSI
T
Hunter MP Corner PROS-06-PRS40-CV
Adj
40
13'
M
Hunter MP1000 PROS-06-PRS40-CV
MANUFACTURER/MODEL
90-210
40
GPM
14'
O
Hunter MP1000 PROS-06-PRS40-CV
360
40
K
Hunter MP2000 PROS-06-PRS40-CV
90-210
40
R
Hunter MP2000 PROS-06-PRS40-CV
360
40
1.48
19'
Rain Bird 1800-1300AF Flood
360
30
1.70
3'
0.84
RADIUS
14' 19'
M
K
M
M M
M
1
M
O
SYMBOL
T
M
M
M
3
MANUFACTURER/MODEL 1
Hunter ICZ-151-40 M
Area to Receive Dripline Rain Bird XFD-06-12-NP
2"
M
2"
O
4"
1
2"
O
M
M
M 1
1 2"
2" 3
M
M
SYMBOL
DEPARTMENT OF LANDSCAPE ARCHITECTURE UNIVERSITY OF FLORIDA - SPRING 2020
LAA 3421 LANDSCAPE CONSTRUCTION 2
PRODUCED BY AN AUTODESK STUDENT VERSION
M
M
T
MANUFACTURER/MODEL
M
1
1"
4"
M
2"
M
Hunter ICV-G-BSP-R
Hunter MWS
R
Rain Bird RAINGAUGE
M
1
1"
POC
2"
2"
1"
1
11.6
112"
Irrigation Lateral Line: PVC Schedule 40 Irrigation Mainline: PVC Schedule 40
C
Pipe Sleeve: PVC Class 200 SDR 21 Valve Callout
#
Valve Flow
#"
1
W
Valve Number
1
R
Valve Size
1
2"
3
2"
1"
20.8
112"
4"
2"
T
T
T
M
M
K
K
1
1 2"
T
K
M
T
T
O
K
K
M
2020-03-10 21:47 1
P.O.C. NUMBER: 01 Water Source Information:
1
1 2"
R
K
M
POC
1
1 4"
K
CRITICAL ANALYSIS Generated:
2"
1
2"
K K
1 1
K
2"
2"
1
1 4"
K
DESIGN ANALYSIS Maximum Multi-valve Flow: Flow Available at POC: Residual Flow Available:
30.00 gpm 30.00 gpm 0.00 gpm
Critical Station: Design Pressure: Friction Loss: Fittings Loss: Elevation Loss: Loss through Valve: Pressure Req. at Critical Station: Loss for Fittings: Loss for Main Line: Loss for POC to Valve Elevation: Loss for Backflow: Critical Station Pressure at POC: Pressure Available: Residual Pressure Available:
3 40.00 psi 4.27 psi 0.42 psi 0.00 psi 1.50 psi 46.20 psi 0.13 psi 1.33 psi 0.00 psi 0.00 psi 47.66 psi 50.00 psi 2.34 psi
3
M
03
M
R
1
1 4"
1
1 4"
4" 1
2"
1"
1
2" 1
1
K
3
K
4"
1"
M
T K
M
T
1 4"
3
21.9
112"
DRAWN BY:
K
2"
DRAWING SCALE: 0
SUBMITTAL
R
K
K
SUBMITTED FOR:
50.00 psi 50.00 psi
2"
13 02 2020
PRESSURE AVAILABLE Static Pressure at POC: Pressure Available:
1
ASSIGNMENT #:
30.00 gpm 30.00 gpm
YANNI XU
FLOW AVAILABLE Custom Max Flow: Flow Available:
DATE:
#
2
1
1 4"
1"
GAINESVILLE, FL
Hunter ACC-1200
PRODUCED BY AN AUTODESK STUDENT VERSION
PRODUCED BY AN AUTODESK STUDENT VERSION
Buckner-Superior AV
C W
PUGH HALL COURTYARD
1
1"=10' 10'
20'
DRAWING TITLE:
IRRIGATION PLAN PLAN DRAWING NUMBER:
IR-01 PRODUCED BY AN AUTODESK STUDENT VERSION SIZE
CONTAINER
Crape Myrtle
---
Existing
REMARKS
MAG GRA
1
Magnolia grandiflora
Southern Magnolia
---
Existing
1 - RHA EXC
MYR CER
2
Myrica cerifera
Wax Myrtle
---
Existing
3 - HOS ANG
7 - ALP ZER
PIN SPR
4
Pinus glabra
Cedar Pine
---
Existing
6 - ASP AET
QUE VIR
2
Quercus virginiana
Southern Live Oak
---
Existing
11 - CAL HOR
RHA EXC
1
Rhapis excelsa
Lady Palm
---
CODE
QTY
BOTANICAL NAME
COMMON NAME
SIZE
ALP ZER
7
Alpinia zerumbet
Shell Ginger
---
ASP AET
6
Asparagus aethiopicus
Foxtail Fern
---
CAL HOR
34
Caladium x hortulanum
Caladium
---
3 - KAE SAT DETAIL
CONTAINER
REMARKS
9 - OPH JAP 4 - HOS ANG
CAN MA2
8
Canna glauca
Maraca Amarilla
---
DRY ERY
17
Dryopteris erythrosora
Autumn Fern
---
Existing
HOS ANG
7
Hosta x `Blue Angel`
Blue Angel Plantain Lily
---
HYD QUE
2
Hydrangea quercifolia
Oakleaf Hydrangea
---
JUN EAS
4
Juniperus virginiana
Eastern Red Cedar
---
KAE SAT
23
Kaempferia elegans `Satin Checks`
Satin Checks Ginger
---
LIR MUS
5
Liriope muscari
Lilyturf
---
Existing
LOR GRE
4
Loropetalum chinense
Chinese Fringe Flower
---
Existing
MAG GNM
1
Magnolia figo
Banana Shrub
---
OPH JAP
9
Ophiopogon japonicus
Mondo Grass
---
OSM FRA
1
Osmanthus fragrans
Sweet Olive
PHI CVS
3
Philodendron cvs Philodendron
4 - DRY ERY
8 - CAL HOR 4 - KAE SAT 4 - SAN MAR
1 - OSM FRA
2 - HYD MAC
22 - KAE SAT
8 - TRA PUR
30 - CAL HOR 1 - PLU AUR
10/06/2020
01
Existing
Gainesville, FL
COMMON NAME
Lagerstroemia indica
PRICING SET
BOTANICAL NAME
---
Blue Plumbago
---
Rhododendron cvs.
Azalea
---
Existing
SAN MAR
4
Sansevieria marginata
Devil`s Tongue
---
Pot
RELOCATED
TRA PUR
8
Tradescantia pallida
Purple Queen Spiderwort
---
CODE
QTY
BOTANICAL NAME
COMMON NAME
SIZE
CONTAINER
SPACING
ANG ANG
4
Angelonia angustifolia
Angel Flower
---
Existing
60" o.c.
NEP EX2
89
Nephrolepis exaltata
Boston Fern
---
PRICING SET
Plumbago auriculata
7
#:
1
DATE:
PLU AUR
RHO AUS
YANNI XU
---
DRAWING SCALE:
SHRUB AREAS
DETAIL
REMARKS 0
48" o.c.
20'
40'
DRAWING TITLE:
PLANTING PLAN DRAWING NUMBER:
PRODUCED BY AN AUTODESK STUDENT VERSION
PRODUCED BY AN AUTODESK STUDENT VERSION
QTY
1
PRODUCED BY AN AUTODESK STUDENT VERSION
SHRUBS
3 - PHI CVS
13 - DRY ERY DETAIL
CODE
LAG IND
SUBMITTED FOR:
PLANT SCHEDULE
TREES
SUMMER 2020
1 - MAG GNM
JENNIFER'S BACKYARD
PRODUCED BY AN AUTODESK STUDENT VERSION
PP-1
27
Yanni Xu (352)-871-2323 yannixu@ufl.edu 3901 SW 20th AVE, APT804 32607, Gainesville, FL